Each of the faculty members in the microbiology program are in the
table below. Also listed are their primary affiliations or home
departments and their main focus of research. Click on the name of
professor to learn more about their research.
| Name | Primary Affiliation | Research
Program |
| Paul Ahlquist | Institute for Molecular Virology | Structure, evolution, and expression of RNA virus genomes |
| Ralph
Albrecht | Animal Health & Biomedical
Sciences | Ultrastructure of cell-surface components |
| Caitilyn
Allen | Plant Pathology | Physiology and genetics of
bacterial plant pathogens |
| Philip
Anderson | Genetics | Molecular genetics of C.
elegans |
| John
Andrews | Plant Pathology | Microbial ecology |
| Edward
Balish | Medical Microbiology&Immunology | Microbial
pathogenesis and host immunity |
| James
Bangs | Medical Microbiology&Immunology | Molecular
parasitology |
| Stephen Barclay | Bacteriology | Developmental
microbiology of Dictyostelium, Pneumocystis, and
Cryptosporidium |
| Frederick
Blattner | Genetics | Molecular
genetics/immunology |
| Curtis
Brandt | Medical Microbiology&Immunology | Virology;
pathogenesis of herpes simplex virus; gene therapy and antiviral
drugs |
| Richard
Burgess | Oncology | Biochemistry and molecular biology
of RNA polymerase and transcription factors |
| Gerald
Byrne | Medical Microbiology&Immunology | Immunology and
bacteriology; basic biology of Chlamydiaas a model for
intracellular parasitism |
| Glenn Chambliss | Bacteriology | Global regulatory
controls in Gram positive bacteria and microbial degradation of
energetic compounds. |
| Michael
Collins | Pathobiological Sciences | Veterinary
bacteriology |
| Teresa
Compton | Medical Microbiology&Immunology | Pathogenesis
and virology of human cytomegalovirus |
| Michael
M. Cox | Biochemistry | Molecular biology of genetic
recombination |
| Elizabeth
Craig | Biomolecular Chemistry | Genetics of
environmental stress; protein translocation and folding |
| Michael
Culbertson | Genetics | Yeast genetics |
| Charles
Czuprynski | Pathobiological Sciences | Immunology and
pathogenic bacteria |
| James
Dahlberg | Biomolecular Chemistry | Structure and
function of RNA |
| Joseph P. Dillard | Medical Microbiology & Immunology | Molecular mechanisms of disease caused by the bacterium Neisseria gonorrhoeae |
| Timothy Donohue | Bacteriology | Process and
regulation of cytochrome biosynthesis |
| Diana Downs | Bacteriology | Metabolic regulation
and pathway integration |
| Jerald Ensign | Bacteriology | Developmental
microbiology of actinomycetes; microbial insecticides;
bacteria-nematode symbiosis. |
| Jorge Escalante-Semerena | Bacteriology | Genetics
and biochemistry of anaerobic metabolism |
| Marcin Filutowicz | Bacteriology | Regulation of
DNA replication |
| John
Fleming | Neurology | Neurotropic
coranaviruses |
| Katrina Forest | Bacteriology | Structural biology
of pathogenesis |
| Catherine
Fox | Biomolecular Chemistry | The role of chromosome
structure in gene expression and DNA replication |
| Robert
Goodman | Plant Pathology | Genetic basis of interaction
of plants with non-invasive associative microorganisms |
|
Heidi Goodrich-Blair | Bacteriology | Nematode-bacteria symbiosis and stationary phase Escherichia coli molecular signals in
microbial communication |
| Richard Gourse | Bacteriology | Prokaryotic
transcription/regulation of ribosome synthesis |
| Kenneth Hammel | Forest Products Laboratory | Lignocellulose biodegradation |
| Jo
Handelsman | Plant Pathology | Molecular and ecological
basis of plant/bacterial interactions |
| Robin
Harris | Soil Science | Microbial ecology and
biochemistry of soils |
| Colleen E.
Hayes | Biochemistry | Regulation of lymphocyte
development and function |
| Ulfert
Hornemann | Pharmacy | Streptomyces DNA
amplification/ evolution of translation |
| C.
Richard Hutchinson | Pharmacy | Biochemistry and
genetics of antibiotic formation |
| Thomas Jeffries | Bacteriology; Forest Products
Laboratory | Bioconversion of renewable resources; metabolic
engineering of pentose fermenting yeasts |
| Eric
Johnson | Food Microbiology | Clostridium
botulinum and its toxins; food and industrial microbiology |
| Yoshihiro
Kawaoka | Pathobiological Science | Molecular mechanism
of interspecies transmission of virus leading to influenza pandemics in
humans; molecular pathogenesis of influenza in poultry and mammals;
Ebola virus |
| Patricia
Kiley | Biomolecular Chemistry | Transcriptional control
of anaeraobic gene expression in E. coli |
| Bruce
Klein | Pediatrics | Microbial-host interactions and
pathogenesis |
| Mark
Krebs | Biomolecular Chemistry | Folding and assembly of
integral membrane proteins; archaeal rhodopsin |
| Ching
Kung | Genetics | Microbial ion channel
proteins |
| Robert Landick | Bacteriology | Transcriptional
regulation/RNA polymerase structure and function |
| Sally
Leong | Plant Pathology | Molecular basis of fungal
pathogenesis |
| Geoffrey
Letchworth | Animal Health &Biomedical
Sciences | Herpesviral glycoproteins; vaccination againist
herpevirus infection |
| Paul
Ludden | Biochemistry | Biochemistry of nitrogen
fixation; CO metabolism |
| Miroslav
Malkovsky | Medical Microbiology&Immunology | Cellular
genes regulating expression of human and simian immunodeficiency
viruses; biological role of gamma/delta T cells |
| John
Mansfield | Bacteriology | Immunology and molecular
biology of infectious disease |
| Janet
Mertz | Oncology | Transcriptional and
post-transcriptional mechanisms of control of gene expression in
mammalian cells |
| William McClain | Bacteriology | tRNA structure
and function |
| Daniel
Muller | Rheumatology | Immunology and host
defenses |
| David
Nelson | Biochemistry | Protein kinases as regulators of
ciliary function in protozoa |
| Max L. Nibert | Biochemistry | Structure-function relationships in virus particles; viral RNA synthesis |
| Antonito
Panganiban | Oncology | Retrovirus replication; RNA
encapsidation |
| Donna
Paulnock | Medical Microbiology &Immunology | Cellular
and molecular immunology |
| Richard
Proctor | Medical Microbiology&Immunology | Bacterial
endotoxins; mechanisms of bacterial inhibition of neutrophil function;
bacterial adherence/septic shock;fibronectin |
| M.
Thomas Record | Biochemistry | Protein/DNA interactions
and transposition |
| William
Reznikoff | Biochemistry | Molecular biology of gene
expression and transposition |
| Gary Roberts | Bacteriology | Genetics and
biochemistry of nitrogen fixation and carbon monoxide
oxidation |
| Maria
Salvato | Pathology | Molecular biology of arenavirus
and retrovirus persistence |
| Daniel
Schaefer | Animal Sciences | Rumen
microbiology |
| Ronald
Schell | Medical Microbiology & Immunology | Immune
responses to Borrelia burgdorferi |
| Friedrich
Schuening | Medicine | Molecular medicine/gene
therapy |
| Ronald
Schultz | Medical Microbiology&Immunology | Immunology
and virology |
| Paul M. Sondel | Genetics | Human Genetics/Immunology |
| Carol
Spiegel | Pathology | Clinical microbiology |
| Gary
Splitter | Animal Health & Biomedical
Sciences | Immunology of infectious diseases |
| James
Steele | Food Science | Genetics of lactic acid
bacteria |
| Waclaw
Szybalski | Oncology | Molecular genetics of
prokaryotes; genome mapping |
| Eric
Triplett | Agronomy | Molecular genetics of
Rhozobium and Brucella and molecular diversity. |
| David Watkins | Pathology | Interactions between the immune system and the AIDS virus |
| William
Weidanz | Medical
Microbiology&Immunology | Immunoparasitology; role of T cells in
immunity to malaria |
| Paul Weimer | Bacteriology; Dairy Forage Research Center | Rumen
microbiology, anaerobic metabolism, biopolymer degradation |
| Bernard
Weisblum | Pharmacology | Molecular genetics of
antibiotic action an resistance |
| Rodney
Welch | Medical Microbiology & Immunology | Molecular
analysis of bacteria pathogens |
| Susan
West | Pathobiological Sciences | Molecular biology of
infectious diseases |
| Jon
Woods | Medical Microbiology&Immunology | Pathogenic
mechanisms, host - parasite interactions, and environmental and
virulence - associated gene regulation of the dimorphic fungus
Histoplasma capsulatum |