Candida Laboratories
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Candida Laboratories |
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The Candida Labs Page is a list of laboratories working on Candida around the world. Candida colleagues are invited to enter their colleague information into CGD using the Colleague Submission/Update Form. The page displays contact information, links to web pages, gene names and keywords as provided by Candida colleagues. Please use the Colleague Submission/Update Form to update your colleague information in CGD.
This search is case insensitive. If desired, use the wildcard character (*) within any search term.
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| Number of Candida Labs displayed: 230 |
| A | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Agarwal, Ameeta University of Mississippi | ||
| Ahmad, Ausaf University of Rochester Medical Center | ||
| Akins, Robert Wayne State University | Virulence, Resistance | |
| Allingham, John Queen's University | ||
| Alverdy, John | ||
| Amin, Magdy Ali | ||
| Anderson, Matthew Z The Ohio State University | filamentation, Evolution, oral candidiasis, gene families, genetic variation | |
| Atkin, Audrey L. University of Nebraska - Lincoln | Virulence, quorum sensing, Farnesol, Morphogenesis and Signaling | |
| Austriaco, O.P., Nicanor Providence College | programmed cell death, apoptosis, autophagy | |
| B | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Bader, Oliver University Medical Center Gottigen | ||
| Bates, Steven University of Exeter | ||
| Becker, Jeff U. Tennessee | peptide transport, pheromone receptor, pheromone, virulence factors | |
| Bennett, Richard Brown University | pheromone, karyogamy, Virulence, mating, phenotypic switching | |
| Berman, Judith University of Minnesota | ||
| Bilitewski, Ursula Helmholtz Centre for Infection Research | systems biology, protein expression, metabolic networks | |
| Bito, Arnold University of Salzburg | meiosis | |
| Blankenship, Jill University of Nebraska at Omaha | septin, cell wall, caspofungin, protein kinase | |
| Bliss, Joseph Women & Infants Hospital, Brown University | ||
| Boekhout, Teun | ||
| Brand, Alexandra University of Aberdeen | Calcium, Tropism, Hypha, Polarity, BEM1, BEM1, CCH1, CCH1, CDC24, CDC24, CDC42, CDC42, FIG1, FIG1, MID1, MID1, RSR1, RSR1, YVC1, YVC1 | |
| Briones, Marcelo Universidade Federal de Sao Paulo | Phylogeny, Molecular Evolution, Gene expression, Candida | |
| Brock, Matthias | ||
| Brown, Alistair University of Exeter | Virulence, systems biology, stress responses, signalling processes, metabolic adaptation, immune evasion, MNL1 | |
| Bruno, Vincent University of Maryland School of Medicine | Genetics, Pathogenesis, RNA-seq, Transcriptome | |
| Buscaino, Alessia University of Kent | epigenetics, Chromatin, DNA repeats | |
| Butler, Geraldine University College Dublin | Virulence, biofilm, mating, genomics | |
| C | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Cai, Yang The Research Institute for Children, Children's Hospital, New Orleans | ||
| Calderone, Richard Georgetown University | GOA1, GOA1 | |
| Cannon, Richard University of Otago | Membrane proteins, Drug efflux, Adhesion, Virulence, Drug resistance | |
| Castano, Irene IPICYT | silencing, MTL, clinical isolates, alfa factor, SIR2, SIR3, Ku70, Ku80, silencer | |
| Chaffin, W. LaJean Texas Tech University Health Sciences Center | IRA2, IRA2, OXR1, OXR1, PNC1, PNC1, RAD50, RAD50, TMA19, TMA19 | |
| Chauhan, Neeraj Rutgers University | AED1, PWP7, SRR1, Two component signal transduction, mitochondria, Adhesins | |
| Chen, Sharon C-A | ||
| Cho, Tamaki Fukuoka Dental College | biofilm, heat shock protein, antifungal peptide, MSI3, CGR1, calcium binding protein | |
| Chong, Pei Pei University Putra Malaysia | Antifungal resistance, pathogenicity, Gene expression, Candida, Diagnostics, protein expression, host response | |
| Cleary, Ian Grand Valley State University | ||
| Coenye, Tom Ghent University | Gene expression, Adhesion, biofilm, quorum sensing | |
| Coleman, David Dublin Dental University Hospital, University of Dublin, Trinity College | Candida dubliniensis, Candida leukoplakia, Antifungal drug resisytance, APECED | |
| Correa-Bordes, Jaime Universidad de Extremadura | yeast-hypha transition, cell wall, CDC14, Septins, CBK1 | |
| Cota, Ernesto Imperial College London | Adhesion, Biofilms, Als adhesins, Attachment, Amyloids, Peptide-binding, X-ray crystallography, Aggregation, NMR | |
| Cowen, Leah University of Toronto | ||
| Cramer, Robert A Geisel School of Medicine at Dartmouth | hypoxia | |
| Crous, Pedro | ||
| D | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| D'Enfert, Christophe | ||
| d'Enfert, Christophe Institut Pasteur | ||
| Datta , Asis | ||
| Davis, Dana University of Minnesota | RIM101, pH sensing, gene silencing, MDS3, pH adaptation, phenotypic switching, Pathogenesis | |
| De Groot, Piet University of Castilla-La Mancha | ||
| Dean, Neta Stony Brook University | endoplasmic reticulum, Glycosylation, cell wall, secretion, Golgi | |
| del Castillo Agudo, Lucas Universidad de Valencia | Gene expression, Epidemiology, cell wall proteins, RPSO, Diagnostics | |
| Dietrich, Fred | ||
| Diezmann, Stephanie University of Bristol | Virulence, Candida, stress responses, Kinases, Network, HSP90, Genetic Interactions, Evolution, Caenorhabditis elegans | |
| Distel, Ben | ||
| Douglas, Cameron Merck & Co., Inc. | cell wall, echinocandin, caspofungin, 1,3-beta D glucan | |
| Duggan, Seana MRC Centre for Medical Mycology | ||
| E | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Edgerton, Mira SUNY at Buffalo | Histatins, anti-fungal mechanisms, defensins | |
| F | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Farley, Peter Massey University | germ tube formation, serum, SQAPI | |
| Filler, Scott David Geffen School of Medicine at UCLA | immune response, Candida albicans, Candida glabrata, Aspergillus fumigatus, host cell invasion, endothelial cells, epithelial cells | |
| Fink, Gerald Whitehead Institute/MIT | quorum sensing, filamentation, epigenetic regulation | |
| Fleig, Ursula | ||
| Flores-Carreon, Arturo Universidad de Guanajuato | N-glycosylation, ERAD, alpha-glucosidase, Quality control, alpha-mannosidase, O-glycosylation, endplasmic reticulum | |
| Forche, Anja Bowdoin College | ||
| G | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Gabaldon, Toni Centre for Genomic Regulation | Genome evolution, Phylogenetics, Phylogenomics | |
| Gabriel, Kip | ||
| Gacser, Attila University of Szeged | Virulence, Candida parapsilosis, immunology, secreted enzymes, lipases, proteinases | |
| Gale, Cheryl University of Minnesota | morphogenesis, hyphal guidance, tissue invasion | |
| Gil, Concha Universidad Complutense de Madrid, Spain | host-pathogen interaction, immune response, Candida, Diagnostics, macrophages, phosphoproteomics, membrane, vaccine, Proteomics, apoptosis | |
| Gourlay, Campbell University of Kent | stress response, biofilm formation, signal transduction, apoptosis, mitochondria, actin | |
| Gow, Neil University of Aberdeen | chitin, Candida, Glycosylation, Fungal molecular genetics, Zoosporic oomycetes, Cell polarity, Virulence and pathogenesis, Fungal immunology | |
| Gygax, Scott | ||
| H | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Hall, Rebecca University of Birmingham | host-pathogen interactions, cell wall, Environmental adaptation, Polymicrobial interactions | |
| Hanes, Steve | ||
| He, Bin University of Iowa | stress response, gene regulatory network, regulatory evolution, Commensalism, phosphate starvation | |
| Heitman, Joseph Duke University | meiosis, cryptococcus, signal transduction, basidiomycetes, mating type locus, Calcineurin, Tor, sexual reproduction, Candida lusitaniae, rapamycin | |
| Hickman, Meleah Emory University | Genetics, Evolution, Ploidy, genome stability, parasex | |
| Hogan, Deborah Dartmouth Medical School | quorum sensing, morphogenesis, bacterial-fungal interactions, communitites | |
| Hoyer, Lois University of Illinois at Urbana-Champaign | Adhesion, ALS gene family, cell wall glycoproteins, biofilm formation | |
| Hube, Bernhard Hans Knoell-Institute (HKI) and Friedrich Schiller University Jena (FSU) | virulence factors, Gene expression, host-pathogen interactions, phagocytosis, invasion, proteases, transcriptional profiling, iron aquisition, infection models, damage | |
| J | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Jacobsen, Ilse D. Leibniz Institute for Natural Product Research and Infection Biology | ||
| Janbon, Guilhem Institut Pasteur | cryptococcus, glabrata, silencing, biofilm, albicans | |
| Jenkinson, Howard University of Bristol | Biofilms, Adherence, Surface proteins, Cell-cell signaling | |
| Jiang, Linghuo School of Biotechnology, Jiangnan University | Calcium, Transporters, Protein phosphatases, Cadmium, Protein kinases, TIP41 | |
| Jiang, Yuanying Second Military Medical University | MCA1, MCA1, OYE32, OYE32, RTA2, RTA2, THI13, THI13, TOP2, TOP2 | |
| Jiang, Yuanying | ||
| Johnson, Alexander UCSF | ||
| Johnson, Douglas I. University of Vermont | signaling pathways, Biofilms, budded-to-hyphal transition, small molecule inhibitors | |
| Johnston, Mark | ||
| Joyce, Paul Concordia University | tRNA nucleotidyltransferase | |
| K | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Kadosh, David University of Texas Health Science Center at San Antonio | Virulence, Filamentous growth, Morphology | |
| Karl, Kuchler | ||
| Karuppayil, Sankunny DYP | Drug combinations, Drug repositioning, Drug resistance, morphogenesis, Biofilms, Natural molecules, Secondary metabolites, Ergosterol Biosynthesis | |
| Kaur, Rupinder Centre for DNA Fingerprinting and Diagnostics, Hyderabad | ||
| Khalaf, Roy Lebanese American University | ||
| Kirkpatrick, David T. University of Minnesota | DNA repair, Recombination | |
| Knight, Simon Drexel University | FRE10, FRE10 | |
| Kohler, Gerwald Oklahoma State University | Drug resistance, ABC transporter, Phospholipase, IMP dehydrogenase | |
| Komath, Sneha Sudha Jawaharlal Nehru University | antifungal drugs, GPI anchor Biosynthesis, Hyphal Morphogenesis, Adhesins, Ergosterol Biosynthesis | |
| Konopka, James Stony Brook University (SUNY) | morphogenesis, septin, GlcNAc, eisosome, MCC domain, plasma membrane | |
| Kornitzer, Daniel Technion - I.I.T. | iron, heme, cell wall, cell cycle, CFEM protein, ubiquitin, SCF, CDC4 | |
| Krom, Bastiaan University Medical Center Groningen | MCA1, MCA1 | |
| Kruppa, Mike East Tennessee State University | quorum sensing, cell wall glucan, Candida-bacterial interactions, cell wall mannan | |
| Kuchler, Karl Medical University Vienna | Antifungal Drug Resistance Mechanisms, Chromatin Modification, Signaling & Gene Regulation, Phagocytes, Host Immune Response, Candida spp, Fungal Systems Biology, Animal Models, Interferon Signaling, Genome-scale Deletion Collection | |
| Kumamoto, Carol Tufts University | DFI1, DFI1, DRG1, DRG1 | |
| Kumar, Anuj University of Michigan | genomics, Proteomics, Functional Genomics, hyphal development, RAM pathway | |
| Kumar, Navin Graphic Era University, Dehradun | Molecular target, Functional analysis, Candida albicans, Candida glabrata, hypoxia | |
| Kurzai, Oliver ZIK Septomics, AG Fungal Septomics | ||
| L | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Lee, Samuel A. University of Nevada Reno | Vacuole, Virulence, filamentation, membrane trafficking, secreted aspartyl proteases, protein secretion, bioinformatics, Vacuolar ATPase | |
| Lee, Samuel A. Geisel School of Medicine at Dartmouth | Vacuole, Virulence, filamentation, membrane trafficking, secreted aspartyl proteases, protein secretion, bioinformatics, Vacuolar ATPase | |
| Leibundgut-Landmann, Salome ETH Zurich, Insistute of Microbiology | Th17, Immune response to Candida, IL-17, T cell response, antigen-specificity | |
| Lenardon, Megan University of New South Wales, Sydney | chitin, cell wall, antifungals, microbial therapeutics, GI colonisation | |
| Lionakis, Michail NIH | macrophages, Innate immunity, mucosal candidiasis, chemokines, systemic candidiasis, neutrophils, monocytes | |
| Lithgow, Trevor | ||
| Liu, Haoping University of California, Irvine | NGS1 | |
| Ljungdahl, Per O. Stockholm University | signal transduction, Secreted aspartic proteases, SPS sensor, Membrane-localized chaperones, Inner nuclear membrane proteins, Amino acid permeases, CSH3, CSH3, SSY5, SSY5, STP1, STP1, STP2, STP2 | |
| Lopez-Ribot, Jose UTSA | Pathogenesis, Biofilms, Anti-virulence | |
| Lorenz, Mike Univ. of Texas Health Science Center | ||
| Lue, Neal Weill Medical College of Cornell University | telomere, ribonucleoprotein, telomerase, STN1, Tert, TEN1, RAP1, CDC13, TER1, Ku complex | |
| Lukaszewicz, Marcin University of Wroclaw | biofilm, biosurfactants, methanogenesis, PDR, antimicrobial activity, MDR | |
| M | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| MacCallum, Donna University of Aberdeen | Pathogenesis, disease development, antifungal therapy | |
| Mackay, Gordon | ||
| Macreadie, Ian RMIT University | cell cycle, prions, protein misfolding, ergosterol synthesis, mitochondria | |
| Magee, Pete University of Minnesota | ||
| Manzoor, Nikhat Medical Mycology Lab, Dept. of Bioscience | antifungal drug targets, multidrug resistance in infectious diseases, antimicrobial drug discovery, natural products | |
| Maria Molina, Martin | ||
| McBride, Anne Bowdoin College | protein methylation, RNA-binding protein, nucleocytoplasmic transport, SLR1, SLR1 | |
| McNabb, David University of Arkansas | DNA-protein interactions, CCAAT-binding factor, Candida, Transcription | |
| Meyer, Wieland University of Sydney | cryptococcus, Phylogeny, MLST, DNA barcoding | |
| Mitchell, Aaron P. Carnegie Mellon University | biofilm, Disseminated infection, Genetics, Mucosal infection, Transcription, cell wall, ALS3, ALS3, BCR1, BCR1, CAS5, CAS5, GCA2, GCA2, SKO1, SKO1 | |
| Mohan, Karuppayil S. | ||
| Mora-Montes, Hector M. Universidad de Guanajuato | N-glycosylation, ERAD, alpha-glucosidase, endoplasmic reticulum, Quality control, alpha-mannosidase, O-glycosylation, glycosylhydrolases, cell wall, immune recognition, CWH41, CWH41, KTR2, KTR2, MNS1, MNS1, MNT3, MNT3, MNT4, MNT4, ROT2, ROT2 | |
| Moragues, Maria Dolores Univ. Pais Vasco | Candida albicans, Candida dubliniensis, serologic diagnosis, invasive fungal infection | |
| Moran, Gary Dublin Dental University Hospital | ||
| Morrissey, John | ||
| Morschhauser, Joachim | ||
| Morschhauser, Joachim University of Wurzburg | ||
| Munro, Carol University of Aberdeen | chitin, fungal cell wall, mannosyltransferase, cell wall proteins, echinocandin resistance | |
| Murayama, Somay Kitasato Institute for Life Sciences, Kitasato University | pathogenicity, desaturase, protease | |
| Mylonakis, Eleftherios Massachusetts General Hospital, Harvard University | ||
| N | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Naglik, Julian King's College London | Virulence, Candida, Pathogenesis, Innate immunity, transcription factors, cytokines, Epithelium, Mucosa, HIV, hypha formation | |
| Nantel, Andre National Research Council of Canada | ||
| Natarajan, Krishnamurthy Jawaharlal Nehru University | Virulence, gene regulation, Transcription, transcription factors, Functional Genomics, Coregulators, Evolution of transcriptional regulation | |
| Nickerson, Kenneth University of Nebraska | ||
| Nislow, Corey University of Toronto | ||
| Nosek, Jozef Comenius University | ||
| O | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Odds, Frank University of Aberdeen | virulence factor, MLST, antifungal agent, Candida | |
| P | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Panwar, Sneh Jawaharlal Nehru University | mitochondria, GPCR-like proteins | |
| Parra, Karlett University of New Mexico, SOM | ||
| Passeron, Susana IBYF-CONICET | PDK, PKA, biofilm, cAMP, signal transduction, morphogenesis, glycogen metabolism, stress | |
| Perez, J. Christian University of Texas Health Science Center | Gene expression, Virulence, Transcription, Pathogenesis, Evolution, Regulator, Commensalism, Gene network | |
| Pla, Jesus Dep. Microbiologia II, Fac. Farmacia, UCM, Madrid | ||
| Pohl, Carolina University of the Free State | biofilm, fatty acids, prostaglandin E2, polymicrobial biofilm, arachidonic acid, signaling | |
| Popolo, Laura Universita degli Studi di Milano | stress response, morphogenesis, Septum formation, Glucan remodeling | |
| Poulter, Russell | ||
| Prasad, Rajendra Membrane Biology Laboratory, School of Life Sciences, Jawaharlal Nehru University | CDR1, lipidomics, MDR | |
| Pruthi, Dr. Vikas | ||
| Q | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Quindos, Guillermo Universidad del Pais Vasco / Euskal herriko Unibertsitatea | biofilm, Candida, Pathogenesis, Candidiasis, Diagnosis, Treatment, Antifungal agents, Mechanisms of resistance, Caenorhabditis, Galleria | |
| Quinn, Janet Newcastle University | oxidative stress responses, HOG1 signalling | |
| R | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Ramage, Gordon University of Glasgow | biofilm, SAP expression, Mucosal immunity | |
| Rao, Reeta WPI | ||
| Rasheed, Mubashshir Centre for DNA Fingerprinting and Diagnostics | ||
| Raymond, Martine Institute of Research in Immunology and Cancer (IRIC) | AHR1, AHR1, ARG81, ARG81, ARG83, ARG83, ASG1, ASG1, CAT8, CAT8, CTA7, CTA7, CTF1, CTF1, DAL81, DAL81, ECM22, ECM22, GAL4, GAL4, LEU3, LEU3, LYS14, LYS14, LYS142, LYS142, LYS143, LYS143, LYS144, LYS144, MRR1, MRR1, MRR2, PPR1, PPR1, PUT3, PUT3, RGT1, RGT1, STB5, TEA1, TEA1, UGA3, UGA3, UGA32, UGA32, UGA33, UGA33, UME6, UME6, UME7, UME7, WAR1, WAR1, WOR2, WOR2, ZCF1, ZCF1, ZCF10, ZCF10, ZCF11, ZCF11, ZCF13, ZCF13, ZCF14, ZCF14, ZCF15, ZCF15, ZCF16, ZCF16, ZCF17, ZCF17, ZCF18, ZCF18, ZCF19, ZCF19, ZCF2, ZCF2, ZCF20, ZCF20, ZCF21, ZCF21, ZCF22, ZCF22, ZCF23, ZCF23, ZCF24, ZCF24, ZCF25, ZCF25, ZCF26, ZCF26, ZCF27, ZCF27, ZCF28, ZCF28, ZCF29, ZCF29, ZCF3, ZCF3, ZCF30, ZCF30, ZCF31, ZCF31, ZCF32, ZCF32, ZCF34, ZCF35, ZCF35, ZCF38, ZCF38, ZCF39, ZCF39, ZCF4, ZCF4, ZCF5, ZCF5, ZCF6, ZCF6, ZCF7, ZCF7, ZCF8, ZCF8, ZCF9, ZCF9 | |
| Reichner, Jonathan Rhode Island Hospital | beta-glucan, neutrophil | |
| Richard, Mathias L. INRA | Macrophage, GPI proteins, pH signalling pathway, host pathogen interaction, cell wall | |
| Riekhof, Wayne University of Nebraska - Lincoln | fatty acids, phospholipids, phosphate starvation, nutrient regulation, membranes, desaturases, BTA1, BTA1 | |
| Roberts, David D. NIH | cell adhesion, differentiation, candidemia, fibronectin, mating, host-pathogen cross talk, heme metabolism | |
| Rodriguez-Iglesias, Manuel Puerta del Mar Univ Hosp, University of Cadiz | biofilm, MALDI-TOF, sequencing identification | |
| Rolfes, Ronda Georgetown University | filamentation, hyphae formation, BAS1, BAS1, GRF10, GRF10 | |
| Romo, Jesus The University of Texas at San Antonio | Candida albicans, Candida glabrata, Biofilms, Gastrointestinal, Polymicrobial, transkingdom, Clostridioides difficile, drug discovery, Microbiome/Mycobiome | |
| Rosenwald, Anne Georgetown University | ||
| S | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| S. Mohan, Karuppayil | ||
| Sadhale, Parag P. Indian Institute of Science | Gene expression, host-pathogen interactions, Transcription, Virulence and pathogenesis, CWPs in Candida | |
| Safan, Amal Eissa | ||
| Sanglard, Dominique University Hospital Lausanne | Candida, Transcription, Pathogenesis, Resistance, Calcineurin, TAC1, TAC1 | |
| Sanyal, Kaustuv JNCASR | Centromeres, centromeric histones, Kinetochores, epigenetics | |
| Schaller, Martin University of Tuebingen | ||
| Schmid, Jan Massey University | virulence factors, reproductive biology, pathogenicity determinants, transmission, hypermutable contingency genes, genomics, evolutionary biology, population genetics, general purpose genotypes | |
| Schmidt, Martin Des Moines University | myosin, yeast-hypha transition, cell wall, Chitin synthesis, Polarized growth, Boric acid, Cytokinesis | |
| Schroeppel, Klaus Univ. of Tuebingen | C. elegans, experimental candidiasis, TEC1, TEC1 | |
| Selmecki, Anna University of Minnesota | ||
| Sentandreu, Rafael University of Valencia | glycoproteins, mycelium, cell wall regulation, wall polysaccharides, yeast, monoclonal amtibodies, morphogenesis | |
| Shah, Peer Abdul Haseeb University of Kashmir | Drug resistance, Candida, Pharmaceutical Cocrystals, Glucose metabolism, Novel antifungals | |
| Shapiro, Rebecca University of Guelph | Candida genetics, Antifungal drug resistance, Genome editing, CRISPR, Functional Genomics | |
| Shaw, Sunil K. Women & Infants Hospital, Brown University | Adhesion, phagocytosis | |
| Sherlock, Gavin Stanford University | ||
| Sherman, Fred | ||
| Shukla, PK Central Drug Research Institute | monoclonal antibodies, paratope derived peptides, MALDI Mass, cell wall proteins | |
| Silva-Pereira, Ildinete | ||
| Singh, Sushil IIT(BHU) | ||
| Sintchenko, Vitali | ||
| Soll, David | ||
| Stevens, David | ||
| Sturtevant, Joy LSUHSC | ||
| Sullivan, Derek Dublin Dental School & Hospital, Trinity College Dublin | Epidemiology, Pathogenesis, SFL2, SFL2 | |
| Sundstrom, Paula Dartmouth Medical School | ||
| Suzuki, Takahito Nara Women's University | mating, pseudohyphae, chromosome variation, Candida tropicalis, Candida albicans | |
| Sychrova, Hana Institute of Physiology AS CR | intracellular pH, potassium transport and homeostasis, glycerol transport | |
| T | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Taylor, John University of California, Berkeley | fungal evolution | |
| Teixeira, Miguel Instituto Superior Tecnico, Universidade de Lisboa | drug transporters, database, Drug resistance, transcription factors | |
| Tercan, Us | ||
| Thornhill, Martin | ||
| Traven, Ana Monash University | ||
| Tsang, Paul Wai-Kei Technological and Higher Education Institute of Hong Kong | Candida, Biofilms, apoptosis, Yeast-to-Hyphal Transition | |
| Tufenkji, Nathalie | ||
| U | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Urban, Constantin Umea University | host-pathogen interaction, Candida albicans, Innate immunity, Nutritional immunity, inflammation, granulocytes, mycosis | |
| Usher, Jane MRC CMM University of Exeter | ||
| Uwamahoro, Nathalie Monash University | Transcription, macrophages, Mediator, cell morphology | |
| V | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| van der Mei, Henny | ||
| Van Dijck, Patrick VIB, KU Leuven | biofilm, nutrient sensing, trehalose metabolism, GPR1, yeast-hypha transition | |
| Vazquez de Aldana, Carlos IBFG | ||
| Vediyappan, Govind Kansas State University | ||
| Vermitsky, John-Paul Medical Diagnostic Laboratories | PDR1, CDR1, PDH1 | |
| Verreault, Alain | ||
| Villas-Boas, Silas The University of Auckland | quorum sensing, sterols, Metabolomics, Metabolome, Dimorphism, Central carbon metabolism, Metabolite profiling, aromatic alcohols, Signalling molecules | |
| von Grote, Erika University of Arkansas | ||
| VP, Venugopalan | ||
| Vylkova, Slavena Hans-Knoll Institute | ||
| W | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Weig, Michael | ||
| Wendland, Juergen Hochschule Geisenheim University | PCR-based gene targeting, pFA-plasmids, morphogenesis, actin cytoskeleton, septation, sporulation | |
| Wheeler, Robert University of Maine | Macrophage, cell wall, Innate immunity, NADPH oxidase, Dectin-1, glucan, dissemination, zebrafish, intravital microscopy | |
| White, Ted (Theodore) University of Missouri at Kansas City | Drug resistance, sterols, antifungal drugs | |
| Whiteway, Malcolm NRC Biotech Research Institute | mating, MAP kinase, stress response, cyclins, microarrays, cAMP, G protein, myosin, morphogenesis, ARP2, FAR1, TBF1, TBF1 | |
| Williams, David Cardiff University | ||
| Wilson, Duncan University of Exeter | Zinc homoeostasis, Nutritional immunity, Zinc uptake | |
| Wong, Brian Division of Infectious Diseases | ||
| Y | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Yan, Lan Second Military Medical University | Drug resistance, stress response, morphogenesis, Central carbon metabolism, mitochondrial respiration | |
| Yong, Phelim Taylor's University | GenomeLab XP (Multiplex Gene Expression), Microarray, Mass spectrometry, Systemic candidiasis in mouse model, 2-dimensional electrophoresis, Recombinant protein expression, Host-response interaction, Mutation analysis, Immunoproteomic analysis, Host cytoskeleton remodelling | |
| Z | ||
| Researcher | Associated Links | Keywords and Associated Gene Names |
| Zaborina, Olga University of Chicago | Intestinal psthogens in physiologically stressed host, Virulence activation in the response to environmental "cues" in gut | |
| Zinjarde, Smita | ||
| Zinjarde, Smita Institute of Bioinformatics and Biotechnology | Biofilms, melanin, surfactants, nanoparticles, hydrophobic substrates, marine microorganisms, heavy metals | |
| Zore, Gajanan SRTM University | Proteomics, Dimorphism, essential oils, hyphae | |
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CGD Copyright © 2004-2024 The Board of Trustees, Leland Stanford Junior University. Permission to use the information contained in this database was given by the researchers/institutes who contributed or published the information. Users of the database are solely responsible for compliance with any copyright restrictions, including those applying to the author abstracts. Documents from this server are provided "AS-IS" without any warranty, expressed or implied. To cite CGD, please use the following reference: Skrzypek MS, Binkley J, Binkley G, Miyasato SR, Simison M, Sherlock G (2017). The Candida Genome Database (CGD): incorporation of Assembly 22, systematic identifiers and visualization of high throughput sequencing data. Nucleic Acids Res 45 (D1); D592-D596; see How to cite CGD. |
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