The Yeast Labs Page is a list of laboratories working on yeast around the world. Yeast colleagues are invited to enter their colleague and laboratory information into SGD using the Colleague Submission/Update Form. The page displays contact information, links to web pages, gene names and keywords as provided by yeast colleagues.
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Number of Yeast Labs displayed: 1804
A | ||
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Researcher | Associated Links | Keywords and Associated Gene Names |
Aarden, Lucien |
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Abeliovich, Hagai Hebre University of Jerusalem |
PTC6 | |
Abou Elela, Sherif Universite de Sherbrooke |
RNA binding, RNA processing, RNase III, dimerization, dsRBD, dsRNA, nucleases, protein interaction, two-hybrid, RNT1p | |
Adams, Alison E. M. Northern Arizona University |
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Adler, Lennart Lundberg Laboratory |
RSN1 | |
Aebersold, Ruedi |
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Aebi, Markus Swiss Federal Institute of Technology |
dolichol, endoplasmic reticulum, protein glycosylation, OST5 | |
Agarwal, Ameeta National Center for Natural Products Research, University of Mississippi |
natural products, mechanism of action, antifungal drug discovery | |
Aguilaniu, Hugo Ecole Normale Superieure de Lyon |
asymmetry, metabolism, nutrition, Oxidation, Reproduction | |
Aguilar, Blanca (Other last name: Uscanga) Universidad de Guadalajara |
Saccharomyces, cell wall, chitin, ethanol, fermentation, yeast, mannoprotein, beta-glucans | |
Aguilera, Andres Universidad de Sevilla |
double-strand break repair, homologous recombination, transcription elongation, transcription-coupled repair, Genomic instability, Transcription-associated recombination, Chromatin-related genetic instability, transcription-associated mutation, HPR1, MFT1, MUS81, NAB2, NPL3, PGD1, POB3, PSA1, RAD3, RAD52, RNA14, RRP6, SAC3, SCC2, SEM1, SLX4, SMC1, SMC3, SMC5, SMC6, SPT16, SPT4, SPT6, SUB2, THO1, THO2, THP1, THP2, YEN1 | |
Ahmadpour, Doryaneh Goteborg University |
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Aiello, David P. Austin College |
calcium, phosphoglucomutase, PGM2 | |
Aigle, Michel Universite Lyon1 |
genomics, prion, QTL, Industrial yeast | |
Aitchison, John Institute for Systems Biology |
nuclear transport, nucleoporin, peroxisome, nuclear pore, karyopherin, FAT3, NOP53, OAF3 | |
Akada, Rinji Yamaguchi University |
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Akash, Gunjan |
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Alani, Eric |
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Alber, Tom |
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Albers, Eva Chalmers University of Technology |
MDE1, MRI1, SER3, SER33 | |
Albrecht, Mario Max Planck Institute for Informatics |
EFM5 | |
Alexandraki, Despina FORTH-Institute of Molecular Biology & Biotechnology and University of Crete |
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Alipour, Homan Goteborg University |
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Alone, Pankaj National Institute of Science Education & Research |
ribosome, translation initiation, eIF2 gamma, eIF5, Codon anti-codon, GCD11, SUI1, SUI3, TIF5 | |
Altamura, Nicola Consiglio Nazionale delle Richerche (CNR) |
ISF1, NAM7 | |
Alvarez, M Jesus |
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Alvaro, David Columbia University |
IRC10, IRC11, IRC13, IRC14, IRC15, IRC16, IRC18, IRC19, IRC2, IRC20, IRC21, IRC22, IRC23, IRC24, IRC25, IRC3, IRC4, IRC5, IRC6, IRC7, IRC8, IRC9, , | |
Amako, Katsumi Kobe Gakuin University |
ARA2 | |
Amberg, David Charles SUNY Upstate Medical University |
AIP1, ATC1, DLD2 | |
Amidon, Benjamin S. Millennium Pharmaceuticals |
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Ammerer, Gustav |
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Anders, Kirk R. Gonzaga University |
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Andre, Bruno Free University of Brussels |
transporter, permease, sensor, ubiquitin | |
Andreadis, Athena University of Massachusetts Medical School |
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Andrejic, Dr.Jelena University of Illinois at Chicago |
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Andrews, Brenda J. University of Toronto |
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Andrulis, Erik D. Case Western Reserve University School of Medicine |
heterochromatin, transcription, exosome, mRNA surveillance | |
Angeletti, Peter Nebraska Center for Virology, University of Nebraska-Lincoln |
DNA replication, virus, Encapsidation, Chromosome maintenance, HPV, Episomal | |
Ansari, Athar Wayne State University |
RNA processing, transcription, Gene looping | |
Appling, Dean R. Univ of Texas at Austin |
FAU1, FMT1 | |
Aragon, Luis Medical Research Council, Imperial College London |
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Araki, Hiroyuki National Institute of Genetics |
DNA polymerase, replication, DLS1, PSF1, PSF2, PSF3, SLD2, SLD3, SLD5 | |
Arcangioli, Benoit |
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Ares, Manuel (Manny) University of California |
RNA processing, introns, ribonucleases, snRNA, spliceosomal proteins, splicing, snRNPs, LSR1/SNR20, HSH155, CUS1, RNT1, CUS2, HSH49 | |
Argueso, J Lucas Colorado State University |
chromosome, recombination, Ty, CNV, MLH1 | |
Arino, Joaquin Universitat Autonoma de Barcelona |
Protein Phosphatases, salt tolerance, transcriptional responses, alkaline pH stress, PPZ1, SIS2, SIT4, SLT2 | |
Arndt, Karen |
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Arndt, Karen M. University of Pittsburgh |
RNA polymerase II, transcription elongation, transcription initiation, PAF1 complex, RTF1, histone methylation, SNF1, TBP, RKR1, RTF1 | |
Arnesen, Thomas |
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Arora, Michelle Benig Argonne National Laboratory |
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Ashburner, Michael |
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Ashe, Mark The University of Manchester |
mRNA localization, translation initiation, Nutrient stress | |
Askree, Syed C.H.O.R.I. |
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Asleson, Cathy (Other last name: (Dundon)) Gevo, Inc. |
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Astrom, Stefan Stockholm university |
NEJ1 | |
Atkin, Audrey L. University of Nebraska-Lincoln |
mRNA stability, nonsense-mediated mRNA decay, regulation of gene expression, gene regulatory networks | |
Auble, David T. University of Virginia Health System |
MOT1 | |
Aviram, Naama Weizmann Institute of Science |
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Aviv, Tzvi University of Toronto |
VTS1 | |
Ayscough, Kathryn University of Sheffield |
endocytosis, Protein localization, actin |
B | ||
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Researcher | Associated Links | Keywords and Associated Gene Names |
Babst, Markus University of Utah |
MVB12, VPS20, VPS25, VPS4, VPS60, VTA1 | |
Babudri, Nora University of Perugia |
DNA repair, DNA replication, Starvation-associated Mutagenesis | |
Baby, Sabulal Tropical Botanic Garden and Research Institute |
3. Enzyme inhibition by plant metabolites, 6. Chemosystematics, 4. Proteomics, 1. Chemistry of plant volatiles, 5. Terpenoid biosynthesis, 2. Plant metabolites: isolation, characterization, bioactivity | |
Bach, Stephane CNRS- Station Biologique de Roscoff |
prions, Kinase inhibitors | |
Bachant, Jeff University of California Riverside |
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Bachhawat, Anand K. IISER Mohali |
glutathione, redox, transport, cysteine, sulphur, DUG1, DUG2, DUG3, GCG1, GSH1, OPT1, YCT1 | |
Bacon, Stuart Lake States Yeast |
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Baetz, Kristin Ottawa Institute of Systems Biology, University of Ottawa |
chromatin, chromosome stability, proteomics, lipid signaling, cellulosic fermentation, lysine acetyltransferase, SRF1 | |
Bahler, Jurg Wellcome Trust Sanger Institute |
cell growth, genomics, stress response, meiosis, DNA microarrays, chromosome tiling array, expression profiling, quiescence | |
Bailis, Adam M. Beckman Institute of the City of Hope |
RAD genes, chromatin, double-strand break repair, genome organization, homologous recombination, mismatch repair, nucleotide excision repair, short-repeats, telomeres, chromosomal translocations, CHO1, DNL4, EST2, HIS3, INO1, MRE11, MSH2, MSH3, POL3, RAD1, RAD10, RAD27, RAD3, RAD30, RAD50, RAD51, RAD52, RAD59, REV1, REV3, REV7, SAM1, SAM2, SSL1, SSL2, XRS2, YKU70 | |
Baines, Christopher |
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Bakalinsky, Alan T. Oregon State University |
flor, sherry, sulfite, wine, biofilm, pentose phosphate pathway, FZF1, SSU1, PEP3, FZF1, SSU1 | |
Baker, Henry V. University of Florida |
RAP1, GCR1 | |
Baker, Rohan T. Australian National University |
deubiquitinating enzymes, ubiquitin-related proteins, ubiquitin-specific proteases, ubiquitin, RPS30A, RPS30B, UBP16, UBP2, UBP3, UBP6 | |
Ball, Catherine A. Stanford University |
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Bandoh, Masashige |
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Banfield, David |
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Bankaitis, Vytas University of North Carolina at Chapel Hill |
Golgi, secretion, phospholipids, GTPase activating protein, SEC14 | |
Barberis, Alcide ESBATech AG |
drug discovery, scFv, antibody fragments, drug development, yeast cell-based assays | |
Barclay, Barry J. Planet Biotechnologies Inc |
DHFR, DNA repair, biotechnology, folate, thymidylate, thymineless, uracil incorporation, photolyase, DFR1, CDC21 | |
Bard, Martin Indiana University-Purdue University Indianapolis |
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Bardwell, Lee University of California, Irvine |
pheromone response pathway, phosphorylation, signal transduction, MAP kinase cascades, invasive filamentous growth, DIG1, DIG2, FUS3, KSS1, STE5, STE7 | |
Barkai, Naama |
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Barlowe, Charles Dartmouth Medical School |
ERV14, ERV29, ERV41, ERV46 | |
Barnes, Georjana UC Berkeley, Molecular and Cell Biology Department |
NBL1 | |
Barnes, Larry D. Univ. of Texas Health Science Center |
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Baroni, M. David Universit` degli Studi di Padova |
cAMP pathway, cell size control, mitosis, centrosomes | |
Barr, Francis MPI fur Biochemie |
BUG1, GRH1 | |
Barral, Yves P. Swiss Federal Institute of Technology |
cell polarity, cytoskeleton, septin, HSL1, actin | |
Barre, Pierre |
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Barrell, Barclay G. |
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Barrientos, Antoni University of Miami |
CMC1 | |
Basa, Ranor Pomona College |
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Baserga, Susan J. Yale School of Medicine |
RNA processing, nucleolus, ribosome, snoRNP, IMP3, IMP4, UTP10, UTP11, UTP13, UTP14, UTP15, UTP4, UTP5, UTP6, UTP7, UTP8, UTP9 | |
Bashkirov, Vladimir Institute of Gene Biology |
DNA repair, cellular checkpoints, recombination, S. pombe | |
Basrai, Munira National Cancer Institute |
Kinetochore, checkpoint, chromosome segregation, kinetochore, Non-Annotated ORFs, nucleopore, BUB3, HUG1, MAD1, MAD2, NUP170, SOD1, SPT4 | |
Batada, Nizar Harvard Medical School |
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Bauer, Florian F. University of Stellenbosch |
cell wall, fermentation, transcriptional regulation, wine yeast strains, carnitine, directed evolution, flavour and aroma metabolism, yeast microbiome, FLO1, FLO11, MSS11 | |
Baumann, Kristin |
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Beasley, Ellen Perlegen Sciences |
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Becker, Jeffrey M. University of Tennessee |
fungal virulence factors, peptide transport, pheromone, pheromone receptor, OPT1, OPT2, PTR3, STE2 | |
Bedwell, David M. University of Alabama at Birmingham |
aminoglycosides, stop mutations, translational termination, mRNA turnover, release factors, SUP35, SUP45, TPA1 | |
Beh, Christopher T. Simon Fraser University |
lipid transport, vesicle transport, OSH genes, sterol homeostasis, Rho GTPases, polarized cell growth, CDC42, HES1, KES1, OSH2, OSH3, OSH6, OSH7, RHO1, SEC4, SWH1 | |
Belanger, Ken Colgate University |
nuclear pore complex, nuclear transport, nucleoporin, karyopherin | |
Belgareh-Touze, Naima Jacques Monod Institut |
VPS55 | |
Belhadj, Omrane |
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Benanti, Jennifer A. University of Massachusetts Medical School |
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Benjamin, Kirsten Amyris Biotechnologies |
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Bennett, Craig Duke University Medical Center |
double-strand break, functional genomics, heterologous gene expression, DNA repair/recombination, SIR functions in DNA repair, mechanisms of radiation resistance, HO-induced damage, Damage-induced signaling, MMS22 | |
Berardi, Enrico Universit degli Studi di Ancona |
Hansenula polymorpha, carbon metabolism, catabolite inactivation, catabolite repression, fatty acid beta-oxidation, nitrogen metabolism, stress response, thermotolerance, Saccharomyces cerevisiae, methylotropic yeast | |
Berkowitz, Gerald |
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Berman, Judith University of Minnesota |
RLF2 | |
Bernales, Sebastian University of California at San Francisco |
HAC1, IRE1, KAR2 | |
Bernhardt, Rita |
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Bernstein, Kara University of Pittsburgh School of Medicine |
DNA recombination, DNA repair, double-strand break repair, Shu complex, SGS1 | |
Bertau, Martin Freiberg University of Mining and Technology |
bioremediation, biocatalysis, biotransformation, enzyme network, biosimulation, sustainable chemistry, biodehalogenation, enantioselective reduction | |
Berthelet, Sharon University of Ottawa |
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Bertl, Adam TU Darmstadt |
ion transport, osmoregulation, salt tolerance, ion channels, proton pumps, electrophysiology, endo-/exocytosis | |
Bertolotti, Anne MRC Laboratory of Molecular Biology |
proteasome, stress, chaperone, protein quality control, cellular homeostasis | |
Bertuch, Alison A. Baylor College of Medicine |
telomerase, telomere, NHEJ, Ku, YKU70, YKU80 | |
Bessoule, Jean-Jacques |
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Bhat, Paike Jayadeva Indian Institute of Technology |
gene regulation, Galactose metabolism, MRG19, GAL3, galactokinase, PRM15 | |
Bianchini, Adalto |
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Biggins, Sue Fred Hutchinson Cancer Research Institute |
chromosome segregation, kinetochores, spindle checkpoint, GIP3, GIP4, WSS1 | |
Binkley, Gail Stanford University |
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Bishop, Douglas K. University of Chicago |
DNA repair, checkpoint, recombination, DMC1, RAD51 | |
Bisson, Linda F. University of California, Davis |
HXT, hexose transporters, wine yeast, SNF3 | |
Biswas, Tapan K. Univ Chicago |
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Bitter, Grant A. BitTech, Inc. |
DNA repair, cell cycle control, mutational mechanisms, transcriptional regulation | |
Bjornsti, Mary-Ann St. Jude Children's Research Hospital |
camptothecin, rapamycin, DNA topoisomerase I, SUMOylation, TAH11, TAH18 | |
Black, Paul N. Ordway Research Institute |
FadL, acyl-CoA synthetase, bacteria, fatty acid, protein, transport, yeast, membrane, intracellular trafficking, FAT1 | |
Blackburn, Elizabeth 513 Parnassus Ave Box 0414 |
telomerase, telomere | |
Blank, Lars M. TU Dortmund |
carbon metabolism, single cell analysis, flux control, metabolic regulation, flux analysis, HXK2 | |
Blomberg, Anders Goteborg University |
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BLONDEL, Marc INSERM & Brest School of Medicine |
cytokinesis, mitochondrial diseases, drug screening, prions | |
Bloom, Kerry University of North Carolina |
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Blumer, Kendall J. Washington University School of Medicine |
G proteins, cell polarity, endocytosis, pheromone, receptor, MOT3 | |
Bochman, Matthew Indiana University |
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Boeke, Jef D. Johns Hopkins University School of Medicine |
RNA processing, rDNA, retrotransposon, silencing, tRNA, Ty1, HST3, HST4, IRS4, LRS4 | |
Boer, Viktor DSM |
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Boergel, Daniel |
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Boles, Eckhard Institut fuer Molekulare Biowissenschaften |
biotechnology, glucose uptake, glycolysis, heterologous expression, pentose fermentation, hexose uptake, membrane transport, biomass-to-ethanol, HXT7 | |
Bonaldo, Paolo |
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Bond, Ursula Trinity College Dublin |
antimicrobial peptides, bioenergy, industrial yeasts, bioengineering, genome organisation, biomass degradation, histone mRNA, HTB1, RRP6, SEN1 | |
Bonds, Wesley Western Carolina University |
expression, glycolysis, metabolism | |
Bonifacino, Juan S. NIH |
clathrin, vacuole, Golgi complex, Adaptor protein complexes, Sorting Signals, Endosomes, Lysosomes, GGAs, LOA1, VPS61, VPS62, VPS63, VPS64, VPS65, VPS68, VPS69, VPS70, VPS71, VPS72, VPS73, VPS74, VPS75 | |
Bonnefoy, Nathalie CNRS |
COX2 translation, ballistic transformation, complex assembly, cytochrome c oxidase, mitochondria, OMS1 | |
Boone, Charlie University of Toronto |
BBC1, BNI1, BZZ1, CBK1, CSM3, DYN3, FUS1, HYM1, KIC1, KRE1, MFG1, MOB2, MYO3, SOG2, TAO3, , , | |
Boonstra, Johannes |
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Borde, Valerie Institut Curie - UMR218 |
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Borner, G. Valentin Cleveland State University |
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Borokhov, Olga US Borax Inc. |
ethanol, fermentation, physiology, antifungal compounds, xylose, bioconverson | |
Bosch Ibanez, Daniel Chalmers University of technology |
glucose repression, sugar sensing | |
Boscheron, Cecile CEA Grenoble |
cancer, microtubules, Post -traductional modification | |
Botstein, David Princeton University |
cytoskeleton, microarrays, Genome-wide Expression, development and maintenance of genome databases, metabolic homeostasis, actin | |
Boucher, Lorrie Samuel Lunenfeld Research Institute |
HPM1, THP3 | |
Boucherie, Helian I.B.G.C. |
2D gel electrophoresis | |
Bourbonnais, Yves University Laval |
GAS1, KEX2, YPS1 | |
Bowers, Katherine University College London |
DID4 | |
Brčić-Kostić, Krunoslav |
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Brachat, Sophie (Other last name: Lemire) Novartis Institutes for Biomedical Research |
prions | |
Brandriss, Marjorie C. UMDNJ-New Jersey Medical School |
nitrogen regulation, proline utilization, transcriptional activation, PRO1, PRO2, PRO3, PUT1, PUT2, PUT3, PUT4 | |
Brands, Alex Lehigh University |
osmotic stress, salt stress, cohesion, ECO1, SEY1, YOP1 | |
Brandt, Anders |
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Bratko, Ivan |
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Braun, Edward L. University of Florida |
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Braus, Gerhard H Georg-August Univ |
protein stability, FLO genes, adhesion, GCN4, general control, ubiquitin like proteins | |
Brazma, Alvis |
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Breeden, Linda L. Fred Hutchinson Cancer Research Center |
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Breitenbach, Michael University of Salzburg |
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Brendel, Martin |
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Brenner, Charles University of Iowa |
CDC123, DCS1, DCS2, DMA1, DMA2, HNT1, HNT2, HNT3, MEU1, NIT1, NIT2, NIT3, NRK1, PNP1, QNS1, URH1 | |
Brennwald, Patrick J. University of North Carolina |
Rab, SNARE, exocytosis, vesicle transport, SRO7, SRO77 | |
Brent, Michael Washington University |
functional genomics, Mathematical modeling, systems biology, Quantitative models of gene regulation, Glucose response, Regulation of glucose transporters, HXT1, HXT2, HXT3, HXT4, MIG1, MIG2, MTH1, RGT1, RGT2, SNF1, SNF3, STD1 | |
Brent, Roger Fred Hutch |
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Bretscher, Anthony Cornell University |
polarity, secretion, formins, membrane transport, Myosin-V, Tropomyosins, actin, BNI1, BNR1, MYO2, TPM1, TPM2 | |
Brett, Christopher Concordia University |
endocytosis, ion transport, protein degradation, membrane fusion, pH homeostasis, Na+/H+ exchange, GYP6, GYP7, NHX1, VPS21, YPT7 | |
Breunig, Karin D. University of Halle |
Kluyveromyces, glucose repression, GAL genes, SNF1 | |
Brewer, Bonita J. University of Washington |
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Brickner, Jason Northwestern University |
homotypic membrane fusion, UPR, DNA localization, INO1, INO2, INO4, KEX2, OPI1, RAV1, SCS2, VPS13 | |
Brill, Steven J. Rutgers University |
MMS4, MUS81, RMI1, SLX1, SLX4, SLX5, SLX8 | |
Briza, Peter Institute for Genetics & Gen. Biology |
spore wall biosynthesis, dityrosine, CTS2, DTR1 | |
Broach, James Princeton University |
PPE1, PPM1, PPM2 | |
Brodsky, Jeffrey L. University of Pittsburgh |
BiP, chaperones, degradation, endoplasmic reticulum, protein degradation, protein transport, secretion, Hsp70, HSP90, PFF1 | |
Brouwer, Jaap |
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Brow, David A. Univ. of Wisconsin-Madison |
RNA, spliceosome, splicing, transcription, PRP8, NRD1, SEN1, Pol II, PRP24, U6, IMD2, NRD1, PRP24, PRP8, RPB11, RPB3, SEN1, SNR13, SNR14, SNR6, SNR65, SSU72 | |
Brown, Grant W. University of Toronto |
DNA replication, Genomic instability, checkpoints, DNA damage response, ELG1, MMS1, MMS22, PGA2, PGA3, RMI1, RTT107, SLX4 | |
Brown, Jeremy D. Univ of Newcastle |
protein targeting, protein translocation, ribonucleoprotein | |
Brown, Martin Stanford University |
DNA repair, genomics, expression profiling, Genomic instability | |
Brown, Pat Stanford University |
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Brul, Stanley University of Amsterdam |
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Bruschi, Carlo V. International Centre for Genetic Engineering and Biotechnology |
2 micron plasmid, gene targeting, yeast, Saccharomyces cerevisiae, genome dynamics, chromosome stability and loss, aneuploidy, mitotic DNA recombination, GCRs, chromosome translocation, BPT1 | |
Brush, George S. Karmanos Cancer Institute, Wayne State University |
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Bryk, Mary Texas A&M University |
Ty1 retrotransposon, gene silencing, histones, retrotransposition, ribosomal DNA, histone methylation | |
Buchberger, Alexander Max Planck Institute of Biochemistry |
UBX3, UBX4, UBX5, UBX6, UBX7 | |
Buchler, Nicolas Duke University |
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Buck, Greg |
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Bugnicourt, Amandine |
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Buhler, Cyril National Cancer Institute |
ChIP-chip approaches, DNA double strand breaks | |
Bulyk, Martha Brigham & Women's Hospital and Harvard Medical School |
microarrays, protein-DNA interactions, transcription factors, transcription factor binding sites, VHR2 | |
Buntz, Jennifer |
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Buratowski, Steve Harvard Medical School |
RNA polymerase II, TFIID, TFIIE, TFIIF, TFIIH, gene expression, mRNA capping, transcription, TFIIB, BDF2, CTL1, TAF10, TAF11, TAF12, TAF13, TAF7, TAF9 | |
Bureik, Matthias S. University of the Saarland |
fission yeast, p450, steroid hormone, S. pombe, CYP11B1, ferredoxin, cortisol, Schizosaccharomyces, ETP1, aldosterone | |
Burgers, Peter M. J. Washington University School of Medicine |
POL32 | |
Burgess, Sean Marie University of California, Davis |
homologous chromosome pairing, chromosome organization, meiosis | |
Burhans, William C. Roswell Park Cancer Institute |
DNA damage and cell cycle checkpoints, DNA replication origins, initiation of DNA replication, intra-S-phase checkpoints | |
Burke, Dan University of Virginia Medical Center |
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Burke, Patricia V. University of Illinois |
cytochrome c oxidase, oxygen | |
Bush, Ashley |
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Bussey, Howard McGill University |
ALG12, ARG7, ATG32, DFG16, ECM1, ECM10, ECM11, ECM12, ECM13, ECM14, ECM15, ECM16, ECM18, ECM19, ECM2, ECM21, ECM22, ECM23, ECM25, ECM27, ECM29, ECM3, ECM30, ECM31, ECM32, ECM33, ECM34, ECM38, ECM4, ECM5, ECM7, ECM8, ECM9, GSF2, HCA4, HHO1, LAG2, MET5, PAN3, SKI6 | |
Butler, J. Scott University of Rochester School of Medicine |
Polyadenylation, RNA processing, mRNA stability, poly(A), rRNA processing, translation, exosome, nuclear mRNA decay, RRP6 | |
Buzzini, Pietro Dept. of Applied Biology & Industrial Yeasts Collection DBVPG, University of Perugia |
yeast physiology, Yeast taxonomy, Psychrophilic yeasts | |
Byers, Breck E. University of Washington |
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Bystricky, Kerstin (Other last name: Weiss) University of Toulouse |
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Bystrom, Anders University of Umea |
TRM2 |
C | ||
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Researcher | Associated Links | Keywords and Associated Gene Names |
Cairns, Bradley R. Huntsman Cancer Institute, University of Utah |
Nucleosome, RNA polymerase II, SWI/SNF, chromatin, histones, remodeling, transcription, RSC, leukemia, RSC1, RSC2, RSC3, RSC30, RSC4, RSC6, RSC8, SNF12, YAF9 | |
Caizergues-Ferrer, Michele Institut de Biologie et de Genetique Cellulaire du CNRS |
RNA-protein interaction, exonuclease, nucleolar protein, protein-protein interactions, rRNA modification, ribosome biogenesis, snoRNP, endonuclease, RIO2, SNR72, SNR73, SNR74, SNR75, SNR76, SNR77, SNR78, SNR79 | |
Calderon, Isabel L. University of Sevilla |
threonine, HOM3 | |
Calvo, Olga CSIC / Universidad de Salamanca |
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Camadro, Jean-Michel Institut Jacques Monod |
iron, mitochondria, oxygen, proteomics, heme, transcription factors, frataxin | |
Cambon, Gaston |
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Campbell, Judith L. California Institute of Technology |
DNA helicase, DNA polymerase, DNA repair, DNA replication, G1/S transition, S/M Checkpoint, Sister chromatid cohesion, telomeres | |
Cannon, John F. University of Missouri |
Protein kinase, cell division, protein phosphatase, ras | |
Canovas, F. M. |
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Caramelo, Julio J. |
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Carbon, John A. University of California, Santa Barbara |
centromere, checkpoint, chromosome segregation, kinetochores, microtubules, mitosis, mitotic spindle, molecular motors | |
Cardenas, Maria Elena Duke University |
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Cardinali, Gianluigi University of Perugia |
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Carignani, Giovanna University of Padova |
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Carlson, Marian Columbia University |
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Carman, George M. Rutgers University |
enzyme regulation, phosphorylation, membrane phospholipids, lipid signaling, DPP1, EKI1, LPP1 | |
Carro, David Instituto de Biologia Molecular de Barcelona - Consejo Superior de Investigaciones Cientificas |
brewing, wine | |
Cartwright, Iain |
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Casal, Margarida University of Minho |
Plasma membrane transport, ADY2, JEN1, ROD1 | |
Casamayor, Antonio Univ. Autonoma Barcelona |
PKH1, PKH2 | |
Casaregola, Serge Institut National de la Recherche Agronomique |
biodiversity, evolution, molecular taxonomy | |
Cashikar, Anil Institute for Molecular Medicine and Genetics |
prions, Protein disaggregation, Protein aggregation | |
Castilho, Beatriz A. Universidade Federal de Sao Paulo |
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Cate, Jamie |
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Catling, Andrew D. |
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Caudy, Amy Princeton University |
metabolism, mitochondria, OXP1 | |
Causton, Helen Columbia University |
Respiratory oscillation, Evolutionary origins of rhythms, Rhythm | |
Cavalieri, Duccio |
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Chakraborty, Kausik Institute of Genomics and Integrative Biology |
UPR, Redox homeostasis, Chemical Chaperones | |
Chambers, Alistair University of Nottingham |
RAP1 | |
Chambers, Paul J. Australian Wine Research Institute |
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Chandrasekharan, Mahesh B. University of Utah |
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Chanfreau, Guillaume University of California, Los Angeles |
ADI1, SHQ1 | |
Chang, Amy University of Michigan |
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Chang, Michael European Research Institute for the Biology of Ageing (ERIBA) |
DNA replication, telomerase, telomeres, DNA damage response, genome integrity | |
Chang, Tien-Hsien The Ohio State University |
DEAD box proteins, RNA export, RNA helicase, RNA unwindase, protein synthesis, translation | |
Chang, Ya-Wen National Taiwan University |
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Chang, Yie-Hwa St. Louis University School of Medicine |
protein degradation, protein synthesis, proteomics, methionine aminopeptidase | |
Charbonneau, Michel CNRS/ENS |
||
Charette, J. Michael Brandon University |
cancer, evolution, ribosome assembly, ribosome biogenesis, NOP19 | |
Charlesworth, Deborah |
||
Charvin, Gilles (Other last name: Charvin) ENS Lyon |
microfluidics | |
Chavez, Sebastian (Other last name: de Diego) Universidad de Sevilla |
DAS1, DAS2 | |
Chen, Mingzhong Medimmune, Inc. |
||
Chen, Xin Jie SUNY Upstate Medical University |
calcium, mitochondria, mtDNA, membrane, mitochondrial carrier, nucleoids | |
Cheng, Mingyuan National Yang-Ming University |
HTL1 | |
Cheng, Soo-Chen Academia Sinica; Institute of Molecular Biology |
pre-mRNA splicing, protein complex, yeast, NTC20, NTR2, SNT309 | |
Chernoff, Yury O. Georgia Institute of Technology |
Saccharomyces, SUP35, aggregation, cytoskeleton, evolution, prion, protein biosynthesis, polyglutamine, prions, chaperone, species barrier | |
Cherny, Robert |
||
Cherry, J. Michael Stanford University |
Gene Ontology, Comparative genomics, model organism database | |
Chinault, A. Craig |
||
Choder, Mordechai (Motti) Technion - Israel Institute of Technology |
RNA polymerase II, mRNA synthesis, export, translation & decay, Synthegradases, Processomics, mRNA coordinators, DCP1, DCP2, DHH1, LSM1, PAT1, RAP1, RPB4, RPB7, SFP1, XRN1 | |
Choi, Jae H. Thermo Scientific |
GTT1, GTT2, KCS1, VIP1 | |
Chothia, Cyrus |
||
Chovanec, Miroslav Cancer Research Institute |
homologous recombination, oxidative stress, DNA double-strand break repair, Interstrand cross-link repair, DNA non-homologous end-joining, PSO2, RAD52, YKU70 | |
Christenson, Matthew Kendall University of Nebraska at Omaha |
GCN4, HST1, RFM1, SUM1 | |
Christman, Michael Boston University Med. Center |
DNA polymerase, DNA repair, topoisomerase, TRF4 gene family, Sister chromatid cohesion | |
Chua, Gordon University of Toronto |
||
Chukeatirote, Ekachai Mae Fah Luang University |
||
Church, George |
||
Cid, Victor J. Complutense University |
heterologous expression, morphogenesis, MAPK, model organism | |
Clancy, Mary J. University of New Orleans |
sporulation | |
Clark, David J. |
||
Clark-Walker, G. Desmond Australian National University |
Petite Mutation, F1-ATPase Mutants, Suppression of Rho-Zero Lethality, MGM101 | |
Clarke, Catherine University of California, Los Angeles |
antioxidant, coenzyme Q, lipid autoxidation, mitochondrial electron transport, plasma membrane electron transport, ubiquinone, COQ11 | |
Clarke, Duncan University of Minnesota |
DNA replication, chromosome condensation, chromosome segregation, proteolysis, topoisomerase II, checkpoint control, PDS1, UBA domain, ubiquitin | |
Clarke, Steven UCLA |
methylation, protein repair, protein damage, RKM1, RKM2, RKM3, RKM5, RMT2, SFM1, TMT1, TRM12, TRM9 | |
Clasquin, Michelle Princeton University |
SHB17 | |
Cleves, Ann BioPharmics LLC |
small molecule drug discovery | |
Cliften, Paul Washington University |
||
Clotet, Josep Universitat Internacional de Catalunya |
CDK, cyclin, Protein Phosphorilation, Nutrients, CLN3, DMA1, DMA2, PCL1, PHO85 | |
Coelho, Paulo S. R. Yale Univ |
TAR1 | |
Coffino, Philip University of California, San Francisco |
ATPase, proteasome, proteolysis, ornithine decarboxylase, polyamines | |
Cohen, Patricia T. W. Dundee University |
PSY4 | |
Cohen-Fix, Orna NIH/NIDDK/LMCB |
||
Cohn, Marita L. Lund University |
telomerase, telomere, Saccharomyces castellii, CDC13, RAP1 | |
Cole, Charles N. Dartmouth Medical School |
nucleocytoplasmic transport, RNA export, RNA helicase, heat shock, hnRNPs, importin, nuclear pore complex, nucleoporin, ribonucleoprotein, micro RNAs, DBP5, GFD1, GFD2, NUP159, RAT1 | |
Cole, Michael D. |
||
Coller, Jeff Case Western Reserve University |
DHH1, PAT1, PBY1 | |
Collins, Sinead |
||
Colman-Lerner, Alejandro Facultad de Ciencias Exactas y Naturales, Universidad de Buenos Aires |
pheromone, noise, asymmetric expression, modeling, single cells, ACE2, CBK1, DSE1, DSE2, DSE3, DSE4, STE5 | |
Conibear, Elizabeth |
||
Conlan, Steve University of Wales Swansea |
repression, transcription | |
Connerly, Pamela Indiana University Southeast |
||
Cook, Malcolm Stowers Institute for Medical Research |
||
Cooper, Antony A. Garvan Institute of Medical Research |
ERAD, degradation, endoplasmic reticulum, quality control, ERQC, VPH1 | |
Cooper, John A. Washington University Medical School |
DYN3 | |
Cooper, Katrina F. UMDNJ |
AMA1 | |
Cooper, Terrance G. The University of Tennessee, Memphis |
GAT2, GAT3, GAT4, GZF3 | |
Copeland, W.C. |
||
Corbacho, Isaac University of Extremadura |
BUD32, COG1, ELM1, ERD1, GON7, LDB16, LDB17, LDB18, LDB19, LDB7, MNN2, OCH1, PHO85, PMR1, SPC72, THO2, VAN1, VMA9, VRG4 | |
Corbett, Anita Emory University |
RNA export, Ran, protein import, nuclear pore, SDS24 | |
Cordero, Ricardo R. (Other last name: Otero) University Rovira i Virgili |
||
Cormack, Brendan |
||
Cornelissen, Ben |
||
Correa Garcia, Susana Raquel Univ Buenos Aires |
||
Corte-Real, Maria Manuela Universidade do Minho |
||
Costa, Vitor Universidade do Porto |
||
Cote, Jacques Laval University |
SWI/SNF, chromatin remodeling, histones, transcription, epigenetics, NuA4, acetyltransferase, EAF3, EAF5, EAF6, EAF7, EPL1 | |
Coulombe, Benoit Institut de recherches cliniques de Montreal (IRCM) |
RBA50 | |
Court, Deborah A. University of Manitoba |
DNA replication, mitochondria, porin, VDAC, ADE2, HIS3, MIP1, POR1, TOM71 | |
Covarrubias, Alejandra |
||
Cowan, Nicholas NYU Medical Center |
YKE2 | |
Cox, Brian University of Kent |
prion, prions, chaperone | |
Cox, Marc B. University of Texas at El Paso |
steroid hormone receptor, heat shock protein, immunophilin, FKBP52, CNS1, CPR7, HSC82, HSP82, PPT1, SBA1, SSA1, STI1 | |
Cozzarelli, Nicholas |
||
Craven, Rolf J. University of Kentucky |
cytochrome P450, sterol, DAP1p, MMS, DAP1 | |
Creutz, Carl University of Virginia |
c2 domains, calcium-dependent, membrane-binding proteins, tricalbins, TCB1, TCB2, TCB3 | |
Cronin, Sister Susan J. Immaculata University |
||
Cross, Fred Rockefeller University |
||
Crouse, Gray F. Emory University |
||
Crouzet, Marc Universite de Bordeaux II, UPR CNRS 9026 |
cell wall, morphogenesis | |
Cuif-Lordez, Marie Helene Universite Paris Sud 11 |
||
Culbertson, Michael R. University of Wisconsin |
RNA processing, RNA turnover, frameshift suppression, nonsense-mediated mRNA decay, snoRNA, tRNA, nonsense mRNA, NMD | |
Cullen, Paul J. SUNY-Buffalo |
filamentous growth, receptors, signal transduction, specificity, MAPK pathways, BUD14, BUD8, BUD9, CDC42, MSB2, SHO1, STE20 | |
Cullin, Christophe Universite Bordeaux 2 |
prion, amyloids | |
Culotta, Valeria C. Johns Hopkins University |
mitochondrial carrier protein, superoxidase dismutase 2, ATX2, MTM1 | |
Cumsky, Michael |
PAM16 | |
Cunningham, Kyle W. Johns Hopkins University |
CCH1, CRZ1, KCH1, MID1, PMC1, RCN1, RCN2, VCX1 | |
Curcio, M. Joan Wadsworth Center & Department of Biomedical Sciences, University at Albany School of Public Health |
DNA repair, rDNA silencing, retrotransposon, signal transduction, transpositional dormancy, genome maintenance, telomere maintenance, Ty1 | |
Cutler, N. Shane University of Utah |
||
Cyert, Martha S. Stanford University |
calcium, cell wall, nuclear transport, phosphatase, phosphorylation, stress, calmodulin, CMP2, CNA1, CNB1, CRZ1, FRT1, FRT2, VCX1 |
D | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
D'haeseleer, Patrik Lawrence Livermore National Laboratory |
gene network inference, gene networks, gene regulation, genetic network inference, genetic networks, reverse engineering | |
Dahlquist, Kam D. Loyola Marymount University |
||
Dahlseid, Jeffrey N. Gustavus Adolphus College |
Kinetochore, chromosome segregation, gene expression, kinetochore, mRNA decay, CTF13, EST1, EST2, EST3, NAM7, NMD2, STN1, TEN1, UPF3 | |
Dai-Wen, Pang |
||
Daignan-Fornier, Bertrand CNRS UMR 5095 |
ADO1, GUD1, IMD1, IMD2, IMD3, IMD4, ISN1, PNP1, XPT1 | |
Damelin, Marc Harvard University |
RSC9 | |
Danchin, Antoine ICM, Hopital de la Pitie-Salpetriere |
sulfur metabolism, Methionine salvage, Evolution of carbon dioxide fixation, RNA degradation, Adenylyl cyclases, Uridylate kinase, Origin of life, Synthetic biology, ADI1, CYR1, MEU1, REX2, YFH1 | |
Daran, Jean-Marc TU Delft |
||
Das, Arabinda MEDICAL UNIVERSITY OF SOUTH CAROLINA |
||
Das, Biswadip Jadavpur University |
mRNA Decay in Nucleus, DRN, CBC1, RRP6, RRP6 | |
Daugherty, Jon U.S. Food and Drug Administration |
||
Daum, Guenther Graz University of Technology |
lipid particles, lipid transport, lipids, mitochondria, phospholipid, plasma membrane, sterol, AYR1, DGA1, TGL3, TGL4, TGL5, YEH2 | |
David, Sinclair |
||
Davidow, Lance S. Harvard University |
bioinformatics | |
Davidson, Andrew |
||
Davierwala, Armaity Persistent Systems Private Limited |
GUS1, HAS1, MIM1, PGA1, SEC39, URB1, URB2 | |
Davies, Julia |
||
Davis, Cynthia R. Roberts Wesleyan College |
||
Davis, Dana |
||
Davis, Ronald W. Stanford Genome Technology Center |
||
Davis, Trisha N. University of Washington |
cytoskeleton, spindle pole body, microtubule, calmodulin, CMD1, MLC1 | |
Dawes, Ian W. University of New South Wales |
oxidative stress, sporulation, transcriptional regulation, glycine cleavage, core spliceosomal genes, maltose, maltotriose | |
Dawson, Dean Oklahoma Medical Research Foundation |
centromere, chromosome pairing, distributive segregation, recombination, meiosis, SLK19, MAD3 | |
De Benedetti, Arrigo |
||
de Bont, Jan |
||
De Groot, Piet Swammerdam Inst. Life Sciences, Univ. Amsterdam |
||
de la Cruz, Jesus University of Seville |
RNA helicase, ribosome, DBP6, DBP7, DBP9, HAS1, RSA3, SPB1, SPB4, URB1, URB2 | |
De Virgilio, Claudio University of Fribourg |
PKA, growth control, nutrient signalling, ORC1, EGO complex, GTR2, IGO1, IGO2, MEH1, RIM15, SLM4 | |
de Winde, Johannes H. DSM Lifesciences |
||
De Wulf, Peter Massachusetts Institute of Technology |
CNN1 | |
Dean, Neta Stony Brook University |
Golgi, cell wall biogenesis, endoplasmic reticulum, glycosylation, glycosyltransferase, nucleotide sugar transport, protein trafficking, mannosylation, ALG11, ALG13, ALG14, ANP1, ERD1, HOC1, HUT1, HVG1, MEH1, MNN10, OST4, VRG4, YEA4 | |
Decatur, Wayne University of Massachusetts at Amherst |
nucleolus, snoRNA | |
Defossez, Pierre Institut Curie |
chromatin, histones, silencing, transcription, Insulators | |
Deininger, Prescott |
||
Dekker, Job University of Massachusetts Medical School |
chromatin structure, Chromosome Conformation Capture | |
Delneri, Daniela |
||
Delvaux, Freddy R. |
||
DeMarini, Doug GlaxoSmithKline |
BNI4, CSI2 | |
Deminoff, Stephen J. The Ohio State University |
Protein phosphorylation, cAMP-dependent protein kinase, cell growth, signal transduction, stationary phase | |
den Dulk, Ben Leiden Institute of Chemistry |
RAD33, RAD34 | |
Denis, Clyde L. University of New Hampshire |
CAF120, CAF130, CAF16, CAF4, CAF40, NGL1, NGL2, NGL3, SPO20 | |
Dennis, Edward A. |
||
Dequin, Sylvie INRA Montpellier |
wine yeasts, Comparative genomics, sugar transport, carbon and redox metabolism, system biology, genotype-phenotype links, lab evolution, bases of adaptation, nitrogen and aroma metabolism, ethanol yield | |
Derkatch, Irina L. New York University |
SUP35, prion, [PSI+], [PIN+], translational suppressor, nonsense suppression, translation termination factor, eRF3, SUP45, PIN2, PIN3, PIN4 | |
Deschenes, Robert J. Medical College of Wisconsin |
protein trafficking, ras, posttranslation modification, protein palmitoyl transferase, protein prenylation, tyrosine phosphatases, ERF2 | |
Deshaies, Ray California Institute of Technology/HHMI |
NET1, RAV1, RAV2, RRI2 | |
Devenish, Rodney J. Monash University |
ATP20 | |
Dever, Thomas E. National Institutes of Health |
gcn/gcd genes, kinase, phosphorylation, protein synthesis, translation, translational regulation, HYP2/TIF51A, FUN12 | |
Devine, Scott E. Institute for Genome Sciences |
functional genomics, integration, tRNA genes, Ty1 | |
di Rago, Jean-Paul Institut de Biochimie et Ginitique Cellulaires du CNRS |
FMC1, RRD1, RRD2 | |
Dichtl, Bernhard University of Zurich |
||
Dickinson, J. Richard Cardiff University |
'Fusel' alcohol, SNF1-related protein kinase, branched-chain amino acid, decarboxylases, metabolism, nuclear magnetic resonance, pseudohyphae, filamentation | |
Dickson, Robert C. University of Kentucky College of Medicine |
sphingolipids, AUR1, IPT1, LCB1, LCB2, LCB3, LCB4, LCB5, LSP1, PIL1, SLC1 | |
DiComo, Charles J. Eurofins Medinet |
machine learning, molecular genetics, p53 Gene Family, TAP42, Prognostic/Diagnostic Testing, Biomarkers Profiling, p63, p73, Machine Vision, Drosophila p53, Systems Pathology, BCK2, SAP155, SAP185, SAP190, SIS2, TAP42 | |
Diderich, Jasper A. TUDelft |
HXT, fermentation, glucose repression, transcriptional regulation, hexose transport, Penicillium, brewers yeast | |
Didier, Job |
||
Dieckmann, Carol University of Arizona |
RNA processing, RNA turnover, RNA-protein interaction, eyespot assembly, mitochondria, peroxisome biogenesis | |
Diezmann, Stephanie University of Bath |
||
Diffley, John Cancer Research UK |
||
Dimster-Denk, Dago F. Taxon Biosciences, Inc. |
||
Dinman, Jonathan D. University of Maryland |
RNA, drugs, fidelity, ribosome, translation, virus, yeast, pokeweed antiviral protein, frameshifting, RPL3 | |
Dion, Michael F. Harvard University, FAS Center for Systems Biology |
||
Dirks, Peter |
||
Divies, Charles |
||
Dixit, Bharat University of Massachusetts Medical School |
Gene Transcription and expression, SPT15 | |
Djinovic-Carugo, Kristina |
||
Dobberstein, Bernhard |
||
Doherty, Hugh UMASS/BOSTON |
||
Dohlman, Henrik G. University of North Carolina |
phosphorylation, ubiquitination, modeling, desensitization, GPA1, SST2, ASC1, FUS3, GET3, GPA1, KSS1, RSP5, SST2, STE18, STE4, STE5, STE7, VPS15, VPS34 | |
Dohmen, Jurgen |
||
Dohmen, R. Juergen University of Cologne |
proteasome, SUMO, polyamines, ubiquitin, AOS1, OAZ1, SLX5, UBA2, ULP2, ULS1, UMP1 | |
Doignon, Francois Laboratoire de Biogenese Membranaire, UMR-CNRS 5200, Universite de BORDEAUX |
lipids, morphogenesis, signal transduction, membrane, Rho proteins, RhoGAP, CDC42, CST26, MID2, RGD1, RGD2, RHO3, RHO4, SLG1 | |
Dolan, Joseph W. Nashville State |
morphogenesis, sporulation, lipid mediated signaling, pheromone response, phospholipase D1 | |
Donaldson, Anne University of Aberdeen |
||
Donati, Claudio |
||
Donze, David Louisiana State University |
chromatin, silencing, transcription, boundaries | |
Dotiwala, Farokh Brandeis University |
||
Dowell, Robin University of Colorado |
||
Dowhan, William University of Texas Medical School |
cardiolipin, chaperones, lipid trafficking, mitochondria, phosphatidylethanolamine, phosphatidylglycerol, phosphatidylserine, phospholipid, protein translocation | |
Dowhan, William D. |
||
Doye, Valerie |
||
Dranginis, Anne M. St. John's University |
FLO11, MATA1 | |
Dratz, Edward A. |
||
Dresser, Michael E. Oklahoma Medical Research Foundation |
chromosome, disjunction, pairing, recombination, repair, segregation, synapsis, synaptonemal complex, telomere, RDH54 | |
Drubin, David University of California, Berkeley |
cell polarity, tubulin, actin | |
Drummond, Allan |
||
Dubois, Evelyne M. IRMW - Institut de Recherches Microbiologiques J.M. Wiame |
||
Dubourdieu, Denis |
||
Dudley, Aimee M. Pacific Northwest Diabetes Research Institute |
systems biology, technology development, Systems Genetics, Complex Trait Analysis, | |
Duina, Andrea A. Hendrix College |
chromatin, transcription, HHF2, HHT2, SPT16 | |
Dujon, Bernard Institut Pasteur |
||
Duncan, Mara C. University of Michigan |
||
Dunham, Maitreya University of Washington |
genomics, aneuploidy, chemostat, experimental evolution, hybrids, S. uvarum | |
Dunn, Cory D. Koc University |
mitochondria, mitochondrial DNA, signaling, petite-negative, 21S_RRNA, CCT6, ICY1, MGR1, MGR2, MGR3, PBP1, PDR1, PDR3, PEP12, PPH21, PPH22, SIT4, SNF1, TIM18, TIP41, TOM70, VMA13, VMA2, VPS16 | |
Dupont, Bertrand |
||
Durocher, Daniel Mount Sinai Hospital |
CGI121 | |
Duszenko, M. |
||
Dutta, Anindya University of Virginia Medical School |
DNA replication, chromatin remodeling | |
Dwight, Selina S. Stanford University |
||
Dziembowski, Andrzej Institute of Biochemistry and Biophysics, PAS |
USB1 |
E | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Earles, Vicki University of Toronto |
||
Eckhert, Curt UCLA |
||
Edgington, Nicholas P. Southern Connecticut State University |
cyclin, kinase, replication, signal transduction | |
Ehrenhofer-Murray, Ann E. University of Duisburg-Essen |
silencing, epigenetics, histone modifications, SAS2 | |
Ehrlich, Garth Allegheny Singer Research Institute |
Comparative genomics, Streptococcus pneumoniae, bacterial plurailty, population based virulence, microbial ecology, distributed genome hypothesis, bacterial pathogenesis, Haemophilus influenzae, whole genome sequencing, microbiomes | |
Eide, David J. University of Wisconsin-Madison |
endocytosis, iron, protein stability, transcriptional regulation, zinc, COT1, FET4, FET5, MSC2, ZAP1, ZRC1, ZRG17, ZRT1, ZRT2, ZRT3 | |
Elbing, Karin (Other last name: Otterstedt) Goteborg University |
||
Elder, Robert T. University of Chicago |
||
Eleutherio, Elis Universidade Federal do Rio de Janeiro |
ethanol, metabolic engineering, oxidative stress, cadmium, pentose | |
Elion, Elaine Harvard Medical School |
||
Emili, Andrew |
||
Endo, Toshiya Nagoya University |
||
Engebrecht, JoAnne UC, Davis |
TRS85 | |
Epstein, Charles B. sanofi aventis |
microarrays, CLB5, PDH1 | |
Erdeniz, Naz OHSU |
||
Erdman, Scott E. Syracuse University |
FIG1, FIG2, FIG4, KAR5, PXL1, , , | |
Erdmann, Ralf |
||
Ericsson, Avi Gothenburg University |
||
Errede, Beverly J. University of North Carolina |
||
Esch, R. Keith Research Triangle Institute |
||
Escher, Dominik ESBATech, Inc. |
gene regulation, lead compound identification, target gene identification, single chain antibody | |
Eshel, Dan The City University of New York, Brooklyn College |
chromosome segregation, microtubules, motor proteins, MAPK pathways | |
Esposito, Rochelle E. (Other last name: Easton) University of Chicago |
meiosis, chromosome behavior, spore development | |
Esser, Karlheinz multiBIND biotec GmbH |
PCP1, SOM1 | |
Evans, Leslie Delta Biotechnology, Ltd. |
F | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Fabre, Emmanuelle CNRS |
||
Fabre, Francis CEA de Fontenay-aux-roses |
||
Fabrizio, Patrizia Max-Plank-Institute of Biophysical Chemistry |
pre-mRNA splicing, snRNP, spliceosome, AAR2, CWC25, IST3, PRP2, SNU114 | |
Faergeman, Nils University of Southern Denmark |
||
Fagnani, Matthew University of Toronto |
URN1 | |
Falcone, Claudio University of Rome - La Sapienza |
Kluyveromyces lactis, apoptosis, mitochondrial biogenesis, regulation of gene expression, sugar metabolism, heterologous proteins expression, respiration and fermenation | |
Fan, Jason Williams College |
||
Fanara, Patrizia Kinemed Inc. |
||
Fang, Jianwen University of Kansas |
||
Fangman, Walton L. University of Washington |
||
Farabaugh, Philip J. University of Maryland, Baltimore County |
Ty element, programmed translational frameshifting, translational control, translational accuracy | |
Farkas, Johannes AstraZeneca |
||
Farris, Giovanni A. |
||
Fasullo, Michael T. State University of New York Polytechnic University |
DNA damage-inducible genes, DNA rearrangement, checkpoint genes, signal transduction | |
Fatica, Alessandro University of Rome "La Sapienza" |
RRP14, RRP15 | |
Fedoroff, Nina |
||
Feng, Wenyi SUNY Upstate Medical University |
chromosome breakage, origins of replication, single stranded DNA | |
Ferea, Tracy Phoenix Improving Life LLC |
||
Fernandes, Helder IBGC/CNRS university Bordeaux2 |
signal transduction, post traductional regulation, Rho proteins, Acidic stress, MID2, RGD1, RHO3, RHO4, SLG1 | |
Fernandes, Lisete Instituto Gulbenkian de Ciencia |
cytoskeleton, oxidative stress, signaling, transcription, drug resistance | |
Ferrer, Pau Universitat Autonoma de Barcelona |
Pichia pastoris, carbon metabolism, heterologous protein production | |
Feuermann, Marc Swiss Institute of Bioinformatics |
||
Feuillat, Michel |
||
Fichtner, Lars Martin-Luther Universitat Halle |
prions | |
Fields, Stan University of Washington |
||
Filetici, Patrizia Universita La Sapienza |
Kinetochore, centromere, chromatin, Saccharomyces cerevisiae, HAT inhibitors, epidrugs, GCN5 | |
Fink, Gerald R. Whitehead Institution for Biomedical Research |
||
Finley, Russ Wayne State University School of Medicine |
two-hybrid, protein networks, Drosophila | |
Fischer von Mollard, Gabriele Universitaet Bielefeld |
ENT3, USE1, VTI1 | |
Fishel, Richard Ohio State University |
||
Fisk, Harold A. The Ohio State University |
centrosome, MPS1 | |
Fitzgerald-Hayes, Molly University of Massachusetts at Amherst |
CEN DNA I,II,III, CENP-A, Kinetochore, centromere, CSE4 | |
Fizikova, Anastasia Saint Petersburg State University, The Lab of Biochemical Genetics |
||
Flick, Jeff S. Myriad Genetics |
SPL2 | |
Foiani, Marco Universita Di Milano |
||
Fong, Noel M. Nucelis |
gene expression, metabolic engineering, Fermentation Scale-Up, strain engineering | |
Foreman, Pamela Bioperspectives |
||
Formosa, Tim UNIVERSITY OF UTAH |
DOS2, POB3, RPS0B | |
Forsburg, Susan L. University of Southern California |
DNA replication, chromatin, chromosome, fission yeast, mitosis, recombination, meiosis, S. pombe, MCM protein | |
Forte, Michael Oregon Health Sciences University |
||
Fox, Catherine Anne University of Wisconsin-Madison |
ORC, chromatin, silencing, transcription, Forkhead, SIR1, FKH2, FKH1 | |
Fox, Thomas D. Cornell University |
RNA-protein interaction, mitochondria, mitochondrial genetics, translational control, membrane targeting, COX1, COX18, COX2, COX3, HFI1, MRPL36, MSS2, MSS51, OXA1, PET111, PET122, PET309, PET494, PET54, PNT1, RSM28 | |
Francois, Jean M. Laboratoire d'Ingenierie des Systemes Biologiques et Procedes, UMR-CNRS 5504 & INRA 792 |
bioinformatics, cell wall, glycolysis, metabolic engineering, trehalose, systems biology, interactomics, transcriptomics, purines metabolisms, glycogen, ADK1, AMD1, ATH1, CRZ1, GDB1, GPH1, GSY1, GSY2, ISN1, NTH1, NTH2, PKC1, SGA1, SLT2, SMI1, TOR1, TPS1, TPS2, UGP1 | |
Francois, Jean M |
||
Fraser, Hunter Stanford University |
||
Freddy, Delvaux |
||
Fredriksson, Asa |
||
Freudenreich, Catherine Tufts University |
triplet repeat, chromosome breakage, chromosome fragility, Trinucleotide repeat | |
Freyer, Greg |
||
Fridman, Eyal Hebrew University |
QTL, Heterosis, Natural variation | |
Fridovich-Keil, Judith L. (Other last name: Fridovich) Emory University School of Medicine |
UDP-galactose 4-epimerase, galactose-1-P uridylyltransferase, galactosemia, RNA binding proteins, human genetics, SCP160 | |
Friedman, Katherine L. Vanderbilt University |
DNA replication, telomerase, telomere | |
Frommer, Wolf B Carnegie Institution |
||
Fromont-Racine, Micheline Institut Pasteur, CNRS |
ribosome, preribosomal factors, AFG2, ALB1, ARX1, CDC48, ECM1, JJJ1, NOG2, REI1, RKR1, RLP24, RQC1, RQC2 | |
Frontali, Laura University of Rome 'La Sapienza |
||
Frydman, Judith |
||
Fuchs, Robert P. P. |
||
Fuchs, Stephen Tufts University |
acetylation, chromatin, histones, methylation, transcription elongation, post-translational modifications | |
Fujimura-Kamada, Konomi Hokkaido University Institute for Genetic Medicine |
cell polarity, cytoskeleton, phospholipid, protein trafficking, actin, CDC50 | |
Fuller, Robert S. University of Michigan Medical Center |
Golgi, proteases, vesicular transport, Endosomes, SNARE proteins, KEX2, yapsins, TGN, vacuolar protein sorting, Posttranslational processing | |
Futcher, A. Bruce Stony Brook (State University of New York) |
BDF2, CLN3, PMU1, STB1, SWI4, WHI3, WHI4 | |
Futerman, Anthony H. |
G | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Gaber, Richard F. Northwestern University |
glucose transport, molecular chaperones, transcription, TPR proteins, nutrient sensing, co-chaperones, CNS1 | |
Gabriel, Kip Monash University |
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Gadal, Olivier LBME CNRS UMR5099 |
ribosome biogenesis, transcriptional regulation, Nuclear architecture, RNA surveillance, HMO1, RPA34, RPA49 | |
Gadura, Nidhi Queensborough Community College, CUNY |
||
Gaillardin, Claude G. Inst. National Agronomique |
RIM20, RIM21 | |
Galan, Jean-Marc CNRS |
endocytosis, recycling, ubiquitin | |
Galibert, Francis |
||
Gallagher, Jennifer E.G. West Virginia University |
ENP2, NOC4, UTP18, UTP20, UTP21, UTP22 | |
Galli, Alvaro CNR, Insitute of Clinical Physiology, Genome Technology Lab |
||
Game, John C. Lawrence Berkeley National Laboratory |
RAD genes. Radiation. Recombination. Epistasis groups., RAD61 | |
Ganesan, K |
||
Ganesan, K. Institute of Microbial Technology |
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Ganusova, Elena |
||
Gao, Yonggang Beijing Normal University |
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Gardner, Kevin |
||
Gardner, Richard G. University of Washington |
chromatin, degradation, proteasome, proteomics, quality control, silencing, ubiquitin, SAN1, UBP10, ULS1 | |
Garfinkel, David J. University of Georgia |
Ty element, genome stability, retrotransposon, Saccharomyces cerevisiae, RNA metabolism, RNA interference | |
Garrett, Stephen UMDNJ - New Jersey Medical School |
||
Gartenberg, Marc Robert Wood Johnson Medical School |
chromatin, heterochromatin, silencing, site-specific recombination, Sister chromatid cohesion, tRNA gene expression | |
Gartner, Jutta |
||
Gasch, Audrey P. University of Wisconsin - Madison |
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Gasior, Stephen Lawrence Tulane Cancer Center |
genetic instability, retrotransposons, double-strand breaks | |
Gasser, Susan M. Friedrich Miescher Institute |
chromatin, replication, transcriptional silencing, time lapse microscopy, checkpoints, nuclear organization, live imaging, ESC1, RAP1, SGS1, SIR1, SIR2, SIR3, SIR4, TOP3 | |
Geiser, John R. Western Michigan University |
Motors, PAC, dynein | |
George, Mekha Vanderbilt University |
||
Gerald, William |
||
Gerber, Andre ETH Zurich |
DNA microarrays, systems biology, RNA-binding proteins, posttranscriptional gene regulation, JSN1, MPT5, PUF2, PUF3, PUF4, SHE2, TAD1, TAD2, TAD3 | |
Gerton, Jennifer Stowers Institute for Medical Research |
Kinetochore, centromere, chromosome segregation, recombination, meiosis, cohesion | |
Gharakhanian, Editte California State University at Long Beach |
ENV10, ENV11, ENV7, ENV9, HHY1 | |
Gheber, Leah (Larisa) Ben-Gurion University of the Negev |
cytoskeleton, kinesin, mitosis, motor proteins, phosphorylation, spindle, microtubule, FRAP, midzone, cell-cycle, CIN8, KIP1 | |
Ghosh, Anil |
||
Ghosh, Gourisankar |
||
Ghosh, Santanu Indian Institute of Technology, Bombay |
Kinetochore, mitosis, meiosis | |
Giaever, Guri Nina University of Toronto |
HIP HOP | |
Giannattasio, Sergio Consiglio Nazionale delle Ricerche - Istituto di Biomembrane e Bioenergetica |
cytochrome c, mitochondria, protein translocation, stress response, programmed cell death, metacaspase, retrograde pathway, monogenic disease, CYC1, CYC7, LST8, MCA1, RTG1, RTG2, RTG3 | |
Gibbons, Ian University of California Berkeley |
MDN1 | |
Gietz, R. Daniel University of Manitoba |
DNA transformation, RAD 7, 16, and SIR genes, YXplac vectors, chromatin structure, global genome repair, inverted gene cassettes, modified two-hybrid system, nucleotide excision repair | |
Gilson, Eric Ecole Normale Superieure de Lyon |
chromosome, nucleus, recombination, silencing, telomere, transcription | |
Giovanni, Dall'Olio Bologna University |
||
Giroux, Craig N. Wayne State University |
||
Gitler, Aaron D. Stanford University |
protein folding, high-throughput screening, neurodegenerative diseases, PBP1, YPK9 | |
Gjuracic, Kresimir Acies Bio Ltd. |
homologous recombination, illegitimate recombination, nonhomologous recombination, yeast, gene-targeting | |
Gladfelter, Amy Dartmouth College |
cytoskeleton, mitosis, filamentous fungi, septins, Ashbya gossypii | |
gladyshev, vadim |
||
Glass, N. Louise |
||
Glassbrook, Norm NC State University |
||
Gleason, Michael Georgia College & State University |
psi, kexin, furin, KEX2, SUP35 | |
Gleizes, Piere-Emmanuel |
||
Glick, Benjamin University of Chicago |
||
Glickman, Michael The Technion |
SCF, proteasome, protein degradation, MAPK, COP9 signalosome, CSN, ubiquitin, CSI1, CSN9, PCI8, RPN1, RPN10, RPN11, RPN12, RPN2, RPN3, RPN5, RPN6, RPN7, RPN8, RPN9, RPT1, RPT2, RPT3, RPT4, RPT5, RPT6, RRI2, | |
Goebl, Mark G. Indiana University School of Medicine |
SCF, cell division, ubiquitin, CDC34 | |
Goffrini, Paola University of Parma |
||
Goldman, Alastair S. H. The University of Sheffield |
chromosome pairing, recombination, meiosis | |
Golemis, Erica A. Fox Chase Cancer Center |
two-hybrid, HEF1, NEDD9, Cas | |
Golik, Pawel University of Warsaw |
CCM1, DSS1, SUV3 | |
Gomez-Navarro, Natalia Valencia university |
||
Gonzalez, Alicia UNAM |
||
Goode, Bruce L. Brandeis University |
TWF1 | |
Goodman, Anya L. California Polytechnic State University - San Luis Obispo |
SCP1 | |
Goodman, Joel UT Southwestern (Dallas) |
SEI1 | |
Gordon, Donna M. Mississippi State University |
mitochondria, protein targeting | |
Gorsich, Steven Central Michigan University |
cell death, ethanol, fermentation, mitochondria, stress, pentose phosphate pathway, bio-fuel, organelle dynamics, GND1, MGM1, RPE1, TAL1, TKL1, ZWF1 | |
Gotte, Martin Muenster University Hospital |
PEP12, VAM3, VPS33 | |
Gottschling, Daniel E. Fred Hutchinson Cancer Research Center |
DOT1, LOH1, TLC1 | |
Gould, Kathleen HHMI and Vanderbilt University Medical School |
CWC15, CWC2, CWC21, CWC22, CWC23, CWC24, CWC25, CWC27, DIB1, VIP1 | |
Gourlay, Campbell University of Kent |
apoptosis, cAMP, cell death, mitochondria, ras, respiration, ROS, actin, VDAC | |
Graham, Todd Vanderbilt University |
ARF, clathrin, mannosyltransferases, protein transport, Golgi complex, DRS2, auxilin, CHC1, DNF1, DNF2, DNF3, DRS2, SWA2 | |
Graille, Marc CNRS University Paris XI |
ETT1 | |
Gratzer, Sabine Sanofi-Aventis |
||
Gray, Joseph V. University of Glasgow |
calcium, heat shock, PKC1, cell integrity pathway, HCS77, MPK1, AZC, misfolded proteins, MID2, actin | |
Grayhack, Elizabeth University of Rochester |
genomics, biochemical protein function, transcription regulation | |
Grbin, Paul R. University of Adelaide |
||
Green, Michael |
||
Green, Rachel |
||
Green, Susannah |
||
Greenblatt, Jack Univ. of Toronto |
SPN1 | |
Greenleaf, Arno Duke University Medical Center |
CTD kinase, CTD phosphorylation, RNA polymerase II, gene expression, pre-mRNA processing | |
Greenwood, Michael T. Royal Military College of Canada |
apoptosis, reactive oxygen species, anti-apoptotosis, death, AUR1 | |
Grenon, Muriel NUIGalway |
DNA damage, Cell Cycle Checkpoints, S. cerevisiae | |
Grivell, Les A. University of Amsterdam |
cytochrome oxidase, functional genomics, mitochondria, respiratory chain, transcription, translation, mitochondrial diseases, LYS12 | |
Grose, Julianne Brigham Young University |
metabolic regulation, cell signaling, glucose homeostasis, PAS kinase, PSK1, UGP1 | |
Grote, Eric Johns Hopkins University |
mating, membrane fusion | |
Grove, Anne Louisiana State University |
||
Gruchalla, Katie |
||
Grunstein, Michael University of California, Los Angeles |
histones, transcription, histone modification | |
Guan, Min-Xin Cincinnati Children's Hospital Medical Center |
mitochondria, mutation, pathogenesis, rRNA, tRNA, transcription, translation, nucleotide modification, deafness, modifier genes | |
Guarente, Leonard Massachusetts Institute of Technology |
SUB1 | |
Gupta, A.K. |
||
Gupta, Anil |
||
Gurvitz, Aner formerly of the institute of Biochemistry and Molecular Cell Biology |
DCI1, DML1, ECI1, EHD3, ETR1, SPS19 | |
Gustafsson, Lena |
||
Gustin, Michael Rice University |
MAP kinase, osmosensing, transcriptional regulation, stress responses, defense mechanisms, calcium transport | |
Guthrie, Christine University of California |
DEAD box proteins, nucleocytoplasmic transport, RNA rearrangement, karyopherins, mRNA binding proteins, mRNA export, mRNA processing, nucleoporin, snRNA, snRNA export, snRNP biogenesis, spliceosome assembly | |
Gysler, Christof Nestle Research Centre |
H | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Haber, James E. Brandeis University |
DNA accessibility, DNA damage checkpoint, DNA repair, homologous recombination, non-homologous end-joining, MAT switching and donor preference, Break-induced replication, CHL1, NEJ1, RFS1, SWI1 | |
Hahn, Steven Fred Hutchinson Cancer Research Center and Howard Hughes Medical Institute |
RNA polymerase III, TFIID, TFIIIB, gene regulation, General transcription factors, transcription, mediator, RNA polymerse II, TATA, TBP | |
Hall, Mark Purdue University |
ACM1 | |
Hall, Michael N. University of Basel |
PI kinase, Rho, TOR, actin cytoskeleton, growth control, signal transduction, translation, ASC1, BAG7, BIG1, BIT2, CRF1, FAP1, ROT1, ROT2, SLM1, SLM2, TUS1, VID30, YPK3 | |
Hamamci, Haluk Middle East Technical University |
systems biology, metabolomics | |
Hamel, Patrice The Ohio State University |
assembly, mitochondria, heme, cytochrome c and c1, redox chemistry, CCHL, CYC2, CYC3, CYT2 | |
Hampsey, Michael Robert Wood Johnson Medical School |
||
Hampton, Randolph Y. University of California, San Diego |
HMG-CoA reductase, karmellae, ER proliferation, HER2, NSG1, NSG2 | |
Hanekamp, Theodor University of Wyoming |
mitochondria, mitochondrial DNA, nucleotide | |
Hanes, Steven SUNY-Upstate Medical University |
DNA-protein interaction, cooperativity, mitosis, pattern formation, prolyl-isomerases, transcription, homeobox genes (Drosophila), BYE1, ESS1 | |
Hansen, Jorgen |
||
Hanson, Pamela K. Birmingham-Southern College |
||
Hao, Weilong Wayne State University |
homologous recombination, Genome Evolution, Horizontal Transfer, mitochondrial evolution, mobile DNA, intron | |
Harashima, Satoshi Department of Biotechnology, Graduate School of Engineering, Osaka University |
functional genomics, signal transduction, Genome Engineering, Molecular Genetics of Fatty Acid Biosynthesis, Chromosome Engineering | |
Hardwick, Kevin University of Edinburgh |
checkpoint, kinetochore, spindle, microtubule, spindle pole | |
Hardy, Chris Vanderbilt University Medical Center |
BOI1,2, CDC5 | |
Haring, Stuart North Dakota State University |
RFA1, RFA2, RFA3 | |
Harkness, Troy |
||
Harkness, Troy A. A. University of Saskatchewan |
APC5, FKH1, FKH2, MSI1 | |
Hartig, Andreas Institut fuer Biochemie und Molekulare Zellbiologie |
||
Hartl, F. Ulrich |
||
Hartman, John L. University of Alabama-Birmingham |
dNTP metabolism, lab automation, gene interaction networks, genetic buffering, phenotypic array | |
Hartwell, Leland Fred Hutchinson Cancer Research Center |
||
Hartzog, Grant A. UC Santa Cruz, Department of Biology |
chromatin, transcription, transcription elongation | |
Harvey, Richard |
||
Hasek, Jiri Institute of Microbiology of AS CR,v.v.i. |
ISW2, RPG1 | |
Hauser, Melinda University of Tennessee |
||
Hazen, Kevin |
||
Hearn, Milton |
||
Hegemann, Johannes H. Division of Functional Genomics |
Chlamydia pneumoniae, Kinetochore, Pseudohyphal growth, centromere, functional genomics, kinetochore, Yeast Surface Display, folic acid biosynthesis, FOL1, IML1, IML2, IML3, TBS1 | |
Heick, Jensen Torben |
||
Heidenreich, Erich Medical University of Vienna |
Adaptive mutation, Stationary-phase mutation, Selection-induced mutation, Starvation-induced mutation, Starvation-associated mutation | |
Heidler, Steven A. Eli Lilly and Company |
||
Heierhorst, Jorg St. Vincent's Institute of Medical Research |
bleomycin, checkpoint, FHA domain, SQ/TQ cluster domain (SCD), post-senescence survivors, DUN1, ESL1, ESL2, PIN4, RAD53 | |
Heinemann, Matthias University of Groningen |
||
Heinisch, Juergen J. Universitaet Osnabrueck |
MAP kinase, glycolysis, phosphofructokinase, protein kinase C, DCK1 | |
Heitman, Joseph Duke University Medical Center |
Cryptococcus neoformans, DNA recognition, differentiation, immunosuppression, pathogenesis, protein folding, signal transduction, virulence, yeast, GPB1, GPB2 | |
Helfant, Astrid (Other last name: Hoes) Hamilton College |
proteasome, spindle pole body duplication, RPT4 | |
Helliwell, Stephen B. Novartis AG |
GAP1, BUL1, BUL2, RSP5, LST4 | |
Hemming, Bruce |
||
Henaut, Alain C.N.R.S. |
||
Henn, Lee |
||
Henne, Mike UT Southwestern Medical Center |
Membrane trafficking, membrane contact sites, NVJ3 | |
Henry, Susan A. Cornell University |
gene regulation, inositol, lipid metabolism, INO1 | |
Herman, Paul K. The Ohio State University |
autophagy, growth control, protein folding, signal transduction, stationary phase, stress response, Ras/PKA signaling, prions, Ribonucleoprotein (RNP) granules, P-bodies | |
Hernandez, Luis M. University of Extremadura |
glycosylation, mannoprotein, mannosylphosphate transfer, ldb phenotype, LDB7 | |
Herrero, Enrique University of Lleida |
oxidative stress, Glutaredoxin, Glutathione transferase, GRX3, GRX4, GRX5, GRX6, GRX7, GTO1, GTO3 | |
Herrmann, Johannes University of Kaiserslautern |
mitochondria, protein translocation, GRX8 | |
Herskowitz, Ira University of California, San Francisco |
||
Hesselberth, Jay University of Colorado School of Medicine |
DRN1 | |
Hettema, Ewald University of Sheffield |
peroxisome, pexophagy, ATG36 | |
Hettema, Ewald H. University of Sheffield |
autophagy, organelle assembly, peroxisome, sorting | |
Heyer, Wolf-Dietrich University of California, Davis |
DNA damage checkpoint, DNA repair, recombination, MUS81 | |
Hicke, Linda A. Northwestern University |
alpha factor, endocytosis, receptor downregulation, receptor internalization, ubiquitin-binding proteins, STE2, ubiquitin | |
Hickman, Mark Rowan University |
ergosterol, genetics, genome sequencing, microarrays, oxygen, transcription, membrane, hypoxia, heme, ECM22, ERG11, ERG2, ERG5, HAP1, HOG1, MGA2, PAU10, PAU11, PAU12, PAU13, PAU14, PAU15, PAU16, PAU17, PAU18, PAU19, PAU20, PAU21, PAU22, PAU8, PAU9, UPC2 | |
Hieter, Philip University Of British Columbia |
||
Hillenmeyer, Maureen Stanford University |
||
Hilt, Wolfgang K. Universitaet Stuttgart |
apoptosis, proteasomal substrates, proteasome, protein degradation, ubiquitin system | |
Hinnebusch, Alan G. National Institute of Child Health and Human Development |
Protein kinase, activators, amino acids, eIF2, initiation factors, tRNA modification, transcription, translation, GCN2, GCN4 | |
Hiraga, Shin-ichiro University of Aberdeen |
||
Hirsch, Jeanne Mount Sinai School of Medicine |
G proteins, growth control, pheromone, receptor, signal transduction | |
Hitoshi, Shimoi |
||
Hittinger, Chris Todd University of Wisconsin-Madison |
regulatory networks, evolutionary genetics, ADR1, CAT8, GAL1, GAL10, GAL2, GAL3, GAL4, GAL7, GAL80, GCY1, MIG1, MIG2, MIG3, MTH1, PCL10, PGM1, PGM2, RGT1 | |
Hitz, Ben Stanford University |
||
HJJ, Van Vuuren |
||
Ho, Su-Wen Washington University |
||
Hochstrasser, Mark Yale University |
DID2, DID4, PBA1, UBP10, UBP15, UBP16, UBP6, UBP8, ULP1 | |
Hoffman, Les Epicentre Technologies |
PCR, microarray, RNA Isolation | |
Hoffmann, Eva University of Sussex |
CMR1, CMR3, | |
Hofken, Thomas University of Kiel |
regulation of cell polarity | |
Hohmann, Stefan University of Gothenburg |
aquaporins, gene expression, glucose repression, glycerol, glycolysis, osmoadaptation, signaling, stress response, transmembrane transport, thiamin, AQY1, AQY2, DLT1, FPS1, GIS4, HOG1, HXK1, HXK2, PDC1, PDC2, PDC5, SNF1 | |
Hollingsworth, Nancy Stony Brook University |
chromosome, recombination, synaptonemal complex, meiosis, Saccharomyces cerevisiae, HOP1, MSH5 | |
Holm, Connie University of California at San Diego |
||
Holmberg, Steen University of Copenhagen |
activated transcription, chromatin structure, nitrogen metabolism, nucleosome remodeling, transcription factor activation, MRN1 | |
Holmes, Scott G. Wesleyan University |
chromatin, gene expression, silencing, transcription | |
Holstege, Frank |
GSM1 | |
Honigberg, Saul M. University of Missouri-Kansas City |
gene regulation, signal transduction, sporulation, meiosis | |
Hood, Helen Williams College |
||
Hood-DeGrenier, Jennifer (Other last name: Hood) Wellesley College |
cyclin, mitosis, nuclear transport, septin ring, CLB2, CRM1, SWE1 | |
Hoon, Shawn Stanford University |
CRG1 | |
Hoopes, Laura (Other last name: L Mays) Pomona College |
DNA repair, asymmetry, nucleolus, protein phosphatase, transcription | |
Hopper, Anita K. Ohio State Univ. |
RNA modification, RNA processing, nucleus/cytosol exchange, tRNA modification/splicing, tRNA retrograde traffic | |
Horazdovsky, Bruce University of Texas |
VPS5 | |
Horecka, Joe Stanford University |
CDC4, FAR3, OCH1, SKN7, STE3, TAO3, TRS130 | |
Horz, Wolfram Institut fur Physiologische Chemie |
||
Hosoda, Hiroshi |
||
Houry, Walid University of Toronto |
molecular chaperones, Hsp100, HSP90, PIH1, TAH1 | |
Howe, LeAnn University of British Columbia |
NTO1 | |
Hoyt, M. Andrew The Johns Hopkins University |
checkpoint, dynein, kinesin, mitosis, motor proteins | |
Hoyt, Martin A. University of California, San Francisco |
||
Huang, Emina H. |
||
Huang, Jing UCLA |
bioinformatics, gene expression, chemical genetics, high-throughput screening, protein interaction network, drug target identification, chemical genomics, cell growth control, TOR1, TOR2 | |
Huang, Linda S. University of Massachusetts Boston |
||
Huberman, Joel A. Roswell Park Cancer Institute |
ARS, ORC, S phase, checkpoint, chromatin, initiation, origin, replication, timing | |
Hudson, Alan Wayne State University |
respiration, transcription, mitochondrion, RSF1, RSF2 | |
Huertas, Pablo Cambridge University |
||
Huffaker, Tim C. Cornell University |
kinetochore, mitosis, spindle, spindle pole body, microtubule, SPC72, STU2 | |
Hughes, Timothy University of Toronto |
beer, terraforming, motorcycles, jazz, sociology, BCD1, ESF2, GUS1, MIM1, PGA1, SEC39, TSR2, URB1, URB2 | |
Humphrey-Dixon, Emily (Other last name: Humphrey, Dixon) St. Lawrence University |
||
Hunter, Neil University of California Davis |
homologous recombination, meiosis, crossing-over, Genome instability, DSB-repair | |
Hurt, Ed BZH (Biochemie Zentrum Heidelberg) |
NLS, nuclear pore complex, nuclear transport, nucleoporin, rRNA, ACL4, ARX1, NUG1 | |
Husnik, John First Venture Technologies |
||
Hyams, Jeremy Massey University |
dynamin, microtubules, myosins, actin, DNM1, VPS1 | |
Hyman, Bradley T |
||
Hyman, Linda Montana State University |
Elongin C, transcriptional termination | |
Hynes, Nancy |
I | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Ikui, Amy Brooklyn College |
DNA replication | |
Ilina, Yulia Goteborg University |
||
Inge-Vechtomov, S. G. St. Petersburg University |
||
Ingolia, Nick Carnegie Institution |
||
Irie, Kenji University of Tsukuba |
HEK2 | |
Irvin, Jordan National Cancer Institute |
||
Issel-Tarver, Laurie Ohlone College |
||
Ito, Takashi Department of Biophysics and Biochemistry, Graduate School of Science, University of Tokyo |
functional genomics, proteome, two-hybrid system, transcriptome, full-length cDNA, interactome, BEM1, GCN2, MDM30, MDM34, YIH1 | |
Ivanovska, Irena Princeton University |
||
Ivessa, Andreas University of Medicine and Dentistry NJ, New Jersey Medical School |
mitochondria, mitochondrial DNA, recombination, repair, replication, helicases | |
Ivey, Veronica Williams College |
||
Iyer, Vishwanath University of Texas at Austin |
microarrays | |
Izquierdo, Alicia |
J | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Jacinto, Estela UMDNJ-Robert Wood Johnson Medical School |
TOR, actin cytoskeleton, rapamycin, nutrient sensing, phosphatases, TOR2 | |
Jack, Hans-Martin University of Erlangen |
NMD, lambda5, B cell, miRNA, HUPF, pre-B cell receptor | |
Jackman, Jane The Ohio State University |
enzyme mechanism, THG1, TPT1, TRM10 | |
Jackson, Catherine L. Cell Biology and Metabolism Branch, NICHD, NIH |
ARF, SEC7 domain, protein trafficking, Golgi apparatus, membrane dynamics, GEA1, GEA2, GMH1 | |
Jackson, Stephen P. |
||
Jacobs, Jonathan NCI |
||
Jacobson, Allan S. University of Massachusetts Medical Ctr |
||
Jacq, Claude Ecole Normale Superieure CNRS |
mitochondrial genome, multidrug resistance, nuclear genome, Transcription factor, genome-wide analyses, mRNA localisation, regulatory networks, PDR8, YRM1 | |
Jacquet, Michel Univ de Paris-sud |
||
Jacquier, Alain Institut Pasteur |
RNA maturation, RNA structure, RNA turnover, catalytic RNAs, group II introns, ribozyme, self-splicing, splicing, RNA quality control, RSM10, RSM18, RSM19, RSM22, RSM23, RSM24, RSM25, RSM26, RSM27, RSM7, SNR191 | |
Jaehning, Judith A. University of Colorado Health Sciences Center |
RNA polymerase, glucose repression, protein kinase C signaling, transcription, CDC73, PAF1 | |
Jankowsky, Eckhard Case Western Reserve University |
||
Jansen, Gregor McGill University |
endoplasmic reticulum, signal transduction, drug screening, unfolded protein response, Protein-Protein Interaction Networks, Chemogenomics, Haploid Human cells, Cold Adaptation, Transcriptional Profiling, Synergy, GPA1, IRE1, OPY2, PBS2, STE11, STE18, STE4, STE50, STE7 | |
Jansen, Ralf-P. LMU |
mRNA localization, myosin, RNP complex formation, actin | |
Jansma, David University of Toronto |
||
Jantti, Jussi University of Helsinki |
MSO1, SBH1, SBH2, SEC1, SEM1, SSO1, SSO2 | |
Jaspersen, Sue Stowers Institute for Medical Research |
EMP65, MPS3, NDC1, SLP1 | |
Jayadeva, Paike |
||
Jayaraman, Kunthala V.I.T Deemed University, India |
CHROMIUM REDUCTASE, TANNASE GENES, TANNASE GENES IN PSEUDOMONAS, TANNIN DEGRADATION, TANNASE GENES IN BACILLUS | |
Jazwinski, S. Michal LSU Medical Center |
LAC1 | |
Jeffries, Thomas University of Wisconsin-Madison |
xylose, hydrolysate, TAL1, TKL1, XKS1 | |
Jenness, Duane D. University of Massachusetts Medical School |
G proteins, allostery, alpha factor, endocytosis, quality control, receptor, signal transduction, vacuole, Protein soring | |
Jensen, Robert E. Johns Hopkins University School of Medicine |
MDM34, MDV1 | |
Jensen, Torben H. |
||
Jentsch, Stefan Max Planck Society |
DNA repair, proteasome, protein degradation, recombination, transcription, protein processing, SUMO, RUB1/NEDD8, protein sorting, prions, ubiquitin, CDC34, CUE5, HUB1, MAC1, OTU1, OTU2, POL30, RAD6, RUB1, UBA3, UBC1, UBC11, UBC12, UBC13, UBC4, UBC5, UBC6, UBC7, UBC8, UBC9, ULA1 | |
Jesch, Stephen A. Cornell University |
||
Jiang, Linghuo Jiangnan University |
Candida albicans, Protein kinase, budding yeast, protein phosphatase, signal transduction, PMR1, PTC6, PTC7, RCH1, RCK2 | |
Jiang, Yiwei UNTHSC |
||
Jiang, Yu University of Pittsburgh |
||
Jigami, Yoshifumi National Institute of Advanced Industrial Science and Technology (AIST) |
cell wall, glycosylphosphatidylinositol, protein glycosylation, BST1, CIS3, GDA1, GWT1, HSP150, HUT1, KTR6, LAS21, MNN4, OCH1, PIR1, PIR3, YEA4, YND1 | |
Jimeno-Gonzalez, Silvia Universidad de Sevilla |
||
Jin, Ping |
||
Jin, Rui University of Michigan, Ann Aorbor |
||
Jiranek, Vladimir The University of Adelaide |
||
Jirtle, Randy |
||
Johannes, Boonstra |
||
Johansson, Erik Umea University |
DNA repair, DNA replication, DNA polymerase epsilon | |
Johansson, Marcus Umea University |
||
Johnsen, Anders H. The National University Hospital |
||
Johnson, Alexander (Sandy) D. |
||
Johnson, Arlen University of Texas at Austin |
nuclear export, ribosome, translation, mRNA turnover, ARX1, CRM1, LSG1, NMD3, REI1, RPL10, SQT1 | |
Johnson, Douglas I. University of Vermont |
Candida albicans, cell polarity, signal transduction, Saccharomyces cerevisiae, CDC42p, RDI1p, CDC24p, VTC1 | |
Johnson, Erica S. Thomas Jefferson University |
AOS1, TRI1, UFD4 | |
Johnsson, Nils University of Muenster |
protein folding, protein interaction, protein translocation, split-ubiquitin | |
Johnston, Gerald C. Dalhousie University |
||
Johnston, Lee National Institute for Medical Research |
cytokinesis, mitotic exit | |
Johnston, Mark University of Colorado School of Medicine |
glucose induction, glucose repression, glucose sensors, GAL genes, DNA sequence analysis, RGT1 | |
Johnston, Stephen Albert University of Texas |
AAA proteins, GAL6/BLH, galactose system, genome analysis, overproduction systems, proteasome, technology, transcription, GAL4 | |
Jones, Gary National University of Ireland Maynooth |
prion, Hsp70, prions, chaperone, HSP104, SSA1, SSA2, SSA3, SSA4 | |
Jonsson, Zophonias O. University of Iceland |
ARP5, INO80, RVB1, RVB2, SWR1 | |
Jordan, Philip Genome Damage and Stability Centre, University of Sussex |
chromosome, recombination, repair, replication, meiosis, RMR1 | |
Joshi, Neeraj University of California, San Francisco |
||
Justice, Michael C. Merck Research Laboratories |
elongation factors, ribosome, transcription, translation |
K | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Kaback, David B. Rutgers New Jersey Medical School |
||
Kabani, Mehdi CNRS |
ERAD, endoplasmic reticulum, molecular chaperones, protein degradation, protein translocation, transcription, Hsp70, prions, yeast prions, FES1, SIL1, SLS1 | |
Kabir, Md. Anaul National Institute of Technology Calicut |
chaperonin, gene expression, gene regulation, protein folding | |
Kaeberlein, Matt University of Washington |
||
Kahn, Richard A. Emory University |
ADP-ribosylation factors (ARF), GTP-binding proteins, GTPase activating proteins, protein secretion, vesicular traffic, phospholipase D, AGE1, AGE2 | |
Kaiser, Chris A. Massachusetts Inst. of Tech. |
ERO1, RSE1 | |
Kaiser, Peter UC Irvine |
SCF, ubiquitin | |
Kaji, Akira University of Pennsylvania |
tRNA, ribosomes, RRF, translation factors | |
Kamakaka, Rohinton T. UCSC |
chromatin, gene regulation, silencing, Sir protein, SAS10 | |
Kane, Caroline M. University of California at Berkeley |
RNA polymerase II, biochemistry, elongation, genetics, molecular biology, phosphorylation, transcription, SDT1 | |
Kane, Patricia M. SUNY Health Science Center |
V-ATPase, acidification, vacuole, vma mutants, VMA9 | |
Kanki, Tomotake Niigata University |
autophagy, mitochondria | |
Kaplan, Jerry University of Utah |
iron, mitochondria, transition metals, vacuole, BPH1, ERG29, FRA1, FRA2, MMT1, MMT2, MSC2, VPS41, YFH1 | |
Kaplan, Ken University of California, Davis |
centromere, kinetochore, microtubules, mitotic checkpoint | |
Karnam, Harish Kumar University of Stuttgart |
||
Karreman, Robert J. University College Cork |
fermentation, metabolism, yeast, kinetics, engineering, cerevisiae | |
Katcoff, Don Bar Ilan University |
||
Katou, Yuki |
||
Kaufman, Thom |
||
Kawasaki, Yasuo Osaka University |
DNA replication, checkpoint control | |
Kebaara, Bessie Wanja Baylor University |
mRNA decay, nonsense-mediated mRNA decay, 3'-UTRs, CTR2, SSY5 | |
Keeling, Kim U. of Alabama at Birmingham |
TPA1 | |
Keeney, Jill Juniata College |
retrotransposition, tRNA priming, Ty1, SIR4 | |
Keeney, Scott Sloan-Kettering Institute |
DNA repair, double-strand break, recombination, topoisomerase, meiosis, SPO11, CDC28, MEI4, MRE11, RAD50, REC102, REC104, REC107, REC114, SAE2, SKI8, SPO11, TOP2, XRS2 | |
Keil, Ralph L. Penn State Hershey |
||
Keller, Walter Biozentrum |
AIR1, AIR2, CFT1, CFT2, CLP1, FIP1, GLC7, HRP1, HUL4, MPE1, MTR4, PAP1, PAP2, PCF11, PFS2, PTA1, PTI1, RNA14, RNA15, RRP6, SSU72, SWD2, TRF5, YSH1 | |
Kellis, Manolis (Other last name: Kamvysselis) MIT |
Comparative genomics, Regulatory motifs, Genome Evolution, Genome Duplication, Gene Identification | |
Kellogg, Douglas University of California at Santa Cruz |
GIN4, NAP1, SHS1 | |
Kemp, Hilary Fred Hutchinson Cancer Research Center |
FAR10, FAR11, FAR7, FAR8 | |
Kemper, Boerries University of Cologne |
DNA repair, recombination, cruciform DNA, Holliday junction, CRP1 | |
Kennedy, Brian University of Washington |
calorie restriction, nuclear structure | |
Kennedy, Eileen J. Harvard University |
phosphate starvation, nucleotide binding, kinase regulation, nucleotide phosphate hydrolysis, NPP1, NPP2 | |
Kennedy, Matthew UCLA School of Medicine |
biochemistry, cell biology, molecular genetics | |
Kent, Nicholas A. Cardiff University |
Nucleosome, transcription, DSB repair, chromatin-remodeling ATPase | |
Keogh, Michael-Christopher Albert Einstein College of Medicine |
transcription regulation, histone variants, checkpoint control, chromatin modification | |
Keranen, Sirkka VTT Biotechnology |
exocytosis, genetic interactions, heterologous expression, protein production, protein secretion, protein translocation, pseudohyphal differentiation, t-SNARE, vesicular traffic, novel essential genes, GPI14, MSO1, SBH1, SBH2 | |
Kerscher, Oliver College of William & Mary |
SUMO, ULP1, ULP2, SMT3, SLX5, SLX8, SMT3, TIM18, TIM54, ULP1, ULP2 | |
Kersting, Michael Weill Cornell Medical College of Cornell University |
||
Keys, Heather |
||
Khan, Mohamed K. |
||
Kielland-Brandt, Morten C. Technical University of Denmark |
amino acid sensing, nutrient sensing, glucose sensing, transporter-like sensors, MTH1, PTR3, RGT2, SNF3, SSY1, SSY5, STP1 | |
Kim, Myoung-Dong Kangwon National University |
GRR1, sugar transporter, SNF1, GRR1, SNF1 | |
Kinoshita, Taroh |
||
Kinzy, Terri Goss UMDNJ Robert Wood Johnson Medical School |
elongation, translation, G-protein | |
Kirchmaier, Ann L. Purdue University |
silencing | |
Kirkpatrick, David T. University of Minnesota |
DNA repair, genome stability, recombination, stationary phase, meiosis, minisatellite stability | |
Kirsch, Donald R. Cambria Biosciences |
ergosterol, receptor, antifungal | |
Kirschner, Marc |
||
Kitagawa, Katsumi The Research Institute at Nationwide Children?s Hospital |
SCF, mitosis, spindle checkpoint, kinetochore/centromere, BUB1, HSP90, SGT1, SKP1, SGT1 | |
Kitazono, Ana University of Alabama in Huntsville |
CAK1, CDC28, CLB2 | |
Kladde, Michael University of Florida School of Medicine |
acetylation, chromatin, histones, methylation, transcription, nucleosomes, DNA methyltransferases | |
Klar, Amar Natl. Cancer Inst. Frederick Facility |
||
Kleckner, Nancy Harvard University |
||
Klein, Franz K. University of Vienna, Max F. Perutz Laboratories |
meiosis, MND1, MND2, MRE11, REC8, SAE2 | |
Klein, Hannah L. New York University Medical Center |
DNA helicase, DNA repair, genome stability, recombination, topoisomerase, HPR1, RAD54, RDH54, SRS2 | |
Klionsky, Daniel J. University of Michigan |
aminopeptidase I, autophagy, organelle biogenesis, protein targeting, vacuole, pexophagy, cytoplasm to vacuole targeting, macroautophagy, mitophagy, ATG11, ATG15, ATG18, ATG19, ATG20, ATG23, ATG27, ATG32, ATG33, ATG9 | |
Klis, Frans M. Swammerdam Inst Life Sciences, Univ Amsterdam |
Aspergillus, Candida albicans, Saccharomyces, beta-1,6-glucan synthesis, cell wall integrity, cell wall proteins, cell wall repair mechanisms, stress responses, ECM33, SUN4 | |
Knight, Simon University of Pennsylvania |
CTR3, CUP9 | |
Knop, Michael ZMBH |
DON1, MPC54, MSO1, SMA1, SMA2, SPC110, SPC29, SPC72, SPC97, SPC98, SPO14, SPO21, SSP1, TUB4 | |
Knuth, Mark |
||
Kobayashi, Takehiko National Institute of Genetics |
DNA replication, gene amplification, genome stability, recombination, repair, ribosomal DNA, FOB1 | |
Koc, Ahmet Izmir Institute of Technology |
||
Koeffel, Rene MedUni Vienna |
YEH1, YEH2 | |
Koehler, Carla UCLA |
mitochondria, protein assembly, protein import, protein trafficking, TIM13, TIM8, TIM9 | |
Koepp, Deanna M. University of Minnesota |
||
Kohlwein, Sepp D. University of Graz |
fatty acid, fluorescence microscopy, heterologous expression, lipase, lipid transport, lipids, phospholipid, regulation, triglyceride | |
Kohno, Kenji Nara Institute of Science and Technology (NAIST) |
HAC1, IRE1, KAR2, RVB1, RVB2 | |
Konopka, James B. State University of New York, Stony Brook |
G protein coupled receptors, alpha factor receptor, pheromone signal transduction, septins, AFR1, STE2 | |
Kornitzer, Daniel Technion |
copper, iron, protein degradation, ubiquitin, CDC4, GCN4, PCL5, PHO85, RUB1 | |
Kornmann, Benoit ETH Zurich |
GEM1, MDM10, MDM12, MDM34, MMM1, PSD1 | |
Kos, Martin University of Heidelberg |
RCM1 | |
Kosman, Daniel SUNY/Buffalo |
gene regulation, copper metabolism, metallobiochemistry, iron metabolism | |
Kosova, Buket Ege University |
||
Kosowski, Tom |
||
Kovac, Ladislav Comenius Univ., Faculty of Science |
||
Kowalski, David Roswell Park Cancer Institute |
ARS, DNA damage, DNA repair, origin, replication, timing, cis-elements, ARS303, ARS305, ARS320, , | |
Kozminski, Keith G. University of Virginia |
cell polarity, Rho GTPases, oxysterol binding proteins, CDC42, SWF1, OSH4 | |
Kozubowski, Lukasz Clemson University |
cytokinesis, fungal pathogenesis, mitosis, yeast, septins, Cryptococcus, centromeres | |
Kramer, Wilfried Universitat Gottingen |
MPH1 | |
Krause, Sue University of Glasgow |
ACK1 | |
Krebs, Jocelyn University of Alaska Anchorage |
acetylation, chromatin, DSB, histone | |
Kressler, Dieter University of Fribourg |
ribosome biogenesis, NSA1, RIX7 | |
Kristjuhan, Arnold University of Tartu |
||
Krizaj, Igor |
||
Krogan, Nevan J. University of California-San Francisco |
beer, hockey, ELF1, ESF1, GIR2, IPI1, IPI3, IWR1, LRP1, PSH1, RBG2, SPN1, SWC7 | |
Kron, Steve University of Chicago |
||
Kruppa, Michael East Tennessee State Univ. |
||
Kryndushkin, Dmitry NIH |
prions | |
Krysan, Damian J. University of Rochester |
cell wall, proteases, stress response, Candida, yapsins, MKC7, YPS1, YPS3, YPS6, YPS7 | |
Kucej, Martin University of Texas |
||
Kuchler, Karl A. Medical University Vienna |
PDR10, PDR12, PDR15, PDR5, STE6, WAR1 | |
Kuenzler, Markus Institute of Microbiology, ETH Zurich |
secretion, Galectin | |
Kuismanen, Esa Department of Biological and Environmental Sciences, Helsinki University |
YET1 | |
Kuldell, Natalie MIT |
||
Kumar, Anuj University of Michigan |
Candida albicans, Pseudohyphal growth, bioinformatics, functional genomics, proteomics, Protein localization, small ORFs, cell signaling, nested genes, NAG1, PUN1 | |
Kung, Ching University of Wisconsin |
||
Kunz, Bernard A. Deakin University |
DNA repair, DNA replication, mutagenesis | |
Kuo, Wei Hung University of Toronto |
||
Kupiec, Martin Tel Aviv University |
CDC40/PRP17, checkpoint, double-strand break, recombination, repair, splicing, meiosis, ELG1, SYF1, SYF2 | |
Kurian, Leo Institute for Genetics, University of Cologne |
proteasome, ODC, OAZ1, PRE1, UMP1 | |
Kuriyama, Hiroshi National Institute of Advanced Industrial Science and Technology |
||
Kurlandzka, Anna Institute of Biochemistry and Biophysics |
chromosome, IMI1, IRR1, LIN1 | |
Kusch, Justine ETH Zurich, Institute of Biochemistry |
||
Kushner, David Dickinson College |
||
Kutay, U |
||
Kvint, Kristian University of Gothenburg |
RNAPII, Protein quality, UBP3, ubiquitin, UBP3 | |
Kwast, Kurt E. University of Illinois |
genomics, oxygen, transcription |
L | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Labib, Karim University of Dundee |
INN1 | |
Lacefield, Soni Indiana University |
||
Lacroute, Francois |
||
Ladriere, Jean-Marc Lesaffre International |
||
Lafontaine, Denis Universite Libre de Bruxelles |
||
Lakshminarasimhan, Anirudha IIT Bombay |
||
Lal, Sunil K. International Centre for Genetic Eng. and Biotechnology |
malaria, protein-protein interactions, virus, RNA-protein interactions, hepatitis | |
Lander, Eric |
||
Lanker, Stefan Oregon Health & Science University |
proteasome, SCF-GRR1, Ubiquitin mediated degradation, G1 cyclins, glucose regulation | |
Lapeyre, Bruno CNRS |
ribosome biogenesis, tRNA processing, yeast spore germination, RNA metabolism, mRNA translation and degradation, RNA methylation, GAR1, LSM1, MRM2, NOP1, PAT1, SPB1, TRM11, TRM112, TRM7 | |
Larriba, German Univ Extremadura |
glycosylation, Mannosyl-phosphorylation, Hyperglycosylation | |
Larrinoa, Inigo F. Facultad de Ciencias Qummicas (UPV/EHU) |
||
Larsen, Christopher N. Vecna Technologies |
||
Latterich, Martin The Salk Institute |
CDC48p, SEC17p, SEC18p, fusion pore expansion, karyogamy, organelle biogenesis, vesicular traffic | |
Lau, Lester |
||
Lauquin, Guy |
||
Laurent, Brehon C. S. U. N. Y. |
DNA-dependent ATPase, G2/M transition, Snf/Swi, bromodomain, chromosome segregation, transcription, RSC, chromatin-remodeling | |
Lavoie, Brigitte D. University of Toronto |
chromosome structure, genetic stability, mitosis, Sister chromatid cohesion, chromosome transmission, condensation, condensin, cohesin, SMC proteins | |
Laxman, Sunil inStem, National Centre for Biological Sciences |
amino acids, glutamine, metabolism, signaling, translation, ORC1, Nutrients, growth, methionine, tRNA modifications, GLN1, GLT1, IML1, KOG1, NPR2, NPR3, SCH9, TOR1, TOR2, UBA4, URM1 | |
Leach, David |
||
Leao-Helder, Adriana Nivea (Other last name: Leao) Rio de Janeiro State University (UERJ) |
peroxisome, peroxisome biogenesis, protein secretion, alcohol oxidase, methylotropic yeast, peroxisome degradation | |
Leatherwood, Janet (Other last name: Bushman) State University of New York at Stony Brook |
DNA replication, Origin Recognition Complex, cyclin dependent protein kinase, fission yeast (S. pombe), orp2 (ORC2), CDC2 (CDC28), cdc18 (CDC6) | |
Lebauve, Sadie |
||
Leberer, Ekkehard NRC Biotechnology Research Institute |
||
Lee, Cheol-Koo Korea University, South Korea |
||
Lee, Sang Eun University of Texas Health Science Center |
recombination, chromosome rearrangements, End Joining, MMEJ, SAW1 | |
Lee, Wei-Lih UMass Amherst |
||
Lefebvre, Olivier Commissariat a l'Energie Atomique |
MAF1 | |
Legrain, Pierre Hybrigenics |
RNA processing, RNA splicing, protein-protein interactions, functional proteomics | |
Leibowitz, Michael J. R W Johnson Medical School |
Candida albicans, group I introns, killer virus, ribozymes | |
Leidel, Sebastian Max Planck Institute for Molecular Biomedicine |
RNA modification, non coding RNA, NCS2, NCS6, NFS1, TUM1, UBA4, URM1 | |
Lemmon, Sandra K. University of Miami |
clathrin, endocytosis, vacuole sorting, adaptors, phosphatases, PP1, SCD5p, SLA2p, actin, GLC7 | |
Leon, Sebastien Institut Jacques Monod - CNRS |
endocytosis, Glucose signaling, ubiquitin, EAR1, JEN1, REG1, ROD1, RSP5, SNF1, SSH4 | |
Leonard, Dave |
||
Lesage, Guillaume McGill University |
||
Lesage, Pascale CNRS/Paris 7 University (UMR7212), Inserm (U944) |
stress, Ty1 | |
Lesser, Cammie MGH/Harvard Medical School |
bacteria, genetics, genomics, pathogenesis, actin | |
Levin, David E. Boston University |
cell wall integrity, protein kinases, Ras signaling, GPI-anchor biosynthesis, osmotic homeostasis, ASK10, BCK1, BCK2, ERI1, FPS1, GPI19, KIN1, KIN2, MID2, MKK1, MKK2, MLP1, MTL1, PKC1, PLB1, PPZ1, PPZ2, RAS1, RAS2, RGC1, RHO1, RLM1, ROM1, ROM2, SLG1, SLT2, SWI4, SWI6, YPK1, YPK2 | |
Levine, Tim UCL |
AFI1, ANR2, AVL9, BLI1, BLS1, CNL1, HES1, KES1, KXD1, LAM1, LAM4, LAM5, LAM6, LMO1, LST4, LST7, OPI1, OSH2, OSH3, OSH6, OSH7, SCS2, SCS22, SIP3, SNN1, SWH1, YSP2, | |
Levy, Ronald |
||
Lew, Daniel Duke University |
||
Li, Joachim J. University of California |
||
Li, Jun Washington University in St. Louis |
dynein, spindle, microtubule, NDL1 | |
Li, Liming Northwestern University |
prions | |
Li, Qing Peking University |
||
Li, Rong Harvard Medical School |
BFA1, IQG1, LAS17 | |
Liang, Yongheng Nanjing Agricultural University, China |
||
Liberatore, Katie |
||
Libri, Domenico CNRS, Centre de Genetique Moleculaire |
PCC1 | |
Lichten, Michael LBMB, CCR, NCI |
chromatin, recombination, repair, meiosis | |
Lichtenberg-Frate, Hella Univ Bonn |
PMA1, TOK1, TRK1, TRK2 | |
Lieb, Jason University of North Carolina at Chapel Hill |
||
Liebman, Susan W. University of Illinois at Chicago |
ribosomal RNA, translational fidelity, prions | |
Lill, Roland Institut fuer Zytobiologie |
ABC transporters, mitochondria, protein translocation, Fe/S cluster biogenesis, ferredoxin, iron metabolism, Glutaredoxin, ARH1, ATM1, BAT1, BAT2, CFD1, CIA1, CIA2, DRE2, ERV1, GRX3, GRX4, GRX5, IBA57, ISA1, ISA2, ISD11, ISU1, ISU2, JAC1, LEU5, NAR1, NBP35, NFS1, NFU1, RLI1, SSQ1, TAH18, YAH1, YFH1 | |
Lima, Christopher |
||
Limjindaporn, Thawornchai Mahidol University |
protein protein interaction, dengue virus | |
Lin, Ren-Jang City of Hope |
SR protein kinases, pre-mRNA splicing, spliceosome, DExD/H-box protein | |
Linder, Maurine Cornell University |
SNARE, protein trafficking, signal transduction, membrane fusion, lipid modification, protein acyltransferase, G protein, protein palmitoylation, fatty acylation, DHHC-CRD, PFA3, PFA4, PFA5 | |
Linder, Patrick Dept. de Biochimie Medicale |
DBP10, DBP6, DBP7, DBP8, DBP9, DED1, FAL1, HAS1, RSA1, RSA3, SPB4 | |
Lindquist, Susan Whitehead Institute for Biomedical Research |
amyloid, cancer, evolution, heat shock, drug resistance, prions, Parkinson's disease, Neurodegenerative disease, molecular chaperone, HCH1, HSC82, HSP104, HSP26, HSP82, RNQ1, SSA1, SSA2, SSA3, SSA4, SUP35, TSL1, YPT1 | |
Lindsey, George University of Cape Town |
cell wall, stress, chaperone, HSP12, HSP12 | |
Lingner, Joachim |
||
Link, Andrew J. Vanderbilt University School of Medicine |
RNA processing, bioinformatics, proteomics, ribosome biogenesis, translation, protein complexes, mass spectrometry, posttranslational modifications, IFA38, SGF11, TMA10, TMA108, TMA16, TMA17, TMA19, TMA20, TMA22, TMA23, TMA46, TMA64, TMA7, | |
Linster, Carole |
||
Lipke, Peter Brooklyn College |
GPI anchors, Ig superfamily, bleomycin, cell adhesion, glycoprotein structure, homology modeling, mannoproteins, sexual agglutinins, wall assembly | |
Lippard, Stephen J. Massachusetts Institute of Technology |
||
Lisby, Michael University of Copenhagen |
INA1, | |
Liskay, Mike |
||
Lithgow, Trevor Monash University |
mitochondria, molecular chaperones, protein targeting, protein translocation, BIR1, EGD1, EGD2, ERJ5, JID1, JJJ1, JJJ2, JJJ3, JLP1, JLP2, MDM10, MDM12, MDM34, MIM1, MMM1, OM14, SAM35, SAM37, SAM50, TOM20, TOM22, TOM40, TOM7, TOM70, TOM71, ZIM17 | |
Liti, Gianni Institute of Research on Cancer and Ageing of Nice |
||
Liu, Jianhua Genome Institute of Singapore |
||
Liu, Yang Columbia University |
GCN5, REG1, SNF1 | |
Liu, Z. Lewis National Center for Agricultural Utilization Research, USDA-ARS |
ARI1 | |
Liu, Zhengchang University of New Orleans |
amino acid sensing, TOR Signaling, Retrograde signaling, BMH1, CIT2, DLD3, GRR1, LST8, MKS1, RTG1, RTG2, RTG3 | |
Livi, George P. GlaxoSmithKline |
||
Ljungdahl, Per O. Wenner-Gren Institute |
amino acid permeases, endoplasmic reticulum, gene expression, polytopic membrane proteins, proteolysis, signal transduction, inner nuclear membrane, membrane-localized chaperone, ASI1, ASI2, ASI3, DAL81, PTR3, SHR3, SSY1, SSY5, STP1, STP2 | |
Llorente, Bertrand CNRS |
EXO1, FUN30, MRE11, THI20, THI21, THI22, TNA1 | |
Lobo, Zita Tata Institute of Fundamental Research |
glycolysis | |
Lockshon, Daniel University of Washington |
MAP kinase, mitochondria, membrane, PKC, , | |
Loewen, Chris University of British Columbia |
EPO1 | |
Loewith, Robbie University of Geneva |
Protein kinase, rapamycin, ribosome biogenesis, stress response, translation initiation, ORC1, ORC2, AVO1, AVO2, KOG1 | |
Logie, Colin Nijmegen University, Mol Biol |
ATPase, Nucleosome, chromatid, chromatin, remodeling | |
Logsdon, John |
||
Loiez, Annie |
||
Longhese, Maria Pia Univ. di Milano-Bicocca |
DNA damage, DNA replication, checkpoint, Saccharomyces cerevisiae, MEC1, DDC2, LCD1 | |
Longtine, Mark S. Oklahoma State University |
cytokinesis, morphogenesis, septin, BNI5 | |
Lopes, John M. University of Massachusetts |
INO2, INO4, OPI10, OPI11, OPI6, OPI7, OPI8, OPI9, RPD3, SIN3, UME6 | |
Lorberg, Anja University Osnabrueck |
amino acids, nutrient sensing, TOR1, TOR2, RHB1, regulation of cell growth | |
Lorenz, Michael C. University of Texas Health Science Center |
microarrays, pathogenesis, Candida, DOT6, HMS1, HMS2 | |
Louis, Edward J. University of Leicester |
recombination, subtelomere, telomere, quantitative genetics, Genome Evolution, Complex traits, NEJ1, SGS1, YKU70, YKU80 | |
Lowndes, Noel F. National University of Ireland Galway |
DNA damage, DNA repair, signal transduction, cell cycle checkpoint, Histones marks, RAD9, TEL1, MEC1 | |
Lowry, Charles Albany Medical College |
DAN1, DAN4, TIR3, TIR4 | |
Lu, Kun Ping Harvard Medical School |
Protein phosphorylation, cancer, telomerase, Prolyl isomerization, Alzheimer's disease, PXR1 | |
Luca, Francis C. University of Pennsylvania |
MOB1, MOB2, SPB duplication, cell cycle regulation, cytokinesis, mitotic checkpoint, polarized growth, mitotic exit network (MEN), RAM signaling network, daughter-specific transcription, ACE2, CBK1, DBF2, HYM1, KIC1, MOB1, MOB2, SOG2, TAO3, ZRG8 | |
Lucas, Candida University of Minho |
cell wall, glycerol, metabolic engineering, plasma membrane, bioethanol, Extracellular matrix, Transporters, Biofuels, FPS1, GPD1, GPD2, GUP1, GUP2, GUT1, HOG1, PKC1, RAS1, RAS2, STL1 | |
Lueder, Franziska University of Melbourne |
protein translocation | |
Luehrmann, Reinhard |
||
Luk, E NCI NIH |
CHZ1 | |
Lundblad, Vicki Salk Institute for Biological Studies |
telomerase, telomere maintenance, telomere replication, telomere end protection, CDC13, EST1, EST2, EST3 | |
Lupashin, Vladimir V. University of Arkansas for Medical Sciences |
SNARE, YPT1, in-vitro systems, post-Golgi traffic roots, protein transport, vesicle targeting, SEC34, SEC35, USO1, COG1, COG6 | |
Lustig, Arthur J. Tulane University |
recombination, replication, silencing, telomere, MRE11, Ku, RAP1, SIR3 | |
Lydall, Dave Newcastle University |
DNA repair, checkpoint, telomere, CDC13, RAD9, RAD17, EXO1, RAD24 |
M | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
M., Arndt Karen |
||
Mabuchi, Tadashi University of Yamanashi |
||
Machin, Felix University Hospital Ntra. Sra. Candelaria |
homologous recombination, mitosis, rDNA, helicases, Anaphase, Topoisomerases, Resolvases, antitumour, quinones, CDC14, CDC14, CDC15, GSH1, MAD2, MMS4, MPH1, MUS81, RAD52, RAD9, SGS1, SLX1, SLX4, TOP1, TOP2, TOP3, YAP1, YEN1 | |
Macreadie, Ian G. RMIT University |
drug mechanisms, malaria, mitochondria, pathway engineering, protein folding, redox, yeast foreign gene expression, Alzheimer's disease, human diseases, folate synthesis and utilisation | |
Maddock, Janine University of Michigan |
ribosomes, GTPases, Obg, NOG1, MTG2, RBG1, RBG2, GIR2, MTG2, RBG1, RBG2 | |
Madhani, Hiten UCSF |
ABF1, DIG1, DIG2, FUS3, HOG1, HTZ1, KSS1, REB1, STE12, STH1, SWR1, TEC1 | |
Madison, Rowan University of New Orleans |
||
Maeda, Tatsuya Institute of Molecular and Cellular Biosciences, The University of Tokyo |
||
Maftahi, Mohamed Columbia University |
||
Magrath, Christi Troy State University |
replication, termination, transcription, transcription termination, heavy metal, 3'-end, lead | |
Magwene, Paul |
||
Malagon, Francisco Henry M. Jackson Foundation |
||
Malik, Harmit Fred Hutchinson Cancer Research Center |
centromere, retrotransposons, 2 micron plasmids | |
Mandel, Jean-Louis |
||
Manfredi, John Myriad Pharmaceuticals, Inc. |
signal transduction | |
Mann, Carl CEA/Saclay |
||
Manon, Stephen CNRS |
apoptosis, autophagy, bioenergetics, mitochondrial biogenesis, oxidative stress, Heat stress, Heavy metals, Bcl-2 family | |
Mansur, Manuel Center for Genetic Engineering and Biotechnology |
||
Marbois, Beth UCLA |
||
Marc, Crouzet |
||
Marcand, Stephane CEA/Fontenay |
homologous recombination, telomere, DNA double-strand break, NHEJ, | |
Marchler, Gabriele NCBI, NLM |
||
Marcotte, Edward University of Texas at Austin |
||
Marelli, Marcello MedImmune/AstraZeneca |
protein engineering, Expression systems | |
Maresova, Lydie Czech Academy of Sciences |
transport systems, K+ homeostasis, membrane potential, ARL1, KHA1, NHX1, TOK1 | |
Marina, Pablo Harvard Medical School |
||
Marsh, Lorraine |
||
Martegani, Enzo University of Milano Bicocca |
cyclic AMP, glucose, guanine nucleotide exchange factors, ras, CDC25 | |
Martens, Joe University of Pittsburgh |
||
Martin, Sophie University of Lausanne |
||
Martinez, Claudio University of Santiago |
wine, chromosome rearrangements, food | |
Martinez, Jesse |
||
Martins, Ralph |
||
Masamichi, Takagi |
||
Masayuki, Nashimoto |
||
Masel, Joanna (Other last name: Monti-Masel) University of Arizona |
prions | |
Mason, Tom University of Massachusetts |
MRM1 | |
Masuda, Claudio Akio Universidade Federal do Rio de Janeiro (UFRJ) |
stress response, lithium, Saccharomyces cerevisiae, ubiquitin | |
Matallana, Emilia Universidad de Valencia |
ethanol production, glucose utilization, metabolic engineering, stress response, trehalose, wine | |
Matese, John Princeton University |
bioinformatics, microarray, database | |
Mattanovich, Diethard University of Natural Resources and Applied Life Sciences Vienna |
||
Maxon, Mary California Institute for Regenerative Medicine |
||
May, Oliver |
||
Mayer, Andreas University of Lausanne |
autophagy, protein trafficking, vacuole, membrane fusion, organelles, membrane fission, autophagocytosis | |
Mayer, Bernd |
||
Mayinger, Peter Oregon Health & Science University |
phosphoinositides, lipid signaling, ER-Trafficking, ATP-Transport, Golgi-Trafficking, Phosphoinositid Phosphatases, Phosphoinositid Kinases, DPM1, PIK1, RER1, SAC1, STT4 | |
Mazon, Maria J. Inst. Investigaciones Biomedicas |
ATG19 | |
McAinsh, Andrew Marie Curie Research Institute |
Kinetochore, centromere, chromosome segregation, kinetochore, mitosis, CNN1 | |
McBride, Anne Bowdoin College |
nucleocytoplasmic transport, methyltransferase, HMT1, NPL3, RMT2 | |
McCammon, Mark T. University of Texas Health Science Center at San Antonio |
TCA cycle, acetate, glyoxylate cycle, mitochondria, organelle biogenesis, oxidative stress, peroxisome, protein assembly, microarray analysis, LSC1, LSC2 | |
McCourt, Paula (Other last name: Da Silva) Drexel University College of Medicine |
||
McCusker, John H. Duke University Medical Center |
fungal pathogenesis, Saccharomyces cerevisiae, quantitative genetics | |
McDonald, John P. National Institutes of Health |
DNA repair, damage tolerance mechanisms, damage-induced mutagenesis, postreplication repair, translesion DNA synthesis, RAD30, RAD30 | |
McDonough, Virginia M Hope College |
OLE1 | |
McEachern, Michael J. University of Georgia, Athens |
||
McHugh, Peter J. University of Oxford |
DNA repair, chromatin, nucleotide excision repair, recombination, Interstrand crosslink, polymerases | |
Mclaughlin, Calvin S. UCI |
||
McMaster, Christopher Dalhousie University |
genetics, proteomics, structure-function, vesicle transport, lipid metabolism, CKI1, CPT1, GDE1, HEM25, INO1, KES1, NTE1, OPI1, PCT1, SEC14 | |
McMillen, David |
||
Mcmullin, Thomas W. Cargill Inc |
ethanol, lactic acid, succinic acid | |
McMurray, Michael A. University of Colorado Anschutz Medical Campus |
chaperones, cytoskeleton, protein folding, septin, prions | |
McNally, James |
||
McNew, James A. Rice University |
vesicular traffic, mating, membrane fusion | |
McVey, Mitch Tufts University |
DNA repair, recombination, RecQ helicases | |
Meacock, Peter A. University of Leicester |
THI11, THI12, THI13, THI5 | |
Megee, Paul University of Colorado Denver |
centromere, mitosis, Sister chromatid cohesion | |
Mekhail, Karim University of Toronto |
||
Mellor, Jane University of Oxford |
transcription termination, transcription regulation, Chromatin remodeling activities, Centromere binding factor 1 | |
Melloy, Patricia Fairleigh Dickinson University |
||
Meluh, Pamela B. Johns Hopkins University School of Medicine |
chromatin, chromosome segregation, mitosis, protein modification, microarray, microtubule, histone, SUMO pathway, centromere/kinetochore, Synthetic biology, CBF1, COX2, CSE4, MIF2, NFI1, PDS5, SIZ1, SMT3, TOP2, UBC9, ULP2 | |
Menees, Tom University of Missouri-Kansas City |
retrotransposon, retrovirus, transposition, yeast, Saccharomyces cerevisiae, host factors, Ty1, Ty3 | |
Menon, Anant K. Weill Cornell Medical College |
ARV1, ERG1, GPI8, KES1, RFT1 | |
Merz, Alexey University of Washington |
Golgi, Rab, SNARE, calcium, fusion, pH, vacuole, membrane, Vesicle | |
Meskauskas, Arturas University of Maryland |
RPL3, RPL5 | |
Meunier, Brigitte CNRS |
mitochondria, respiratory chain | |
Mewes, H. Werner |
||
Michaelis, Susan Johns Hopkins School of Medicine |
endocytosis, guanine nucleotide exchange factors, ER quality control, a-factor processing, STE6, STE24, STE14, RCE1, AXL1, MFA1 | |
Micheline, Wesolowski |
||
Michelitch, Merrilyn (Other last name: Datta) Invitrogen Corporation |
||
Michels, Corinne A. Queens College - City University of New York |
glucose repression, glucose-induced inactivation, maltose fermentation, proteolysis, signal transduction, HSP90/Hsp70 molecular chaperone, MAL1, MAL11, MAL12, MAL13, MAL2, MAL21, MAL22, MAL23, MAL3, MAL31, MAL32, MAL33, MAL34, MAL4, MAL41, MAL42, MAL43, MAL6, MAL61, MAL62, MAL63, MAL64 | |
Mihail, Smirnov |
||
Millar, Jonathan National Institute for Medical Research |
checkpoint, cyclin, spindle pole body, replication origins, microtubule, Anaphase Promoting Complex (APC), spindle orientation, cohesion, actin | |
Miller, Charles A. Tulane Univ. School of Public Health |
ARS, Ah receptor, DNA replication, chromatin, cyclophlin, dioxin, origin, steroid hormone receptor, p23, HSP90 | |
Miller, Liz Columbia University |
ER quality control, cargo selection, membrane curvature, COPII vesicles | |
Miller, Mary E. (Other last name: Feldhacker) Rhodes College |
CDK, localization, specificity, CDC28, CLN2, CLN3, CLN1 | |
Miller, Rita K. Oklahoma State University |
nuclear migration, KAR9p, Spindle positioning | |
Mingyong, Xiong Tianjin University |
AFR1, BCK1, MIH1, MKK1, MKK2, RLM1, SLT2 | |
Minvielle-Sebastia, Lionel CNRS |
yeast, pre-mRNA 3'-end processing, snoRNA processing, CLP1, HRP1, NAB2, PAB1, PAN2, PAN3, PCF11, PTI1, REF2, RNA14, RNA15 | |
Mir, Snober S. Integral University |
autophagy, cancer, protein trafficking | |
Mirach, Branden |
||
Mironova, Ludmila N. St. Petersburg State University |
SUP35 and SUP45 genes | |
Miseta, Attila University of Pecs |
calcium, galactosemia, glucose, signaling, vacuole, unfolded protein response, ergastoplasmic reticulum, galactose, glucose phosphates, PGM1, PGM2, PMC1, PMR1, VCX1 | |
Mishra, Krishnaveni University of Hyderabd |
gene silencing, SUMOylation, ESC1, NFI1, RTT103, SIR2 | |
Mitchell, Aaron P. Carnegie Mellon University |
Candida albicans, fungal pathogenesis, pH response, Biofilm formation, RIM101, RIM13, RIM8, RIM9 | |
Mitchison, T. J. |
||
Mito, Erica City of Hope National Medical Center |
||
Mizuta, Keiko Hiroshima University |
FAF1, RIC1, RRS1 | |
Moens, Cecilia B |
||
Mojzita, Dominik Gothenburg University |
NRT1, THI72, THI73, THI74 | |
Molina, Maria Universidad Complutense de Madrid |
Pichia pastoris, cell integrity, cell lysis, cell wall, morphogenesis, yeast | |
Mollapour, Mehdi SUNY Upstate Medical University |
molecular chaperones, AHA1, CDC37, PPT1 | |
Monteiro, Gisele Sao Paulo University |
antioxidant, mitochondria, protein structure, signaling, stress response, kinetic, peroxiredoxin, expression regulation, genome analyses | |
Montero-Lomeli, Monica Universidade Federal do Rio de Janeiro |
cation transport, lithium stress | |
Montpetit, Ben University of Alberta |
mRNA export, nuclear pore complex, inositol hexakisphosphate, DEAD-box ATPase | |
Moore, Carol Wood CUNY Sophie Davis School of Biomedical Education@City College |
DNA damage, DNA repair, X-rays, bleomycin, ionizing radiation, oxidative damage, antifungal | |
Morais, Marcos Federal University of Pernambuco |
ARO10, PRP19 | |
Morales-Johansson, Helena University of Guelph |
INP51, IRS4, MSS4, TAX4 | |
Morano, Kevin A. University of Texas-Houston Medical School |
chaperones, heat shock, stress, SCH9, Hsp70, SYM1, SSE1, HSP90, RTR1, RTR2, SYM1 | |
Moreno, Fernando Oviedo University |
glucose repression, MED8p, hexokinase 2 | |
Moreno, Sergio University of Salamanca |
||
Morgan, David O. University of California, San Francisco |
CDK, cyclin | |
Morgan, Jeanelle Rutgers University |
||
Morillo-Huesca, Macarena Universidad de Sevilla |
||
Morishita, Shinichi University of Tokyo |
whole genome shotgun assembly, high-throughput sequence analysis | |
Moriya, Hisao Okayama University |
||
Morrissey, John |
||
Morse, Randall Wadsworth Center |
chromatin, transcription, nucleosomes | |
Morsomme, Pierre Universite catholique de Louvain |
H+-ATPase, ion homeostasis, protein transport, Membrane trafficking, membrane proteomics, GDT1, PMA1, PMP3, SNA2, SNA3, SNA4 | |
Mosch, Hans-Ulrich Philipps-University Marburg |
cell polarity, Pseudohyphal development, signalling specificity, BUD8, BUD9, CDC42, DFG5, RAS2, TEC1 | |
Motovali-Bashi, Majid Isfahan University |
||
Mouillon, Jean-Marie |
||
Moye-Rowley, W. Scott University of Iowa |
ABC transporters, multidrug resistance, oxidative stress, transcription, Transcription factor, LGE1, PDR1, PDR3, PDR5, RSB1, SSZ1, YAP1, YBP1, YBP2, YOR1 | |
Muchowski, Paul University of Washington |
amyloid, chaperones, polyglutamine, synuclein, protein misfolding | |
Mueller, David M. Rosalind Franklin University of Medicine and Science |
ATP synthase, ATPase, Batten disease, F1, mitochondria, mutagenesis, yeast, crystallography, ATP1, ATP15, ATP16, ATP2, ATP3, ATP5, YHC3 | |
Mulet, Jose M. IBMCP |
CTO1 | |
Muller, Eric G. University of Washington |
spindle pole body | |
Munn, Alan L. School of Medical Science, Griffith University (Gold Coast) |
cytoskeleton, endocytosis, endosome, verprolin, actin, VRP1, LAS17, RVS161, RVS167, VPS4 | |
Munoz, Ivan |
||
Munro, Sean MRC Laboratory of Molecular Biology |
BUG1, COG4, COG5, COG7, COG8, COY1, GNT1, KSH1, MNN11, MNN2, MNN5, MRL1, OSH2, OSH3, SLO1, YEL1 | |
Munson, Mary Univ of Massachusetts Medical School |
SNARE, exocytosis, vesicle transport, exocyst complex, SEC6, SEC9 | |
Murakami, Yasufumi Tokyo University of Science |
||
Murphy, Andrew |
||
Murray, Andrew Harvard University |
||
Murray, Douglas B Systems Biology Institute |
||
Murray, Pedro Dalhousie University |
NTE1 | |
Myers, Chad L. University of Minnesota |
AIM34, AIM39, ATP25 |
N | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Nachiappan, Vasanthi Bharathidasan University |
autophagy, phospholipids, Stress biology, Neutral lipids, Fatty acids | |
Nagaraj, Vijayalakshmi H. Rutgers Univ, Waksman Inst |
||
Nakano, Akihiko RIKEN |
Golgi, endoplasmic reticulum, protein secretion, small GTPase, vacuole, vesicle budding and fusion, vesicle recycling, vesicular traffic, Protein soring | |
Namy, Olivier CNRS |
mRNA, readthrough, recoding, ribosome, translation, frameshifting, prions, [PSI+] prion, BSC1, BSC2, BSC3, BSC4, BSC5, BSC6, PDE2 | |
Nasmyth, Kim University of Oxford |
SIM1 | |
Natter, Klaus University of Graz |
fatty acid, lipid droplet | |
Navarro, Francisco Jaen University |
gene transcription, RNA polymerases, modulators, RNA pols assembly, BUD27, Prefoldin-elongation, RNA pols biogenesis, RPB5, BUD27, RPB5, RPO21 | |
Navarro-Garcia, Federico Universidad Complutense de Madrid |
dimorphism, microbiology, mycology, virulence, antifungal | |
Neckers, Len |
||
Needham, Patrick G. National Institutes of Health |
chaperones, prion, Hsp70, prions | |
Needleman, Richard WSU School of Medicine |
maltose fermentation in yeast, bacteriorhodopsin, Alzheimer's, ALS, phenylbutyrate, transvection in yeast, MAL6, TAT2 | |
Negritto, Maria C. Pomona College |
||
Neiman, Aaron SUNY Stony Brook |
cytokinesis, secretion, sporulation, septins, HOC1, LDS1, LDS2, OSW1, OSW2, OSW7, PCL10, PCL5, PCL6, PCL7, PCL8, PCL9, RRT12, SPO20, SPO21, SPS22 | |
Nelson, Christopher J. University of Victoria |
||
Nelson, Hillary C.M. University of Pennsylvania |
heat shock | |
Nester, Eugene |
||
Netto, Luis Institue Biosciences - University Sao Paulo |
thioredoxin, Glutaredoxin, peroxiredoxin, thiols, AHP1, GRX1, GRX2, PRX1, TRR1, TRR2, TRX1, TRX2, TRX3, TSA1, TSA2 | |
Netto, Luis E. S. Universidade de Sao Paulo |
antioxidant, catalase, mitochondria, oxidative stress, thioredoxin peroxidase | |
Neuert, Gregor Vanderbilt University |
||
Neugebauer, Karla |
||
Neupert, Walter University of Munich |
mitochondria, protein folding, protein translocation | |
Newlon, Carol S. UMDNJ-New Jersey Medical School |
2D gel electrophoresis, chromosome III, replication origin, ARS elements | |
Nickels, Joe Institute of Metabolic Disorders |
||
Nieduszynski, Conrad University of Oxford |
||
Nieto-Sotelo, Jorge Universidad Nacional Autonoma de Mexico; Instituto de Biotecnologia |
heat shock, stress, thermotolerance, CDC25 | |
Nigavekar, Shraddha (Other last name: Suktankar) University of Michigan - Ann Arbor |
regulation of protein phosphatase 1, dendrimer nanoparticles, inflammation and colon cancer, RAGE, GLC7 | |
Nina, Fedoroff |
||
Nishihama, Ryuichi Stanford University |
cytokinesis, septin | |
Nislow, Corey Banting and Best Department of Medical Research |
Candida albicans, chromatin, drug discovery, Next-generation sequencing, technology development, CRG1, HAS1, SET1 | |
Nissan, Tracy Umea University |
||
Nitiss, John L. St. Jude Children's Research Hospital |
camptothecin, doxorubicin, etoposide, topoisomerase, topoisomerase I, topoisomerase II | |
Nobrega, Marina Pasetto UNESP - Microbiologia - Faculdade de Odontologia |
cytochrome oxidase, mitochondrial biogenesis, COX10, COX11, COX19 | |
Nombela Cano, Cesar Universidad Complutense |
||
Nomura, Masayasu University of California |
RNA polymerase I, nucleolus, rDNA, silencing, transcription, Transcription factor, UAF30 | |
Nonato, Roberto Vianna Frings do Brazil |
||
Norbeck, Joakim Chalmers University of Technology |
2D gel electrophoresis, dihydroxyacetone/glycerol, functional analysis, osmotic stress response, protein-protein interactions, Puf-proteins, BCY1, POP2, DAK1, DAK2, GPP1, GPP2 | |
Nosek, Jozef Comenius University |
Candida parapsilosis, Dipodascus (Endomyces) magnusii, NADH dehydrogenase (complex I), Yarrowia lipolytica, extrachromosomal inheritance, linear mtDNA, mitochondria, mtDNA replication, non-conventional yeasts, telomere | |
Nothwehr, Steven F. University of Missouri |
COG3, VPS5 | |
Noueiry, Amine West Virginia University |
DED1, DHH1, LSM1, LSM2, LSM3, LSM4, LSM5, LSM6, LSM7, PAT1 | |
Novick, Peter Yale Univeristy |
||
Nunez, Lilia R. (Other last name: Nunez Rodriguez) Cornell University |
inositol, phospholipid metabolism, INO1, SLT2 | |
Nystrom, Thomas Goteborg University |
protein oxidation, ageing, SIR2, SIR2 |
O | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
O'Connor, David I. The National University of Ireland at Maynooth |
apoptosis, mitochondria, mtDNA, respiration, heat shock protein, petite-negative, yeast 2-hybrid, prions, HSP104, HSP90, HSP104 | |
O'Donnell, Allyson F. University of Pittsburgh |
arrestins, ALY1, ALY2 | |
O'Donnell, James Microbe Inotech Laboratories, Inc. |
||
O'Rourke, Sean University of Oregon |
||
O'Shea, Erin K. Harvard Univ./HHMI |
phosphate metabolism, proteomics, signal transduction, transcription | |
Obermann, Wolfgang M.J. University of Bonn |
AHA1 | |
Oeffinger, Marlene IRCM, Montreal |
RRP17 | |
Oertle, Thomas ETH Zurich and University Zurich |
RTN1, RTN2 | |
Ohi, Melanie Vanderbilt University Medical School |
spliceosome, structural biology, ubiquitination, anaphase promoting complex, cryo-electron microscopy | |
Ohi, Ryoma Vanderbilt University |
CEF1 | |
Ohkuni, Kentaro Nationwide Children's Hospital |
DSF1, DSF2 | |
Ohsumi, Yoshinori National Institute for Basic Biology |
ATG1, ATG12, ATG13, ATG16, ATG7, ATG8 | |
Ohya, Yoshikazu Dept. of Integrated Biosciences, Graduate School of Frontier Sciences, University of Tokyo |
ATPase, gene homing, protein splicing, rho-type GTPase, vacuole, VDE, calmodulin, APQ12, APQ13, CAX4, SOG2 | |
Okamoto, Koji University of Utah School of Medicine |
GTPase, mitochondria, protein translocation, membrane dynamics, F-box protein, mitochondrial DNA maintenance, organelle morphology, MFB1 | |
Olefsky, Jerrold |
||
Oliveira, Carla Columbano USP |
NOP53p, NOP17p/PIH1p, RRP43p, NOP53, PIH1 | |
Oliver, Stephen G. University of Cambridge |
AAD10, AAD14, AAD15, AAD3, AAD4, AAD6 | |
Ophry, Pines Hebrew University of Jerusalem |
||
Orlean, Peter University of Illinois |
cell wall biogenesis, glycosyl phosphatidylinositol, glycosyltransferase, protein glycosylation, polysaccharides, DPM1, GPI1, GPI11, GPI13, GPI15, GPI2, SMP3 | |
Orlic, Sandi Department of Microbiology University of Zagreb |
||
Osley, Mary Ann University of New Mexico |
chromatin, transcription, histone ubiquitylation, HFI1, HIR1, HIR2, HIR3 | |
Osman, Mahasin A. Cornell University |
IQGAP, IQG1p, cytokinesis, cytoskeleton, exocytosis, polarity, signal transduction, CDC42, IQG1 | |
Osorio, Esteban |
||
Osterhage, Jennifer Hanover College |
telomerase, telomere, EST1, EST2, EST3, TLC1 | |
Otero, Jose Manuel (Manny) Merck Research Labs, Merck & Co., Inc. |
||
Ott, Martin Stockholm University |
CBP3, CBP4, CBP6, COB, MRX1, MRX10, MRX11, MRX12, MRX3, MRX4, MRX5, MRX6, MRX7, MRX8, MRX9, PTH4, | |
Otto, Sarah |
||
Ouellette, B. F. Francis Ontario Institute for Cancer Research |
bioinformatics, Computational biology, Comparative genomics, Genome annotation, Biological databases, Yeast chromosome I, Database integration, Cancer Genomics, Pipeline development, RNA-Seq analysis | |
Outeiro, Tiago MassGeneral Institute for Neurodegenerative Disease - Harvard Medical School |
amyloid, chaperones, prion, stress, prions, Parkinson's disease, Neurodegenerative disease | |
Ozcan, Sabire University of Kentucky, College of Medicine |
P | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Page, Nicolas Nestle |
||
Pain, Debkumar |
||
Palkova, Zdena Charles University |
ammonia transport, morphology, signaling, yeast colony, ATO3 | |
Pallotta, Dominick |
||
Palmer, Glen Louisiana State University |
Candida albicans, autophagy, vacuole, virulence, vps, APS3, ATG9, PEP5, VPS21, YPT7 | |
Palmer, Laura K. Penn State University-Altoona Campus |
||
Palmieri, Ferdinando |
||
Pals-Rylaarsdam, Robin Benedictine University |
||
Panaretou, Barry King's College London |
EMW1, LTO1, NSE3, NSE4 | |
Panek, Anita Dolly Universidade Federal do Rio de Janeiro |
stress, trehalose, trehalase | |
Papa, Feroz California Institute for Quantitative Biosciences |
apoptosis, diabetes, kinase, drug screening, protein misfolding, prions, unfolded protein response, endoplasmic reticulum stress, redox sensing, RNase | |
Pappas, Donald L. Ivy Tech Community College |
||
Park, Hay-Oak Ohio State University |
GTPases and regulators, budding pattern, Spatial cue-directed cell polarization, oxidative stress response | |
Parker, Roy University of Arizona |
mRNA, deadenylation, decapping, exosome, DCP1, EDC2, PUF2 | |
Parra, Karlett University of New Mexico SOM |
||
Parthun, Mark Ohio State University |
acetylation, chromatin, histones, HAT1, HAT2, HIF1 | |
Pasero, Philippe Institute of Human Genetics |
||
Passoth, Volkmar Swedish University of Agricultural Sciences, Dept. of Microbiology |
hypoxia, heterologous protein production, xylose, Pichia stipitis, Pichia anomala, Dekkera bruxellensis | |
Patnaik, Srinivas |
||
Patton-Vogt, Jana Duquesne University |
GDE1, GIT1 | |
Paulovich, Amanda G. Fred Hutchinson Cancer Research Center |
DNA damage, S phase, cancer, checkpoint, replication, qtl mapping, early detection | |
Paumi, Christian Eastern Kentucky University |
antioxidant, fermentation, glutathione, oxidative stress, superoxide | |
Pavitt, Graham D. University of Manchester |
amino acids, eIF2, eIF2B, initiation factors, translation, eIF5, GCN2, GCN4, CAF20, EAP1, GCD1, GCD11, GCD2, GCD6, GCD7, GCN3, GCN4, SUI2, SUI3, TIF5 | |
Payne, Gregory S. UCLA School of Medicine |
APL3 | |
Pearce, David A University of Rochester Medical Center |
Batten disease, mitochondria, protein degradation, Saccharomyces cerevisiae, BTN2, YHC3 | |
Peccoud, Jean Virginia Tech |
BCK2, BUB2, CDC15, CDC20, CDC6, CLB2, CLN1, CLN2, ESP1, LTE1, MAD2, MCM1, NET1, SIC1, TEM1, WHI5 | |
Pedruzzi, Ivo Swiss Institute of Bioinformatics (ISB / SIB) |
||
Pelham, Hugh R. B. Medical Research Council |
GOT1, HMX1, SNA2, SNA3, SNA4, SNX41, SYN8, TLG1, TLG2, TRE1, TRE2, TUL1 | |
Pellman, David Dana-Farber Cancer Institute, Harvard Medical School |
mitosis, microtubule, G-proteins, formins, actin, ASE1, BIK1, BIM1, BNI1, BNR1, CDC16, CDC23, CDC28, CLB2, DYN1, ESP1, KAR9, MYO2, NIP100, PAC1 | |
Pemberton, Lucy F. University of Virginia |
histones, nuclear pore complex, nuclear transport, karyopherins/importins, nuclear import of transcription factors, KAP114, NBA1, UME1, WTM1, WTM2 | |
Peralta-Yahya, Pamela Georgia Institute of Technology |
metabolic engineering, Synthetic biology | |
Pereira, Gislene German Cancer Research Centre (DKFZ) |
cell polarity, cytokinesis, mitotic exit, mitotic exit network (MEN), spindle position checkpoint (SPOC), BFA1, BUB2, CDC14, CDC15, CDC5, CHS2, CYK3, DBF2, ELM1, HOF1, INN1, KAR9, KIN4, LTE1, MOB1, MYO1, RTS1, TEM1 | |
Perez-Martinez, Xochitl Universidad Nacional Autonoma de Mexico (UNAM) |
mitochondria, translation, Membrane insertion, COX1, COX1, MSS51, PET309 | |
Perez-Ortin, Jose Enrique University of Valencia |
chromatin, functional analysis, histone acetylation, stress response, wine yeasts, yeast genome, DNA chips, transcription rate, HXT15, SPI1, SRC1, SUC2 | |
Perrimon, N |
||
Persson, Bengt L. University of Stockholm |
PHO89 | |
Pertschy, Brigitte Graz University |
||
Peter, Matthias |
||
Peterson, Craig L. University of Massachusetts Medical School |
DNA repair, SWI/SNF, chromatin, transcription, analytical ultracentrifugation, histone acetyltransferases | |
Petes, Thomas Douglas Duke University Medical School |
genome stability, telomere | |
Petit, Thomas University of Reunion Island |
||
Petrini, John Memorial Sloan Kettering Cancer Center |
checkpoint, recombination, telomere, MRE11, RAD50, XRS2, Nbs1, MRE11 complex | |
Petrovic, Uros Jozef Stefan Institute |
lipid metabolism, Biofuels, polygenic traits, IZH2, MDM10, MDM12, MDM34, PEX11, RIM101, RVS161, RVS167 | |
Petsko, Gregory |
||
Petsko, Gregory A. Brandeis University |
N-acetyltransferases, cell death, endocytosis, oxidative stress, protein turnover, stationary phase, chronological aging, G0, HSP31, HSP32, HSP33, TEP1 | |
Pfander, Boris Max-Planck Institute of Biochemistry |
||
Pfanner, Nikolaus University of Freiburg |
mitochondria, protein import, protein translocation, TOM, TIM, heat shock proteins, membrane complex assembly | |
Philippsen, Peter Biozentrum, University of Basel |
PIR5, SEG1, SEG2, , , , , , , , , , | |
Phizicky, Eric University of Rochester School of Medicine |
modification, processing, tRNA, biochemical genomics, tRNA degradation, ABP140, DUS1, DUS3, DUS4, POA1, SMM1, THG1, TPT1, TRL1, TRM10, TRM13, TRM44, TRM8, TRM82 | |
Piatti, Simonetta CNRS |
budding yeast, cytokinesis, mitosis, spindle assembly checkpoint, Spindle positioning, mitotic exit network, DMA1, DMA2 | |
Picard, Didier University of Geneva |
breast cancer, dopamine, estrogen, growth factors, molecular chaperones, pheromone, signal transduction, steroid receptor, stress, HSP90 | |
Pichler, Harald Graz University of Technology |
PDR16 | |
Pillus, Lorraine University of California at San Diego |
MYST family, SIR2 and HSTs, SAS2, SAS3, ESA1, SIR3, SET1, ESA1, SAS3, SET1 | |
Pinkham, Jennifer L. University of Massachusetts |
||
Piper, Peter University of Sheffield |
AHA1 | |
Piper, Robert University of Iowa |
endosome, vacuole, HSE1 | |
Piskur, Jure Lund University |
URC2 | |
Plemenitas, Ana University of Ljubljana, Faculty of Medicine |
hyperosmolarity, HOG signal transduction pathway, extremophiles | |
Plon, Sharon Baylor College of Medicine |
checkpoint, chromosome loss | |
Polaina, Julio Consejo Superior de Investigaciones Cientificas |
||
Polevoda, Bogdan University of Rochester Medical Center |
cytochrome c, protein methylation, Protein methyltransferases, N-terminal protein acetylation, N-terminal acetyltransferases, Protein modifications, ARD1, CTM1, HMT1, MAK10, MAK3, MAK31, MDM20, MRF1, MTQ1, MTQ2, NAT1, NAT2, NAT3, NAT5, PET20, SUP45 | |
Polymenis, Michael Texas A&M University |
START, cell growth, cyclin, translation, vacuole, DCR2, GID8 | |
Pon, Liza A. Columbia University |
actin cytoskeleton, mitochondria, myosin I, organelle inheritance, time-lapse microscopy, ARP2, ARP3, JSN1, MDM10, MDM12, MMM1, MYO5, PUF3 | |
Ponticelli, Alfred S. State University of New York at Buffalo |
RNA polymerase II, TFIIF, transcription elongation, transcription initiation, TFIIB | |
Popolo, Laura University of Milan |
Pichia pastoris, cell wall assembly, glycoproteins, glycosylphosphatidylinositol, yeast morphogenesis | |
Portela, Paula Buenos Aires University |
||
Posas, Francesc Universitat Pompeu Fabra |
osmotic stress, signal transduction, MAP kinases, HOG1 | |
Pospisek, Martin Charles University |
dsRNA, linear plasmids, translation, virus | |
Potier, Serge Universite Louis-Pasteur de Strasbourg/CNRS |
||
Poulter, Russell |
||
Powers, Ted UC Davis |
BIT61, TCO89, TSC11 | |
Prakash, Louise University of Texas Medical Branch |
APN2 | |
Prakash, Satya University of Texas Medical Branch |
||
Prasad, Rajendra Jawaharlal Nehru University |
CDR1, transport, yeast | |
Preto, Ana University of Minho |
autophagy, cancer, metabolism, ras | |
Pretorius, Isak S. Australian Wine Research Institute |
invasive growth, pseudohyphal differentiation, filamentation, wine yeast, Starch metabolism, polysaccharide metabolism, wine fermentation, biofuel ethanol, bioethanol, nutrient signalling, MSS11 | |
Price, Virginia |
||
Primig, Michael INSERM |
meiosis, transcription factors, gametogenesis, fertility, non-coding RNAs | |
Pringle, John Stanford University |
||
Prinz, Will |
||
Prochasson, Philippe Evolva SA |
SWI/SNF, chromatin, chromatin remodeling, metabolism, histone, HIR complex, FPP, Mevalonate pathway, Acetyl-CoA, ASF1, HIR1, HIR2, HIR3, HPC2, RTT106, SNF2, SNF5, STH1, SWI1 | |
Proft, Markus CSIC Spain |
||
Pronk, Jack Delft University of Technology |
||
Prusty, Reeta Worcester Polytechnic Institute |
||
Pruyne, David SUNY Upstate Medical University |
BNI1, BNR1, TPM1, TPM2 | |
Pryciak, Peter |
||
Pryciak, Peter M. University of Massachusetts Medical School |
||
Pugh, Tom E & J Gallo Winery |
beer, brewing, brewing yeast, fermentation, wine, wine yeast | |
Puig, Sergi Spanish Council for Scientific Research (CSIC) |
copper, iron, CTR1, CTH2, TIS11 | |
Pulitzer, John F. University of Naples |
chromatin, silencing, thermotolerance, ploidy, HTL1 | |
Pullikuth, Ashok K. Louisiana State University Health Sciences Center |
SEC genes, organelle inheritance, protein transport, trafficking of macromolecules, Rho-ROCK regulators, Golgi function, MAPK signaling | |
Pushpakaran, Dr Prem Raj National Institute of Technology Calicut |
Q | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Qin, Hong (Other last name: Qin) Spelman College |
Natural variation, computational genomics, life span | |
Quon, Tiffani |
||
Qureshi, Tanvir IIT Bombay |
R | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Rabut, Gwenael IGDR, Rennes |
proteasome, Nedd8, RUB1, ubiquitylation, Neddylation, ubiquitin, ASI1, ASI3, CDC53, CUL3, RTT101, RUB1 | |
Rachubinski, Richard University of Alberta |
organelle biogenesis, organelle inheritance, peroxisome, protein trafficking, prions, live-cell video microscopy, PEX34 | |
Rader, Stephen University of Northern British Columbia |
RNA helicase, RNA structure, X-ray crystallography, fluorescence, pre-mRNA splicing, snRNP biogenesis, molecular dynamics, PRP24, SNR14, SNR6 | |
Rafael, Arango Isaza |
||
Raghuraman, Mosur K. University of Washington |
||
Ragnini-Wilson, Antonella (Other last name: Ragnini) University of RomeTor Vergata |
cytokinesis, intracellular trafficking, actin-based motors, Myosin V, Rab/Ypt proteins, myosin light chain, drug mode of action, MLC1, MRS6, YPT32 | |
Rajasekharan, Ram Indian Institute of Science |
lipase, phosphatase, Acyltransferase, ICT1, INO1, PHM8, PLC1, TGL3, TGL4, TGL5 | |
Rajavel, Mathumathi Johns Hopkins Univ |
||
Ram, Arthur University Leiden |
GTPase, fungi, polarized growth, protein secretion, secretory pathway, cell wall biosynthesis | |
Ramezani Rad, Massoud Heinrich-Heine-Universitat Dusseldorf |
||
Ramos, Eugenia H. |
||
Ramsay, Milele University of New Orleans |
||
Rao, Guru |
||
Rao, Rajini Johns Hopkins University School of Medicine |
Ca2+-ATPase, Golgi, H+-ATPase, Na+/H+ exchanger, ion selectivity, ion transport, prevacuolar compartment, antifungal, NHX1, PMR1 | |
Rapaport, Doron Tuebingen University |
MCP1, MCP2 | |
Rashki, Ahmad Salamanca University |
||
Raue, Dick |
||
Raue, Hendrik A. Vrye Universiteit |
processing, rRNA, rRNA-protein interaction, ribosome, ribosome assembly, yeast | |
Raveh, Dina Ben Gurion University of the Negev |
UFO1 | |
Raymond, Wendy E. Williams College |
CDC14, SFP1, PUS4 | |
Raymund, Wellinger |
||
Rayner, Tim F. EMBL-EBI |
||
Reagan, Michael S. St. John's University/College of St. Benedict |
DNA repair, base excision repair, RAD27 | |
Reck-Peterson, Samara Harvard Medical School |
dynactin, dynein, microtubule, ARP1, DYN1, DYN2, DYN3, JNM1, NDL1, NIP100, NUM1, PAC1, PAC11 | |
Reece, Richard J. The University of Manchester |
||
Reese, Joseph C. Penn State University |
DNA damage, SWI/SNF, TFIID, chromatin, repression, transcription, UV resistance, CCR4-Not, TBP | |
Reggiori, Fulvio University Medical CentreUtrecht |
||
Rehfeld, Jens F. |
||
Rehling, Peter Department of Biochemistry II |
mitochondria, protein translocation, TIM, heat shock proteins, membrane complex assembly, BCH2, COA1, COA3, FMP23, FMP25, FMP27, FMP48, FMP52, INA22, MGR3, PAM18, ZIM17, | |
Reinstein, Jochen Max-Planck-Institut |
||
Resnick, Michael National Institutes of Health |
||
Revuelta, Jose L. Universidad de Salamanca |
ABZ2, ATG2, FMN1 | |
Rey, Francisco del Universidad de Salamanca |
cell wall, sporulation, glucanases, EXG1, EXG2, SPR1 | |
Rhodius, Virgil |
||
Riego, Lina Instituto Potosino de Investigacion Cientifica y Tecnologica |
nitrogen metabolism, GCN4, GDH1, GDH3, GLN3 | |
Riekhof, Wayne University of Nebraska - Lincoln |
lipids, metabolism, membranes, Fatty acids, Transporters, ALE1, DNF1, DNF2, LEM3, PBI1 | |
Riezman, Howard University of Geneva |
GPI anchors, alpha factor, coat proteins, endocytosis, lipids, secretion, sphingolipids, ceramide, protein sorting, sterols, GPI10 | |
Rinaldi, Teresa University of Rome 'La Sapienza' |
||
Rine, Jasper University of California, Berkeley |
||
Rischatsch, Riccarda Biozentrum Universitat Basel |
||
Roach, Peter J. Indiana University School of Medicine |
PIG1, PIG2 | |
Robbins, Phil |
cell wall, chitin, glucan, glycosylation | |
Robert, Francois IRCM |
ChIP-chip, H2A.Z, ChIP-Seq, RNA-Seq, RNAPII CTD, HTZ1 | |
Roberts, George Wayne State University |
bioinformatics, gene expression, proteomics, respiration, transcription, translation, microarray, real-time PCR, interactome, biological networks, RSF1, RSF2 | |
Roberts, Ian N. NCYC |
biodiversity, culture collection, strain characterisation | |
Roberts, Jim |
||
Robine, Nicolas Institut Curie |
||
Robinson, Anne (Other last name: Skaja) University of Delaware |
||
Robinson, Lucy C. Louisiana State University Health Sciences Ctr |
GFP, casein kinase 1, vesicular trafficking, bud morphogenesis, YCK1, YCK2 | |
Rodrigues-Pousada, Claudina New University of Lisbon, ITQB |
budding yeast, stress, oxidative, Metal, AP-1 like factors, YAP8 and YAP5, YAP1 | |
Rodriguez-Gil, Alfonso Universidad de Sevilla |
||
Rodriguez-Navarro, Susana Centro de Investigacion Principe Felipe |
nucleocytoplasmic transport, chromatin remodeling, mRNA, transcription, DUB, Export, SAGA complex, SGF11, SGF73, SRC1, SUS1, UBP8 | |
Roeder, G. Shirleen Howard Hughes Medical Institute |
checkpoint, chiasmata, chromosome structure, chromosome synapsis, homolog pairing, recombination, recombination nodules, synaptonemal complex, telomere, ZIP2 | |
Rolfe, Mark |
||
Rolfes, Ronda J. Georgetown University |
gene expression, purine nucleotide biosynthesis, regulatory mechanisms, PHO2, BAS1, BAS2 | |
Roncero, Cesar Universidad de Salamanca |
cell wall, chitin, stress response | |
Rosbash, Michael Brandeis University |
||
Rose, Mark D. Princeton University |
cell fusion, conjugation, karyogamy, kinesin, microtubules, spindle pole body, nuclear fusion, ARP1, ARP10, CDC31, FUS1, FUS2, FUS3, KAR1, KAR2, KAR3, KAR4, KAR5, KAR9, PRM3, RVS161 | |
Rosebrock, Adam University of Toronto |
genomics, transcription, microarray, G0, G1/S | |
Rosenwald, Anne G. Georgetown University |
ARF, arl, endocytosis, secretion | |
Rosenzweig, Frank University of Montana |
catabolite repression, evolution, genetic polymorphism, genomics, glucose transport, adaptation, microarray | |
Rospert, Sabine Universitat Freiburg |
NAT5 | |
Ross-Macdonald, Petra B. Bristol-Myers Squibb |
||
Rossell, Carlos Eduardo Vaz Copersucar technology Center |
alcohol, sugar | |
Roth, Frederick P. Harvard Medical School |
||
Rothstein, Rodney Columbia University Medical Center |
Helicase, genome stability, recombination, topoisomerase, topology, gene disruption, allele replacement, RNR regulation, checkpoints, synthetic dosage lethality, CSM2, IRC10, IRC11, IRC13, IRC14, IRC15, IRC16, IRC2, IRC3, IRC4, IRC5, IRC6, IRC7, IRC8, IRC9, PSY3, RAD52, RMI1, SGS1, SHU1, SHU2, SML1, TOP3 | |
Rout, Mike Rockefeller University |
karyopherins, nuclear pore complex, nuclear transport, nucleoporin, NUP159 | |
Rowland, Benjamin The Netherlands Cancer Institute |
mitosis, cohesin, ECO1, IRR1, MCD1, PDS5, RAD61, SMC1, SMC3 | |
Roy, Nilanjan ARIBAS |
bioenergetics, oxidative stress, proteomics, Sirtuins, Caloric Restriction, ATP2, CSR2, SIR2 | |
Ruby, Stephanie W. University of New Mexico School of Medicine |
DNA-damage inducible genes, coordination of transcription and splicing, pre-mRNA splicing, spliceosome assembly, USA1 | |
Rudolf, Schweyen |
||
Rudolph, Hans K. University of Stuttgart |
||
Ruis, Helmut University of Vienna |
HOT1 | |
Ruiz-Manzano, Ana MPI-CBG |
||
Runge, Kurt W. The Lerner Research Institute |
DNA binding protein, ZDS, length, regulation, silencing, telomere, RAP1, TEL1, TEL2 | |
Ruscetti, Tracy Stanford University |
rDNA | |
Russell, Peter J. Reed College |
replication, virus | |
Rutter, Jared University of Utah |
PSK1, PSK2, RBS1, UGP1 | |
Ryan, Kathryn Texas A&M University |
||
Ryan, Mike |
||
Ryley, James Unviersity of Texas Health Science Center |
bioinformatics, fibroblasts, sensescence, telomerase, yeast | |
Rymond, Brian Biology Department |
pre-mRNA splicing, snRNA, snRNP, spliceosome, CLF1, PRP38, PRP39, PRP42, SMD1, SMD3, SPP381, SPP382, SQS1, YSF3 | |
Rytka, Joanna Polish Academy of Sciences |
S | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Sa-Correia, Isabel Centro de Engenheria Biologica e Quimica, Instituto Superior Tecnico |
AQR1, AZR1, QDR1, QDR2, QDR3 | |
Sacher, Michael Concordia University |
BET3, BET5, TRS120, TRS130, TRS20, TRS23, TRS31, TRS33, TRS65, TRS85 | |
Sachs, Alan B. University of California at Berkeley |
LSM1, PAN3 | |
Sachs, Matthew Oregon Health & Science University |
||
Saerens, Sofie Katholieke Universiteit Leuven |
brewing, fermentation, wine, Flavor, ester metabolism, applied yeast research, ATF1, ATF2, EEB1, EHT1 | |
Sagot, Isabelle CNRS |
actin cytoskeleton, polarity, proteasome, stationary phase | |
Sahi, Chandan Indian Institute of Science Education and Research-Bhopal |
prions | |
Saito, Haruo University of Tokyo |
Two-component signal transducer, histidine kinase, osmoregulation, protein phosphatase, signal transduction, protein kinases, scaffold, HOG, CDC42, HKR1, HOG1, MSB2, OPY2, PBS2, PTC2, PTP2, SHO1, SLN1, SSK1, SSK2, SSK22, STE11, STE20, STE50, YPD1 | |
Saitoh, Yoh-hei Kyushu University |
BRL1 | |
Salmon, E.D. |
||
Saltiel, Alan |
||
Samanta, Manoj Systemix Institute, CA |
ACF4, BSP1, EDC3, EHD3, GID7, GTT3, GYL1, HOS4, HRT3, HUA1, HUA2, MAG2, MBB1, MOH1, MUK1, NAB6, NNF2, NOP6, PET10, RPN14, RTS3, SNO4, SOR2, UTP30, YIP4, YIP5, YPT35 | |
Samson, Leona |
||
San-Segundo, Pedro A. CSIC/Universidad de Salamanca |
DNA damage, checkpoint, chromatin, nucleolus, recombination, silencing, sporulation, meiosis, DOT1, PCH2 | |
Sancar, Gwendolyn B. University of North Carolina at Chapel Hill |
DNA damage, DNA repair, transcriptional regulation, RPH1 | |
Sanders, Sylvia L. MIT |
asymmetry, budding, cytokinesis, polarity, actin | |
Sandmeyer, Suzanne |
||
Sandmeyer, Suzanne B. University of California |
RNA polymerase III, retrotransposon, tRNA genes, Ty3 | |
Santangelo, George University of Southern Mississippi |
nucleoporin, repression, ribosomal protein, unigenic evolution, activation, reverse recruitment, leucine zipper, coiled coil, glycolytic enzyme, GAL4, GCR1, GCR2, GDT1, HXK2, MIG1, NUP84, RAP1, SNF1 | |
Santos, Carlos Universidad Pablo de Olavide |
||
Sanyal, Kaustuv JNCASR |
Kinetochore, chromosome segregation, kinetochore | |
Sanz, Pascual Instituto de Biomedicina de Valencia CSIC |
YPI1 | |
Sarnow, Peter Stanford University |
||
Sasai, Masaki |
||
Sattlegger, Evelyn Massey University |
Protein kinase, amino acids, uncharged tRNA, GCN1, YIH1 (aka YCR059C), CDC28, GCN2, actin, eEF1A, eEF3 | |
Sauer, Michael fh campus wien, University of Applied Sciences |
organic acids, environmental stress, white biotechnology | |
Sauer, Norbert University of Erlangen |
membrane transport, VHR1 | |
Sauer, Uwe Swiss Federal Institute of Technology |
biotechnology, metabolic flux, metabolic network, quantitative physiology, systems biology | |
Saunders, William S. University of Pittsburgh |
EMI1, EMI2, GET1, GET2, HTD2, PFS1, RIM4, RMD1, RMD5, RMD6, RMD8, RMD9, SLK19, SWF1 | |
Saveanu, Cosmin Institut Pasteur |
MAK11, NAM7, NMD2, NOG1, NOG2, NSA2, RLP24, RPL24A, RPL24B | |
Schaerer, Florian Santhera Pharmaceuticals (Schweiz) Ltd |
||
Schaffrath, Raffael Universitat Kassel |
cell proliferation control, reversible protein phosphorylation, tRNA modification and cleavage, ubiquitin-related modification, ATS1, CHS3, CHS5, CHS6, CHS7, DPH1, DPH2, EFT1, EFT2, ELP2, ELP3, ELP4, ELP6, HRR25, IKI1, IKI3, KTI11, KTI12, PMA1, SAP155, SAP185, SAP190, SAP4, SIT4, SKT5, UBA4, URM1 | |
Schekman, Randy W. Univ. of California |
chitin ring, chitin synthase, chitosome, coat proteins, polypeptide translocation, retrograde transport, vesicle budding, vesicle targeting, protein sorting, CHS3, CHS5, CHS6, SAR1, SEC24 | |
Schiebel, Elmar Zentrum fur Molekulare Biologie (ZMBH) |
CDC14, KAR9, KIN4, NBP1, SPC72, SPC97, SPC98, TUB4 | |
Schiestl, Robert H. UCLA |
deletion mutagenesis, genetic toxicology, homologous recombination, illegitimate recombination, molecular carcinogenesis, nonhomologous recombination | |
Schlenstedt, Gabriel Saarland University |
nucleocytoplasmic transport, nuclear pore complex | |
Schloesser, Thomas Consortium fuer elektrochemische Industrie |
AGX1 | |
Schmid, Andreas |
||
Schmidt, Kristina University of South Florida |
DNA damage checkpoint, DNA repair, recombination, Genome instability, DNA Helicases | |
Schmidt, Martin C. University of Pittsburgh |
ELM1, GAL83, SAK1, SIP1, SIP2, SNF1, TOS3 | |
Schmidt, Udo University of Technology |
group II introns, ribozymes, nuclear encoded mitochondrial splicing factors, MRH4 | |
Schmidt, Walter K. University of Georgia |
proteases, isoprenylation, a-factor, AXL1, MFA1, MFA2, RAS1, RAS2, RCE1, STE23, STE24, YDJ1 | |
Schmitt, Hans Dieter Max-Planck-Institute for Biophysical Chemistry |
coatomer, SNARE proteins, Golgi-ER retrieval, tethering factors, DSL1p - ZW10, DSL1, SEC20, SEC22, SEC39, SLY1, TIP20, UFE1, USE1 | |
Schmitt, Mark SUNY Upstate Medical University |
RNase MRP, RNase P, cell cycle control, mRNA stability, mitochondrial RNA import, RMP1 | |
Schmitz, Hans-Peter University Osnabruck |
formins, Ashbya gossypii, polar growth, comparative functional studies | |
Schneiter, Roger Division of Biochemistry |
lipid trafficking/remodeling, very-long-chain fatty acids, Membrane homeostasis, Membrane domains, Protein soring | |
Schott, Daniel Harvard University |
cytoskeleton, myosin, MYO2, actin | |
Schroeder, Stephanie C. Webster University |
||
Schuldiner, Maya Weizmann Institute |
BIL1, BUG1, GET1, GET2, GET3, YPF1, | |
Schuldiner, Shimon |
||
Schuller, Hans-Joachim University of Greifswald |
transcription, phospholipid biosynthesis, CAB1, CYC8, FAS1, FAS2, INO1, INO2, INO4, MLS1, OPI1, SIN3 | |
Schultz, Mike C. University of Alberta |
DNA repair, acetylation, chromatin, phosphorylation, ribosomal RNA, tRNA, transcription, CK2, TBP, APC5 | |
Schwab, ME |
||
Schwacha, Anthony |
||
Schweizer, Lilian Heriot-Watt University |
nucleotide metabolism, fatty acid metabolism | |
Schwob, Etienne Institute of Molecular Genetics |
replication origins, CDK regulation, CDK targets, DNA replication checkpoint, DNA combing | |
Schuller, Christoph University of Natural Resources and Life Sciences, Vienna |
TOR, transcription, prions, stress signaling, Candida glabrata, trichothecenes, MSN2, COM2 | |
Sclafani, Robert A. University of Colorado Health Sciences Center |
CDK, DNA replication, Helicase, Protein kinase, MCM proteins, CDC7/DBF4, RAD53, Licensing, Nucleotide synthesis | |
Scuric, Zorica UCLA School of Medicine, Los Angeles |
||
Sean, Eddy |
||
Sedgwick, Steven G. Nat'l Inst. for Med. Research |
||
Segal, Marisa University of Cambridge |
cyclin dependent protein kinase, polarity, spindle morphogenesis | |
Segarra, Veronica High Point University |
||
Segev, Nava University of Illinois at Chicago |
||
Seipelt, Rebecca Middle Tennessee State University |
RNA processing, snRNA | |
Sentenac, Andre |
||
Seraphin, Bertrand CNRS |
HNT1, HNT2, LSM1, LSM2, LSM3, LSM4, LSM5, LSM6, LSM7, LSM8, MAK31, SMB1, SMD1, SMD2, SMD3, SME1, SMX2, SMX3 | |
Serio, Tricia Brown University |
prions | |
Serra, Eduard Institut de Medicina Predictiva i Personalitzada del Cancer (IMPPC) |
homologous recombination, QTL, complex trait, cancer syndrome, mutation rate | |
Sesaki, Hiromi Johns Hopkins University School of Medicine |
fusion, mitochondria, Division, DNM1, MGM1, NUM1, PCP1, UGO1, UPS1, UPS2, UPS3 | |
Sese, Jun University of Tokyo |
||
Shadel, Gerald Yale University School of Medicine |
RNA polymerase, RNA processing, gene expression, mitochondria, mtDNA, signaling, transcription, translation, DNA replication and repair | |
Shannon, Jeffrey Greenwich High School |
dominant negative, ras, DSS4, SEC4 | |
Shannon, Katie University of Missouri-Rolla |
cytokinesis, myosin, actin, IQG1, MLC1, TEM1 | |
Sharon, Amir Tel Aviv University |
||
Shaw, Janet M. University of Utah |
GTPase, fission, fusion, mitochondria, morphology, motility, organelle, transport, membranes, actin, DNM1, FIS1, FZO1, GEM1, MDM30, MDV1, MFB1, MGM1, MMR1, MYO2, NUM1, UGO1, YPT11 | |
Shen, Zhiyuan |
BCP1 | |
Sherlock, Gavin Stanford University |
microarray | |
Sherwood, Matthew University of Nottingham |
mitochondria, nucleus, yeast, Matrix triphosphatase | |
Sherwood, Peter W. Hofstra University |
genetics, protein trafficking, signal transduction, epigenetics, history of science, GSF2 | |
Shima, Jun National Food Research Institute |
high-sucrose stress, EOS1 | |
Shimizu, Kikuo Osaka University |
mutagenesis, radiation, POL4, POL2, POL3, replication fidelity | |
Shimizu, Mitsuhiro Meisei University |
Nucleosome, chromatin, transcription, DNA structure, Protein-DNA interaction | |
Shimoi, Hitoshi National Research Institute of Brewing |
AWA1, BIO6, DCW1 | |
Shirahige, Katsuhiko The University of Tokyo |
DNA damage, DNA polymerase, DNA recombination, DNA replication, Origin Recognition Complex, checkpoint, chromosome partition, initiation, chromosome VI | |
Shore, David Dept. of Molecular Biology, University of Geneva |
Rif proteins, telomere, Transcription factor, RAP1 protein, ribosomal protein gene, telomerase regulation | |
Sia, Elaine (Other last name: Ayres) University of Rochester |
DNA recombination, DNA repair, mitochondrial DNA | |
Sia, Rey A. State University of New York at Brockport |
||
Siede, Wolfram Santa Fe BioLabs LLC |
DNA repair, RAD genes, cell cycle checkpoint, CHK1, RAD30 | |
Siekhaus, Daria Institute of Science and Technology Austria |
||
Sieving, Paul |
||
Silberstein, Susana Catedra de Microbiologia IBYF-CONICET Facultad de Agronomia UBA |
N-linked glycosylation, chaperones, endoplasmic reticulum, oligosaccharyltransferase | |
Silver, Pamela Harvard Medical School |
||
Simpson, David Sunrise Science Products |
prions | |
Simpson, Robert T. Penn State University |
chromatin, methyltransferase, minichromosome | |
Sinclair, David A. Harvard Medical School |
silencing, telomeres, NAD, calorie restriction, SGS1, SIR2, NPT1, NMA1, PNC1, NMA1, NMA2, NNT1 | |
Singer, Richard A. Dalhousie University |
ARF, RNA polymerase II, chromatin, stationary phase, transcription, vesicular transport, ARF GAP | |
Singer, Robert H. |
||
Singer-Krueger, Birgit Universitaet Stuttgart |
BSP1 | |
Singh, Keshav K. Roswell Park Cancer Institute |
DNA damage, DNA repair, cancer biology, disease, genetics, mitochondria, mitochondrial DNA, mutation, radiation | |
Singh, Rakesh Kumar Florida State University |
DNA repair, double-strand break repair, histones, radiation, yeast, PFGE | |
Sinha, Himanshu Tata Institute of Fundamental Research |
evolution, Complex traits | |
Sinha, Pratima Bose Institute |
Kinetochore, chromosome segregation, repair, CHL1, mcm, CHL1, CHL4, CTF19, IML3, MCM16, MCM21, MCM22 | |
Sivaraman, Indira University of Alabama at Birmingham |
||
Sivashanmugam, Karthikeyan |
||
Sjogren, Camilla |
||
Skaar, David Duke University |
||
Skibbens, Robert V. Lehigh University |
DNA repair, transcription, Sister chromatid cohesion, rfc, CHL1, SCO1/SCO2, ECO1/CTF7, Cohesion establishment, acetyltransferase, PCNA, CHL1, CTF18, ECO1, ELG1, MPS3, PDS5, POL30, RFC5 | |
Skoneczny, Marek Institute of Biochemistry and Biophysics PAS |
||
Skotheim, Jan Stanford University |
||
Slayman, Carolyn W. Yale School of Medicine |
||
Slayman, Clifford L. Yale University |
NSC channels, Neurospora, TRK1, TRK2, fluorescent probes, giant yeast, patch clamping, CCH1, DUK1, PMA1, YVC1, TOK1 | |
Sleep, Darrell Delta Biotechnology, Ltd. |
protein expression, proteolysis, secretion, post-translational modifications, plasmid replication, strain selection and improvement | |
Small, Gillian M. City College of CUNY |
signaling, transcriptional regulation, phosphate, peroxisomes, lipid, DCI1 | |
Smith, Jeffrey S. University of Virginia |
chromatin, rDNA, silencing, NAD, SIR2, LCL1, LCL2, LCL3, RRT1, RRT12, RRT13, RRT14, RRT15, RRT16, RRT2, RRT5, RRT6, RRT7, RRT8 | |
Smith, M. Mitchell University of Virginia |
chromatin, histone, HTZ1, SNF12 | |
Smith, O. |
||
Smith, Sterling CCCC |
||
Smits, Gertien J. University of Amsterdam |
Heat stress, acquired stress resistance, cross-tolerance, cell wall stress, weak acid stress | |
Snyder, Michael Stanford University |
EDS1, TOS1 | |
Solomon, Frank M.I.T. |
chaperones, microtubules, mitosis, prefoldin, tubulin | |
Solomon, Mark Yale University |
HSL1, PTCs, Anaphase Promoting Complex (APC), CDC20, CDC28, CAK1, CDH1, PTC4, PTC5 | |
Sommer, Thomas |
||
Song, Kiwon Yonsei University |
IBD2 | |
Sontheimer, Erik J. |
||
Soontorngun, Nitnipa King Mongkut's University of TechnologyThonburi |
gene regulation, Saccharomyces cerevisiae, zinc cluster regulator, TOG1, ZNF1 | |
Sorger, Peter K. Massachusetts Institute of Technology |
centromere, kinetochore, mitosis, mitotic checkpoint, spindle, CBF3 | |
Sorribas, Albert University of Lleida |
||
Spang, Anne Biozentrum, University of Basel |
polarity, protein transport, secretion, GAPs and GEFs, small GTPases, SNAREs, mRNA transport and metabolism, BCH1, BCH2, MST27, MST28 | |
Speck, Christian MRC Clinical Sciences Centre, Imperial College |
Helicase, ORC, initiation, polymerase, MCM2-7, pre-RC, pre-IC, CDC6, MCM2, ORC1, SLD2, TAH11 | |
Spencer, Forrest Johns Hopkins University School of Medicine |
chromosome stability, spindle checkpoint, functional maps, tag microarrays, DNA replication /damage checkpoints | |
Sprague, George F. University of Oregon |
cell polarity, transcription regulation, MAP kinase cascades, pheromone response, filamentation | |
Springer, Sebastian Jacobs University Bremen |
||
Stagljar, Igor Centre for Cellular and Biomolecular Research (CCBR), University of Toronto |
DNA repair, DNA replication, functional genomics, proteomics | |
Stahl, Guillaume CNRS |
luciferase, readthrough, recoding, suppression, translation, pseudoknot, frameshift, accuracy, pre-ribosome, Export | |
Stajich, Jason E. University of California, Riverside |
evolution, Comparative genomics | |
Staley, Jonathan University of Chicago |
RNA, snRNA, spliceosome, splicing, DEAD-box, pre-mRNA, small nuclear RNA | |
Stamler, Jonathan |
||
Stamper, Ronald Johns Hopkins Bloomberg School of Public Health |
GPI anchor, glycosylphosphatidyl inositol, RAS2 | |
Stanley, Grant |
||
Stansfield, Ian University of Aberdeen |
SUP35, SUP45 | |
Stark, Michael John Raymond University of Dundee |
chromosome segregation, protein phosphatase, spindle assembly checkpoint, BIR1, DPH6, GLC7, IPL1, MAD3, NBL1, SDS22, SLI15 | |
Stearns, Tim Stanford University |
ALF1, TUB4 | |
Steinmetz, Lars M. |
||
Stellwagen, Anne Boston College |
||
Stepien, Piotr University of Warsaw |
||
Sternglanz, Rolf SUNY |
ELP3, ESC1, ESC2, HAT1, HIF1, HPA2, HPA3, NAT4, NET1, PAA1, RTT107, TOF1, TOF2, YIF1, YIP1 | |
Stevens, Scott W. University of Texas at Austin |
mRNA splicing, ribosome biogenesis, snRNP, snoRNP, spliceosome, DIB1, LSM5, LSM6, LSM7, PRP43, RAT1, SNU13, SNU23, SNU66 | |
Stevens, Tom H. University of Oregon |
SNF7, SRN2, STP22, VAM7, VPS53 | |
Stillman, Bruce Cold Spring Harbor Laboratory |
||
Stillman, David J. University of Utah |
gene regulation, repression, transcription, RMI1, STB4, STB5, STB6, ZDS2 | |
Stirling, Colin University of Manchester |
chaperones, protein translocation, secretion, ER, SIL1 | |
Stirling, Douglas A. University of Dundee |
MID2, NUF1, CMD1, SLG1, SLG1 | |
Stirling, Peter British Columbia Cancer Agency |
chromosome instability | |
Stochaj, Ursula McGill University |
||
Stolz, Juergen Technical University Munich |
transport proteins, vitamin metabolism, pyridoxine, biotin, pantothenate, riboflavin, vitamin sensing, BIO2, BIO3, BIO4, BIO5, BPL1, FEN2, MCH5, TPN1, VHT1 | |
Stone, David E. University of Illinois at Chicago |
signal transduction, adaptation, pheromone response, STE4, GPA1 | |
Storici, Francesca Georgia Institute of Technology |
gene targeting, RNA-mediated DNA repair, gene therapy | |
Strahl, Brian D UNC Chapel HIll |
RNA polymerase II, chromatin, gene transcription, histone methylation, SET2, Histone Code | |
Strasser, Katja University of Munich |
mRNA, transcription, translation, Export, TREX, CTK1, GBP2, HPR1, HRB1, MEX67, MFT1, SWT1, TEX1, THP2, YRA1 | |
Strathern, Jeffrey N. NCI, CCR, Frederick Cancer Research and Development Center |
polymerase, recombination, regulation, replication | |
Strich, Randy S. Rowan School of Osteopathic Medicine |
oxidative stress, proteolysis, transcription, meiosis, programmed cell death, AMA1, MDV1, SSN3, UME1, UME6 | |
Strobel, Scott |
||
Strome, Erin Northern Kentucky University |
||
Strubin, Michel C.M.U. / University of Geneva |
||
Struhl, Kevin Harvard Medical School |
chromatin, gene expression, protein-DNA interactions, signal transduction, transcriptional activation, transcriptional initiation, transcriptional repression, YAP5, YAP6, YAP7 | |
Stukey, Joseph Hope College |
||
Sturgill, Thomas University of Virginia |
phosphorylation, MAP kinases, protein kinases, Protein Phosphatases | |
Sturley, Stephen L. Columbia University |
ARE1, ARE2, ARV1, AUS1, LRO1 | |
Subik, Julius Comenius University |
ABC transporters, Candida albicans, Kluyveromyces lactis, cardiolipin, mitochondria, regulation of gene expression, transcription, Saccharomyces cerevisiae, drug resistance, Candida glabrata | |
Subramani, Suresh University of California, San Diego |
autophagy, organelle biogenesis, peroxisomes, peroxisome diseases, organelle turnover | |
Sugimoto, Katsunori Rutgers University, New Jersey Medical School |
RFC5, PIE1, HYS2 | |
Sugino, Akio Osaka University |
DNA polymerase, DNA repair, DNA replication, cell cycle control, chromosome, enzymology, recombination | |
Sun, Zu-Wen Vanderbilt University School of Medicine |
chromatin, histones, methylation, silencing, transcription, ubiquitination, BRE1, HHT1, HTB1, RAD6 | |
Sunnerhagen, Per Goteborg University |
MAP kinase, checkpoint, signal transduction | |
Surana, Uttam IMCB |
NDD1 | |
Suzuki, Chise National Institute of Livestock and Grassland Science |
GET1, PKR1, SPF1 | |
Suzuki, Katsunori Hiroshima University |
||
Suzuki, Tadashi Graduate School of Sciences, University of Toyko. |
PNG1 | |
Svejstrup, Jesper Q. Cancer Research UK London Research Institute |
Elongator, transcription-coupled repair, Histone acetyltransferase, transcript elongation, DEF1, ELP2, ELP3, ELP4, ELP6 | |
Swanson, Mark Jude Mercer University School of Medicine |
transcription, co-activators, histone deacetylases, GCN4 | |
Swede, Marci Long Island University, Post |
TOR, rapamycin, stress granules, FPR1, | |
Sweeney, Frederic D. Samuel Lunenfeld Research Institute |
||
Swiegers, Hentie The Australian Wine Research Institute |
carnitine acetyltransferases, wine yeast, carnitine biosynthesis, flavour-active yeast, thiol metabolism, YAT2 | |
Sychrova, Hana Czech Academy of Sciences |
Pichia sorbitophila, Zygosaccharomyces rouxii, transport systems, NHA1 | |
Symington, Lorraine S. Columbia University |
DNA recombination, DNA repair, PTC1, RAD59, USO1 | |
Szyszka, Ryszard John Paul II Catholic University of Lublin |
ASF1, CKA1, CKA2, CKB1, CKB2, ELF1, FIP1, SOD1, SVF1 |
T | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Tabak, Henk |
||
Tabak, Henk F. Academisch Medisch Centrum |
||
Tachikawa, Hiroyuki the University of Tokyo |
||
Taddei, Angela Institut Curie |
||
Takahashi, Yoshimitsu NCI/NIH |
NFI1, SIZ1, UIP3, UIP4, UIP5 | |
Tamame, Mercedes C.S.I.C./Universidad de Salamanca |
RPL33A | |
Tamas, Markus J. University of Gothenburg |
gene expression, kinases, protein degradation, toxicity, transport, Protein aggregation, detoxification, arsenic, metals/metalloids, ARR1, ARR3, FPS1, GSH1, HOG1, HSP104, RPN4, YAP1, YCF1 | |
Tanaka, Kazuma Institute for Genetic Medicine, Hokkaido University, |
FPK1 | |
Tanaka, Tomoyuki University of Dundee |
||
Taneja, Vibha Institute of Genomics and Integrative Biology |
||
Tang, Fusheng The University of Arkansas at Little Rock |
myosin, VAC17p, PEST, VAC8p, actin | |
Tanghe, An K.U.Leuven - VIB |
frozen dough, lignocellulosic biomass, industrial yeast strains, bio-ethanol, high gravity brewing, strain improvement | |
Taron, Chris New England Biolabs, Inc. |
Aspergillus, Candida albicans, GPI anchor, cell wall, expression, inositol, Saccharomyces cerevisiae, S. pombe | |
Tatchell, Kelly Lousiana State University Health Sciences Center |
||
Tavares, Flavio University Of Sao Paulo - ESALQ/USP |
biotechnology, genetics, proteome, yeast, Quantitative, Epistasis | |
Taverna, Sean D The Johns Hopkins University School of Medicine |
PDP3 | |
Teixeira, M. Teresa CNRS |
DNA recombination, DNA repair, DNA replication, telomerase, telomere, Replicative senescence | |
Teng, Shu-Chun National Taiwan University College of Medicine |
DNA recombination, DNA repair, chromatin structure, telomere | |
Tenjo, Fernando Virginia Commonwealth University |
protein-protein interactions | |
Teunissen, A. W. R. H. DSM Biotechnology Center |
fermentation, xylose, arabinose | |
Theesfeld, Chandra University of California, San Diego |
||
Thevelein, Johan |
||
Thevelein, Johan M. KU Leuven & VIB |
cAMP, protein kinase A, ras, nutrient sensing, industrial yeast strains, Complex traits, Transceptors, Stress tolerance, Polygenic analysis, bioethanol production, BCY1, CDC25, CTT1, CYR1, FPS1, GAP1, GLC7, GPA2, GPD1, GPR1, HSP26, IRA1, IRA2, MSN2, MSN4, PHO84, PPH21, PPH22, RAS1, RAS2, REG1, RGS2, RPL25, RTS1, SCH9, SDC25, SNF1, SRV2, SUL1, SUL2, TPK1, TPK2, TPK3, TPS1, TPS2, TPS3, TSL1 | |
Thibault, Guillaume Nanyang Technological University |
protein quality control, Metabolic diseases, Lipid disequilibrium | |
Thiele, Dennis J. Duke University Medical Center |
copper, mRNA, stress, transcription, transport, trafficking, heat shock factors, hsps | |
Thireos, Georges IMBB-FORTH |
SWI/SNF, SAGA, GCN5 | |
Thomas, Collin Collin College |
prions | |
Thomas, David Y. McGill University |
protein folding, protein targeting, signal transduction, calnexin | |
Thompson, Jeffrey S. Denison University |
DNA repair, acetylation, chromatin, histones, methylation, silencing, BRE1, DOT1, HHF1, HHF2, HHT1, HHT2 | |
Thoms, Sven University Medical Center Gottingen |
||
Thoraval, Didier Henri Universite Bordeaux 2 / CNRS |
||
Thorner, Jeremy W. University of California |
G proteins, nucleocytoplasmic transport, Protein phosphorylation, calcium regulation, phosphoinositides, receptors, scaffolding proteins, signal transduction, protein kinases, septins, APP1, CDC10, CDC11, CDC12, CDC3, CLA4, DIG1, DIG2, DNF1, DNF2, DNF3, FPK1, FRQ1, FUS3, GIN4, HOG1, HSL1, HSL7, KCC4, KEX2, KIN82, KSS1, MOT1, ORM1, ORM2, PIK1, PKC1, PKH1, PKH2, SHS1, SKM1, SST2, STE13, STE2, STE20, STE5, YPK1, YPK2 | |
Thorpe, Peter MRC National Institute for Medical Research |
||
Thumm, Michael Georg-August-University Goettingen |
ATG1, ATG18, ATG21, ATG22, ATG3, ATG4, ATG8, ATG9 | |
Thuriaux, Pierre Centre D'Etudes Nucleaires De Saclay |
RNA polymerase I, RNA polymerase II, RNA polymerase III | |
Timson, David J. Queen's University Belfast |
IQGAP, cytoskeleton, enzymology, metabolism, radiation, galactose, Split-GFP, BiFC assays, CDC42, CMD1, GAL1, GAL10, GAL3, GAL4, GAL7, GAL80, IQG1, IRE1, LOT6, MLC1, PFK1, PFK2 | |
Tipper, Donald J. Univ. of Massachusetts Med. Sch. |
SPF1, STE24 | |
Tisi, Renata University of Milano-Bicocca |
Protein localization, glucose sensing, stress sensitivity, calcium levels, CCH1, CDC25, MID1, PLC1, RAS2 | |
Titorenko, Vladimir Concordia University, Biology Department |
organelle biogenesis, lipid metabolism, longevity, anti-aging compounds | |
Tiwari, Rashi University of Fribourg |
SAY1 | |
Toczyski, David P. UCSF |
||
Tollervey, David University of Edinburgh |
NAF1, NOP53, NOP7, NOP9, RRP12, RRP4, RRP40, RRP42, RRP43, RRP45, RRP46, SKI6 | |
Tomar, Raghuvir S. Indian Institute of Science Education and Research Bhopal (IISERB) |
||
Tomaska, Lubomir Comenius University |
Candida albicans, Endomyces (Dipodascus) magnusii, Protein phosphorylation, Yarrowia lipolytica, mitochondria, mitochondrial DNA, morphogenesis, telomere, Williopsis | |
Tomoyuki, Tanaka |
||
Torok, Tamas Lawrence Berkeley National Laboratory |
||
Torres, Matthew Georgia Institute of Technology |
ELM1, GPA1, RSP5 | |
Torres-Ramos, Carlos A. University of Puerto Rico Medical Sciences Campus |
||
Torres-Rosell, Jordi University of Lleida |
SMC5, SMC6 | |
Townsend, Jeffrey |
||
Trotter, Pamela J. Augustana College |
fatty acid, lipids, metabolism, transport, glutamate | |
Troyanskaya, Olga G. Princeton University |
AIM32, AIM33 | |
True, Heather (Other last name: True-Krob) Washington University School of Medicine |
translation, prions | |
Trueheart, Joshua DSM Nutritional Products |
||
Truman, Andrew University of North Carolina at Charlotte |
DNA damage, cancer, chaperones, phosphorylation, proteomics, Hsp70, CRISPR-CAS9, interactions, HSP90, HSC82, HSP82, SSA1, SSA2, SSA3, SSA4, YDJ1 | |
Tsai, Ming-Daw |
||
Tsukiyama, Toshio Fred Hutchinson Cancer Research Center |
chromatin, chromatin remodeling, transcription, histone, IOC2, IOC3, IOC4, ISW1, ISW2, ITC1 | |
Tu, Benjamin UT Southwestern Medical Center |
cell growth, metabolism, redox, yeast metabolic cycle, ERO1 | |
Tuite, Mick F. University of Kent |
endoplasmic reticulum, molecular chaperones, prions, translation termination, protein disulphide isomerase, mistranslation | |
Tumer, Nilgun Rutgers University |
||
Tung, Kuei-Shu Oliver Inst. Mol. Cell. Biol., National Taiwan Univ. |
||
Tunnacliffe, Alan |
||
Turcotte, Bernard McGill University |
ASG1, ERT1, RDR1, RDS1, RDS2, RDS3 | |
Turkel, Sezai Uludag University |
stress response, transcriptional regulation, HXT Genes, Ty Elements, Industrial Enzymes, Glucose signaling, Ribosomal frameshift, GCR1, HXT2, NTH1, PHO85, SUC2, TPS1 | |
Turker, Mustafa |
||
Tye, Bik-Kwoon Cornell University |
DNA replication, cell cycle regulation, transcription, ubiquitin mediated regulation, genome-wide expression regulation | |
Tyers, Mike Samuel Lunenfeld Research Institute |
CDK, SCF, filamentous growth, cell size, mating pheromone, ubiquitin, DIG1, DIG2, FRK1, KDX1, LGE1, MDM30, NNK1, RTK1, VPS51, WHI5 |
U | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Uetz, Peter Forschungszentrum KA |
||
Ugalde, Unai University of The Basque Country |
fermentation, fusion, plasma membrane, secretion, sporulation | |
Ulrich, Helle Cancer Research UK |
SUMO, DNA damage tolerance, RAD6 pathway, ubiquitin | |
Untereiner, Wendy A. |
||
Urano, Jun Gevo, Inc |
||
Urbinati, Carl R. Loyola Marymount University |
ribonucleoproteins, RNA localization, ASH1, LOC1, MYO4, SHE2, SHE3 |
V | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Vale, Ron |
||
Valentini, Sandro Sao Paulo State University - UNESP |
LIA1, SIA1 | |
Vallen, Elizabeth A. Swarthmore College |
||
Van Attikum, Haico Leiden University Medical Center |
DNA damage, DNA repair, DNA replication, checkpoint, chromatin, chromatin remodeling, histone modification | |
van den Hondel, Cees |
||
van den Hondel, Kees |
||
van Dijck, Patrick Flemisch Interuniv Insitute for Biotechnology (VIB)/K U Leuven |
trehalose, G protein-coupled receptor, nutrient signaling | |
van Dyk, Dewald University of Toronto |
filamentous growth, kinases, phosphorylation, proteomics, nutrient sensing, Pseudohyphal development, synthetic dosage lethality, synthetic genetic array, FLO11, MSS11 | |
van Heusden, G. Paul H. Leiden University |
14-3-3 proteins, signal transduction, Agrobacterium, Potassium homeostasis, BMH1, BMH2, FIN1, TGL2 | |
van Hoof, Ambro University of Texas Health Sciences Center |
CSL4, REX3, REX4 | |
Van Laere, Stijn Centre for Malting and Brewing Science; Katholieke Universiteit Leuven |
lipid particles, fruitiness, O-acetyltransferase, ester biosynthesis, ATF1, ATF2 | |
van Leeuwen, Fred Netherlands Cancer Institute |
chromatin, methyltransferase, silencing, histone | |
van Tilbeurgh, Herman CNRS- Universite de Paris XI |
bioinformatics, repair, crystallography, structural genomics, interaction | |
Van Vuuren, Hennie J. J. University of British Columbia |
fermentation, gene expression, malate metabolism, wine yeasts | |
Vanacova, Stepanka Masaryk University |
||
Vanoni, Marco Universit` di Milano-Bicocca |
biotechnology, FAR1, Kexin, CLN3, CDC25 | |
Varshavsky, Alexander California Institute of Technology |
N-end rule, fungi, mouse, proteolysis, yeast, ubiquitin | |
Vaupotic, Tomaz University of Ljubljana, Faculty of Medicine, Institute of Biochemistry |
mitochondria, osmoadaptation, proteomics, differential gene expression, extreme environments, HMG1, HMG2, HOG1, MET22 | |
Vazquez de Aldana, Carlos R. Universidad de Salamanca |
cell wall, sporulation, glucanases | |
Vega, Leticia R. Barry University |
||
Velours, Jean CNRS |
ATP17, ATP18 | |
Verdine, Gregory |
||
Verrips, C. Theo |
||
Verrips, Theo C |
||
Vershon, Andrew K. Rutgers University |
DNA-binding specificity, MADS-box proteins, deacetylases, homeodomains, protein interaction, sporulation, transcriptional regulation, meiosis, Antisense transcription, ASG7, PRY1, PRY2, PRY3, RFM1, RME2, RME3 | |
Verstrepen, Kevin J Harvard University |
ester, fermentation, flocculation, Flavor, repeats, FLO11, ATF1, ATF2, FLO1, MUC1, ATF1, ATF2, EHT1, FLO1, FLO10, FLO11, FLO5, FLO9, RAD27, TIR4 | |
Vertino, Paula |
||
Verwaal, Rene DSM Food Specialties |
||
Vida, Thomas Univ of Texas Medical School |
SVL3 | |
Vijayraghavan, Usha Indian Institute of Science |
splicing, PRP17, PRP24 | |
Villa-Garcia, Manuel J San Diego LHH |
ADO1, GRE3, HXK2, INO1, OPI1 | |
Vilo, Jaak |
||
Visser, Wouter Academic Medical Centre, University of Amsterdam |
metabolism, transport, peroxisomes | |
Vizeacoumar, Franco University of Toronto |
||
Voelker, Dennis |
||
Vogel, Jackie McGill University |
cytoskeleton, kinases, microtubules, phosphatases, AME1, TUB4, SGA, KAR9, AME1, KAR9, TUB4 | |
Volkert, Michael U Mass Medical School |
OXR1 | |
Volschenk, Heinrich University of Stellenbosch |
||
Voytas, Dan Iowa State University |
integrase, retrotransposon, reverse transcriptase, Ty5 | |
Vulpe, Chris |
||
Vyas, Valmik K. Whitehead Institute for Biomedical Research |
W | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Wahls, Wayne P. University of Arkansas for Medical Sciences |
chromosome dynamics, chromosome pairing, chromosome segregation, genetic recombination, homologous recombination, recombination hotspot | |
Walden, William |
||
Walmsley, Richard M. |
||
Walter, Peter University of California at San Francisco |
||
Walther, Andre Cedar Crest College |
||
Walther, Tobias Max Planck Inst for Biochemistry |
endocytosis, actin patches, eisosomes, organelle homeostasis | |
Wang, Chao-Wen Institute of Plant and Microbial Biology, Academia Sinica |
||
Wang, Ting-Fang Academia Sinica |
DNA recombination, meiosis | |
Ward, John M. University of Minnesota |
||
Warner, Jonathan R. Albert Einstein College of Medicine |
mRNA splicing, ribosomal RNA, ribosomal protein, ribosome, transcription, translation | |
Watanabe, Yoshinori Tokyo University |
chromosome, heterochromatin, kinetochore, meiosis, cohesin, SGO1 | |
Wegele, Harald Roche Diagnostics GmbH |
molecular chaperones, Saccharomyces cerevisiae, heat shock proteins, Hsp70, ATPase activity, two hybrid, Biacore, HSP90 | |
Wei, Xiao |
||
Weil, Peter Anthony Vanderbilt University |
RNA polymerase II, RNA polymerase III, TAFs, TFIID, TFIIIB, General transcription factors, TBP, TAF10 | |
Weinert, Ted University of Arizona |
||
Weinreich, Michael Van Andel Research Institute |
||
Weis, Karsten |
||
Weisman, Lois S. University of Michigan |
organelle biogenesis, organelle inheritance, vacuole, phosphoinositide signalling, FAB1, FIG4, MYO2, VAC14, VAC17, VAC7, VAC8 | |
Weiss, Eric Northwestern University |
cell polarity, checkpoint, morphogenesis, chemical genetics, protein kinases, actin, ACE2, BEM1, BNI1, CBK1, CDC24, CDC42, CLA4, FIR1, HYM1, KIC1, MOB2, MPT5, SOG2, SSD1, STE20, TAO3 | |
Weissman, Jonathan UCSF |
RQC1 | |
Wellinger, Raymund J. Universite de Sherbrooke |
||
Weng, Shuai Stanford University |
SGD | |
Wente, Susan Vanderbilt University Medical School |
RNA export, inositol, nuclear export, nuclear import, nuclear pore complex, nuclear transport, organelle assembly, nuclear envelope, nuclear membrane | |
Werner, Michel CEA |
RNA polymerase, transcription, Physiogenomics | |
Werner-Washburne, Margaret C. University of New Mexico |
NQM1, SNO1, SNO2, SNO3, SNZ1, SNZ2, SNZ3, SPG1 | |
Wessels, J. G. H. |
||
Westerhoff, H.V. Free University |
||
Westermann, Benedikt Universitaet Bayreuth |
||
Westfall, Patrick J. Amyris Biotechnologies |
||
Wheals, Alan University of Bath |
||
White, Charles CNRS |
DNA repair, recombination, meiosis, telomeres | |
White, Ted Seattle Biomedical Research Institute |
Aspergillus, Candida, antifungals, efflux pumps, ergsterol metabolism, Cryptococcus, sterols, ECM22, ERG1, ERG11, ERG2, ERG3, PDR5, UPC2 | |
Whiteway, Malcolm NRC Biotechnology Research Institute |
kinases, G protein, ARD1, OPY2, STE18, STE20, STE4 | |
Wickens, Marvin University of Wisconsin-Madison |
PUF3, PUF4, PUF6 | |
Wickner, Reed B. National Institutes of Health |
KEX, MAK, RNA replication, SKI, TUP, URE3, assembly, translation, virus packaging, URE2 | |
Wickner, William Dartmouth Medical School |
ATPase, GTPase, SNARE, fusion, vacuole, membrane, Rab/Ypt, calcuim, VAM10 | |
Wilkinson, Keith |
||
Wilkinson, Martha L. University of Rochester |
MORF | |
Williams-Hart, Tara LSUS |
ion transport, kinase, phosphatase, GLC7, PMA1, YCK2 | |
Willis, Ian Albert Einstein College of Medicine |
RNA polymerase III, transcriptional regulation, regulation of cell growth, Synthetic genetics, Stress signaling pathways, MAF1 | |
Willis, Kristine A. Georgetown University |
||
Wilson, David University of California |
X-ray crystallography, structural biology, WD repeat, WD40 | |
Wilson, Tom Univ of Michigan Medical School |
double-strand break repair, non-homologous end-joining, TPP1 | |
Wilson, Wayne A. Des Moines University |
||
Winderickx, Joris Katholieke University, Leuven |
PKA, TOR, Modeling neurodegeneration, Ras-cAMP, RIM15 | |
Winey, Mark University of Colorado - Boulder |
spindle pole body, electron microscopy, CDC28, CNM67, MPS1, NUD1, SPC29, SPC42 | |
Winge, Dennis R. University of Utah |
copper homeostasis, metal ion chaperones, metalloregulation, metalloregulatory proteins, cytochrome oxidase assembly, iron-sulfur clusters, COA1, COA2, COA4, MZM1, | |
Winkelmann, Guenther University of Tuebingen |
ARN1, ARN2, ENB1 | |
Winston, Fred Harvard Medical School |
SPT genes, chromatin, gene expression, genome stability, histones, transcription, ELF1, HTA1, HTA2, HTB1, HTB2, MOT3, NRG1, NRG2, SPT10, SPT20, SPT21, SPT3, SPT4, SPT5, SPT6, SPT7, SPT8, SRG1 | |
Winther, Jakob R. Carlsberg Laboratory |
||
Winzeler, Elizabeth A. Genomics Institute of the Novartis Research Foundation |
genome analysis | |
Witt, Stephan LSU Health Sciences Center |
aggregation, apoptosis, endocytosis, mitochondria, vacuole, chaperone, alpha-synuclein, reactive oxygen species, YPP1 | |
Wittenberg, Curt The Scripps Research Institute |
G1 cyclins (CLNs), cell cycle regulated transcription, cyclin dependent protein kinase, ubiquitin-dependent proteolysis, MSA1, MSA2, NRM1 | |
Wolf, Dieter H. Universitaet Stuttgart |
proteases, proteasome, vacuole, catabolite degradation, ER degradation, "ERAD", protein quality control, vacuolar proteolysis, ubiquitin, CIC1, CPS1, DER1, DFM1, FYV10, PRB1, PRC1, PRD1, PRE1, PRE2, PRE3, PRE4, PRE5, PRE6, RMD5, UBC8, UBP14, VID24, VID30, YOS9 | |
Wolfe, Kenneth H. Trinity College Dublin |
genome organization, molecular evolution, gene duplication, gene order evolution | |
Wolin, Sandra Yale University School of Medicine |
TRR4, TRT2 | |
Wollin, Daniel Williams College |
||
Woodgate, Rodger |
||
Woolford, John L. Carnegie Mellon University |
ribosome assembly, CIC1, DRE2, NOP15, NOP16, NSA1, NSA2 | |
Workman, Jerry L. |
||
Woychik, Nancy A. UMDNJ-Robert Wood Johnson Medical School/Rutgers University |
RNA polymerase, gene regulation, transcription | |
Wriessnegger, Tamara ACIB GmbH |
||
Wright, Robin L. University of Washington |
||
Wu, Carl |
||
Wykoff, Dennis Villanova University |
PHO90, PHO91 | |
Wymore, Farrell Stanford University |
X | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Xiao, Wei University of Saskatchewan |
DDI1, DDI2, DDI3, MGT1, MMS1, MMS2, MMS4 | |
Xie, Zhongwen University of Kentucky |
||
Xin, Bi |
Y | ||
---|---|---|
Researcher | Associated Links | Keywords and Associated Gene Names |
Yaffe, Michael P. University of California |
mitochondria, MDV1 | |
Yamamoto, Takaharu Institute for Genetic Medicine, Hokkaido University, |
actin cytoskeleton, cell polarity | |
Yang, Hongyuan National University of Singapore |
NSG1, NSG2 | |
Yaseen, Nabeel |
||
Yazgan, Oya University of Alaska Anchorage |
||
Yeh, Elaine UNC-Chapel Hill |
||
Yellman, Christopher University of Texas at Austin |
homologous recombination, mitosis, mitotic exit, spindle checkpoint, chromatin immunoprecipitation, CDC14, CDC55, SLK19, SPO12 | |
Yenush, Lynne Polytechnic University of Valencia |
||
Yeong, Foong May National University of Singapore |
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Yiap, Beow Chin International Medical University |
apoptosis, DSN 1, DSN1 | |
Yoda, Koji Department of Biotechnology, University of Tokyo |
cell wall, protein translocation, DGK1, GVP36, KEG1, KEI1, MPM1, RCR1, RCR2, SKG1, SKG3, SKG6, SVP26, TVP15, TVP18, TVP23, TVP38 | |
Yokoyama, Kazuya |
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Yong-Gonzales, Vladimir Memorial Sloan-Kettering Cancer Center |
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York, John D. Duke University/HHMI |
X-ray crystallography, bipolar disorder, inositol, signal transduction, transcription, vesicular traffic, metabolomics, lithium pharmacology, nuclear function, phosphoinositide, ARG82, FIG4, INP51, INP52, INP53, INP54, IPK1, KCS1, PLC1, SAC1 | |
Young, Barry University of British Columbia |
membranes, ER, SCS2, SEC63 | |
Young, Dallan University of Calgary |
YNG1, YNG2 | |
Young, Elton T. (Ted) University of Washington |
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Young, Richard A. Whitehead Institution for Biomedical Research |
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Yu, Cailin SUNY at Albany |
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Yu, Michael C. SUNY at Buffalo |
protein arginine methyltransferase, HRP1, HMT1, RMT1, NPL3 | |
Yu, Yi-Tao University of Rochester Medical Center |
RNA modification, RNA-protein interaction, mRNA splicing, spliceosomal snRNA, PUS7 | |
Yuan, Daniel S. Johns Hopkins University School of Medicine |
ZRG17, ZRG8 | |
Yun, Cheol-Won Korea University |
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Yuste Rojas, Maria Bodegas Miguel Torres S.A |
biotechnology, oenology, winemaking | |
Yvert, Gael CNRS |
Z | ||
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Researcher | Associated Links | Keywords and Associated Gene Names |
Zachariae, Wolfgang Max-Planck-Institute of Molecular Cell Biology and Genetics, Dresden |
cyclin degradation, mitosis, proteolysis, Anaphase Promoting Complex (APC), ubiquitin, APC11, APC2, APC4, APC5, APC9 | |
Zakerbostanabad, Saeed IAU University |
molecular genetics, mutation, Sequencing, DNA RNA, Western blot, SDS-Page, Protein Extraction | |
Zakian, Virginia A. Princeton University |
chromosome, telomere, Trinucleotide repeats | |
Zakian, virginia |
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Zappulla, David C. Johns Hopkins University |
DNA replication, RNA, chromosome, ribonucleoprotein, silencing, telomerase, telomere, replication timing, nuclear periphery, flexible scaffold, ARS305, CDC13, ESC1, EST1, EST2, EST3, HMR, RTT107, SIR4, TLC1, YKU70, YKU80 | |
Zaremberg, Vanina University of Calgary |
GPT2 | |
Zeitlinger, Julia Stowers Institute |
functional genomics, microarrays, chips, cellular network | |
Zeman, Igor Comenius University |
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Zeyl, Clifford Wake Forest University |
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Zgaga, Zoran Faculty of Food Technology and Biotechnology, Laboratory of Biology and Microbial Genetics |
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Zhang, Yanbin University of Miami |
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Zhang, Yi |
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Zhao, Richard Yuqi University of Maryland School of Medicine |
apoptosis, nuclear transport, virology, S. pombe, prions, cell cycle G2/M regulation, HIV-1, anti-cancer, expression vectors | |
Zhao, Shengkai Cancer Research UK, London Research Institute |
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Zhao, Xiaolan Rockefeller Univ |
NSE5 | |
Zhao, Xin-Qing Dalian University of Technology |
ethanol production, flocculation, ethanol tolerance | |
Zhou, Cong-Zhao University of Science and Technology of China (USTC), China |
autophagy, oxidative stress, structural genomics | |
Zhou, Jim American Type Culture Collection |
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Zhouravleva, Galina St. Petersburg State University |
termination of translation, SUP35, SUP45 | |
Zimmermannova, Olga (Other last name: Kinclova) Institut of physiology CzAcadSci |
plasma membrane, potassium, sodium, transport, yeast | |
Zinjarde, Smita |
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Zitomer, Richard S. University of Albany/SUNY |
chromatin, hypoxia, general stress response, transcripional repression | |
Zoladek, Teresa Institute of Biochemistry and Biophysics Polish Academy of Sciences |
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Zupan, Blaz |