Date |
Speaker |
Title |
Host |
Sep. 5 |
Jeffery Cirillo
Texas A & M University
|
"Using molecular tools to dissect bacterial respiratory pathogens" |
Gao |
Sep. 12 |
Nicole LaRonde-LeBlanc
Dept. Chem. and Biochem.
University of Maryland |
"Structural and functional studies of ribosome processing factors" |
Mount |
Sep. 19 |
Carl Kinsgford
CBCB, Univ. Maryland
|
"Transcription Terminators, DNA uptake, and Overlapping Genes" (abstract) |
Mount |
Sep. 26 |
Kenneth R. Miller
Brown University
|
"God, Darwin, & Design. America's new Battle over Evolution" |
Students |
Oct. 3 |
Joanna Goldberg
Dept. Microbiology
Univ. Virginia
|
"Novel Vaccination Strategy: Pseudomonas aeruginosa as a Model Pathogen" |
Lee |
Oct. 10 |
Shen Yang He
DOE Plant Research Laboratory, Michigan State University
|
"Bacterial virulence effectors: excellent molecular probes of plant cellular functions." |
Sze |
Oct. 17 |
Joonil Seog
Dept. Bioengineering
University of Maryland |
"Direct observation of multiple intermediate states of Rossmann fold I domain using optical tweezer" |
Kwak |
Oct. 24 |
Craig E. Cameron
Dept. Biochem. & Mol. Biol.
Penn State Univ.
|
"Towards a universal strategy for viral attenuation and vaccine
development" |
Simon |
Oct. 31
NO
SEMINAR! |
Igor Lukashevich,
Univ. Maryland, Baltimore
Postponed until Spring
|
"Arenavirus Human Pathogens: Protective Immunity and Vaccine Development" |
Fredericksen |
Nov. 7
|
Vojo Deretic
Dept. Mol. Genetics & Micro.
University of New Mexico |
"Autophagy in health, disease, and innate immunity" |
vbriken |
Nov. 14 |
Barbara Kazmierczak
Dept. Internal Med. & Microbial Pathogenesis,
Yale University
|
"Should I stay or should I go? Mechanisms for regulating Pseudomonas motility and adhesion" |
Lee |
Nov. 21 |
Donald H. Burke-Agüero
Departs. of Mol. Micro.& Immunology, Biochemistry
Univ. of Missouri Sch. Med. |
"HIV-1 inactivation by nucleic acid aptamers" |
DeStefano |
Dec. 5 |
David G. Russell
Cornell University Vet. Med. |
"Mycobacterium tuberculosis: Life in the phagosome" |
Gao |
Dec. 12 |
Winslow Briggs
Carnegie Insitution of Wash.
Stanford University
|
“The LOV domain: A chromophore domain serving bacterial, fungal, and higher plant photoreceptors.” |
Simon |