| Name |
Organization |
Research Interest |
Pathema Organism of Interest |
| kenneth barfod |
NFA denmark |
none given |
Bacillus |
| Robert Haselbeck |
Rx3 Pharmaceuticals |
|
Bacillus |
| boying zhu |
university |
bacillus community |
Bacillus |
| expoppyrolo expoppyrolo |
expoppyrolo |
none given |
Bacillus |
| Elmar Kannenberg |
University of Georgia |
none given |
Bacillus |
| Bill Stone |
East TN State Univer, Proteomics Facility |
My laboratory (Pediatric Proteomic Facility)is part of the Advanced Medical Countermeasure Consortium which is funded by the DOD. We are interested in characterizing (proteomics and microarray) the changes in dendritic cells exposed to various pathogens. |
Bacillus |
| Francesco Iannelli |
University of Siena |
Pathogenicity |
Bacillus |
| Wolfgang Beyer |
University of Hohenheim |
Bacillus anthracis |
Bacillus |
| Simen Kristoffersen |
University of Oslo |
RNA, repeated elements, |
Bacillus |
| Jason Rall |
University of Texas Houston |
gene regulation, bioinformatics, |
Bacillus |
| Michael Johnson |
Univ. of Illinois at Chicago |
Pharmaceutical Biotechnology |
Bacillus |
| Kristin Clement |
Battelle Memorial Institute |
Vaccine Efficacy, Host defense |
Bacillus |
| Scott Stibitz |
CBER/FDA |
B. anthracis pathogenesis and genetic tool development |
Bacillus |
| Marco Oggioni |
University of Siena |
genomics, pathogenesis, virulence, diagnostics |
Bacillus |
| Monika Ehling-Schulz |
TU Muenchen, Germany |
Bacillus epidemiology, diagnostics pathogenesis |
Bacillus |
| Hamed Khalilvandi |
University of Tehran |
Rumen microbial ecosystem is my favorite research field. |
Bacillus |
| Gordon Cheung |
NIH |
Microarray, Molecular Biology, Protein expression, in vivo bacterial pathogenesis |
Bacillus |
| Nicolas Tourasse |
University of Oslo, Norway |
Comparative genomics of Bacillus cereus group organisms |
Bacillus |
| Rick Rest |
Drexel University College of Medicine |
anthrax pathogenesis; vaccine development; antibacterial development |
Bacillus |
| Jan Maarten van Dijl |
University Medical Center Groningen |
Protein secretion, protein folding, Bacillus molecular genetics |
Bacillus |
| Beth McNichol |
FDA CBER |
Bacillus anthracis gene regulation, phage display antibody libraries, assay development, pathogenesis |
Bacillus |
| Ole Andreas Økstad |
University of Oslo |
Microbial genomics, microbiology, Bacillus cereus group, functional genomics, mobile repeated elements |
Bacillus |
| Natthiya Buensanteai |
Kasetsart University and University of Nebraska-Lincoln |
extracellular proteome secreted by Bacillus sp. and its effect on enhanced growth promotion and induced sytemic resistance on plant |
Bacillus |
| John Varga |
TIGR |
none given |
Burkholderia |
| ricky ulrich |
RIID |
Bm and Bp |
Burkholderia |
| shimin zhang |
AFIP |
none given |
Burkholderia |
| Nianxiang Zou |
AFIP |
gram negative bacteria |
Burkholderia |
| Binxue Zhang |
AFIP |
B.mallei and pseudomallei |
Burkholderia |
| John Varga |
JCVI |
quorum sensing
pathogenesis |
Burkholderia |
| Apichai Tuanyok |
NAU, Arizona, USA |
Functional genomics |
Burkholderia |
| Sara Bondi |
University of Virginia |
Vaccine development |
Burkholderia |
| Jason Kreisberg |
Genome Institute of Singapore |
none given |
Burkholderia |
| Katherine Brown |
UT Austin, Texas |
Burkhholderia pathogens |
Burkholderia |
| Shyh-Ching Lo |
Armed Forces Institute of Pathology |
none given |
Burkholderia |
| Lucia Alvarado |
The Broad Institute of MIT and Harvard |
none given |
Burkholderia |
| Arvind Pratap Singh |
GIS |
Pathogenomics of Burkholderia pseudomallei |
Burkholderia |
| HYUNG-YONG KIM |
AFIP |
Pathogenic islands of Burkholderia pseudomallei |
Burkholderia |
| Kelvin Wong |
Genome Institute of Singapore |
host pathogen interaction |
Burkholderia |
| Karen Keith |
University of Western Ontario |
Burkholderia cenocepacia pathogenesis |
Burkholderia |
| Cho Cho Oo |
University of Medicine (2) |
Isolation of Burkhoderia pseudomallei from soil in Myanmar |
Burkholderia |
| Paul Godfrey |
The Broad Institute of MIT and Harvard |
Microbial Comparative Genomics, Burkholderia |
Burkholderia |
| Sunny Yee Wai Yan |
Malaysia Genome Insitute (MGI) |
Proteomics
Genomics
Infection
Persistence
|
Burkholderia |
| Catherine Ong |
DSO National Laboratories |
High density tiling microarray transcriptome analyses of Bp |
Burkholderia |
| Jongkonnee Thanasai |
Melioidosis Research Center, Khon Kaen University |
Immune respose to Melioidosis |
Burkholderia |
| Miguel Valvano |
University of Western Ontario |
Burkholderia cepacia complex genetics and pathogenesis |
Burkholderia |
| David Dance |
Health Protection Agency |
Melioidosis and glanders - clinical, epidemiological and ecological issues |
Burkholderia |
| Eric Lafontaine |
University of Georgia |
B. mallei and B. pseudomallei pathogenesis (mechanisms of adherence to host epithelial cells), vaccine development |
Burkholderia |
| Arsenio Fialho |
Instituto Superior Tecnico |
Comparative genomics for the identification of virulence factors in Burkholderia members. Repeat-associated phase variable genes in the complete sequences of Burkholderia
|
Burkholderia |
| Sherry Blight |
Battelle |
everything |
Clostridium |
| xiang zhu |
FDA |
Botulinum detection |
Clostridium |
| Nancy Shine |
List Biological Laboratories |
none given |
Clostridium |
| Jianlong Lou |
UCSF |
Anti-toxin engineering and production |
Clostridium |
| Stephanie Defibaugh-Chavez |
FDA-CFSAN |
Detection of BoNTs |
Clostridium |
| Nir Dover |
California Department of Public Health |
Genomics |
Clostridium |
| Nir Dover |
California Department of Public Health |
Genomics |
Clostridium |
| TZUU-WANG CHANG |
UMASS BRC |
Comparative Genomics
Bioinformatics
|
Clostridium |
| f lebeda |
USAMRIID |
protein bioinformatics: bacterial toxins and genomes |
Clostridium |
| Julian Rood |
Monash University |
Clostridial genetics, genomics and pathogenesis |
Clostridium |
| Tavan Janvilisri |
Cornell University |
Comparative genomics of Clostridium difficile |
Clostridium |
| Yung-Fu Chang |
Cornell University |
functional genomics, comparative genomics, vaccine development |
Clostridium |
| Bruce McClane |
university of pittsburgh sch. med. |
Clostridium perfringens toxins, pathogenesis and genetics |
Clostridium |
| Jorge E. Vidal |
University of Pittsburgh |
C. perfringens toxins
1. Gene toxin Regulation
2. Mechanism of action
|
Clostridium |
| Kristin Marshall |
University of WIsconsin-Madison |
Regulation and expression of neurotoxin in Clostridium botulinum |
Clostridium |
| Ted Carver |
Sirogenesis, Inc. |
Drug discovery, biochemistry, microbial functional genomics and bioinformatics resources |
Clostridium |
| Miia Lindström |
Universityof Helsinki, Finland |
Clostridium botulinum, Clostridium perfringens
Genomics, molecular epidemiology, pathogenesis, diagnostics |
Clostridium |
| Eric Johnson |
Univesity of Wisconsin |
Clostridium botulinum and other toxigenic clostridia. Toxins, genetics, physiology, cellular biology, pharmaceutical uses of toxins. |
Clostridium |
| Marite Bradshaw |
University of Wisconsin-Madison |
botulinum neurotoxin gene expression and regulation
genetic tools for botulinum
strain diversity
botulinum expression systems
|
Clostridium |
| Ozgur Koru |
CDC |
none given |
Entamoeba |
| SRITULASI KARRI |
TTUHSC |
|
Entamoeba |
| Tal Lavi |
Technion |
Epigenetics |
Entamoeba |
| Uorbetteia Uorbetteia |
Uorbetteia |
none given |
Entamoeba |
| Shahram Solaymani |
University of Virginia |
none given |
Entamoeba |
| Girija Ramakrishnan |
University of Virginia |
none given |
Entamoeba |
| Nancy GUILLEN |
Institut PasteurParasitology |
none given |
Entamoeba |
| Ryan MacFarlane |
Stanford University |
Amebic pathogenesis |
Entamoeba |
| Laurence Marchat |
IPN |
mRNA metabolism; homologous recombination |
Entamoeba |
| Ibne Ali |
University of Virginia |
Gene expression, virulence, genotype |
Entamoeba |
| SRITULASI KARRI |
TTUHSC |
Entamoeba histolytica, cholesterol and lipids |
Entamoeba |
| Iris Bruchhaus |
Bernhard Nocht Institute for Tropical Medicine |
none given |
Entamoeba |
| Weber Christian |
Institut Pasteur France |
RNA, Level of Transcription, Microarray
|
Entamoeba |
| Anuradha Lohia |
Bose Institute |
Cell cycle, gene expression, repetitive DNA sequences |
Entamoeba |
| Elisa Azuara |
UACM |
Entamoeba histolyca transcription factors and transcriptional regulation |
Entamoeba |
| Ravikumar Narayansamy |
CInvestav University |
Gene Knockdown studies in Entamoeba histolytica |
Entamoeba |
| Upi Singh |
Stanford University |
Entamoeba biology, pathogenesis, development, gene expression |
Entamoeba |
| Jose de Jesus Olivares |
UACM |
I am looking for proteins in E. histolytica involved in Hb bind. |
Entamoeba |
| Graham Clark |
London School of Hygiene and Tropical Medicine |
Comparative genomics, phylogenetics, general |
Entamoeba |
| mayuresh abhyankar |
University of Virginia |
Transcriptional regulation
High Mobility Group box proteins |
Entamoeba |
| Carol Gilchrist |
University of VIrginia |
Regulation of Gene Expression
Regulation of Virulence in E. histolytica |
Entamoeba |
| shiteshu shrimal |
SLS ,JNU , New Delhi, India |
I am A PhD scholar working on protein kinases of Entamoeba histolytica |
Entamoeba |
| Cesar Lopez-Camarillo |
Universidada Autonoma de la Ciudad de Mexico ACM |
DNA repair, homologous recombination, mRNA processing and degradation, drug resistance |
Entamoeba |
| Jorge Tovar-Torres |
Royal Holloway University of London |
Cell biology, Organelle structure and physiology, signal transduction, parasite differentiation and pathogenesis |
Entamoeba |
| Kuldeep Verma |
Indian Institute of Science Education and Research, Bhopal, INDIA |
Entamoeba histolytica: protein-protein interaction and incorporation of unnatural amino acid into peptide. |
Entamoeba |
