|
Derek
Abbott,
MD PhD
|
Pathology
|
Control of innate
immune response signaling by NOD2
dependent ubiquitinylation
|
|
Erik
Andrulis, PhD
|
Molecular Biology
and Microbiology
|
Structure and
function of ribonucleases involved in
mRNA turnover
|
|
Eric Arts, PhD
|
Medicine
(Molecular Biology and Microbiology)
|
Mechanisms and
emergence of HIV-1 drug resistance
|
|
Kristian Baker,
PhD
|
RNA Center
(Biochemistry)
|
Nonsense mediated
mRNA decay; mRNA quality control
|
|
Susann
Brady-Kalnay, PhD
|
Molecular Biology
and Microbiology
|
Role of receptor
tyrosine phosphatases in axon guidance
in the visual system
|
|
Heather Broihier,
PhD
|
Neurosciences
|
Molecular and
cellular mechanisms of Drosophila
motor neuron development and migration
|
|
Paul Carey, PhD
|
Biochemistry
|
Raman
spectroscopy to probe the structure and
dynamics of enzyme-substrate
intermediates
|
|
Cathleen Carlin,
PhD
|
Molecular Biology
and Microbiology
|
Receptor tyrosine
kinase signaling, adenovirus control of
endocytosis and protein sorting
|
|
Mark Chance, PhD
|
Proteomics Center
(Genetics)
|
Proteomics;
macromolecular structure; biomarkers
|
|
Jeffrey Coller,
PhD
|
RNA Center
(Biochemistry)
|
Molecular
mechanisms of regulation of mRNA
turnover in yeast
|
|
Piet de Boer, PhD
|
Molecular Biology
and Microbiology
|
Dynamics and
regulation of E. coli cell division
|
|
Evan Deneris, PhD
|
Neurosciences
|
Development of
seratonergic neurons, developmental
control of gene expression
|
|
George Dubyak,
PhD
|
Physiology and
Biophysics
|
Extracellular
nucleotide receptors in inflammatory and
cardiovascular signal transduction
|
|
Robert Ewing, PhD
|
Proteomics Center
(Genetics)
|
Proteomics
methods development and application
|
|
Paul Fox, PhD
|
CCF (Molecular
Biology and Microbiology)
|
Molecular
mechanisms of post-transcriptional
control of gene expression in
inflammation responses
|
|
Stanton Gerson,
MD
|
Medicine
(Pharmacology)
|
Drug resistance
gene transfer; stem cell gene transfer;
DNA repair and leukemogenesis
|
|
Edward
Greenfield, PhD
|
Orthopaedics
(Pathology)
|
Role of tyrosine
kinase signaling tumerogenesis and
metastasis of osteosarcoma
|
|
Clifford Harding,
MD PhD
|
Pathology
|
Cell biology and
immunology of MHC-I and II antigen
processing
|
|
Michael Harris,
PhD
|
Biochemistry
|
Mechanistic
enzymology; RNA biophysics
|
|
Peter Harte, PhD
|
Genetics
|
Regulation of
Homeotic gene expression during Drosophila development
|
|
Maria Hatzoglou,
PhD
|
Nutrition
(Biochemistry)
|
Post
transcriptional regulation of stress
response genes
|
|
Amy Hise, MD
|
Pathology
|
Activation and
attenuation mechanisms in the innate
immune response
|
|
Eckhard
Jankowsky, PhD
|
RNA Center
(Biochemistry)
|
Enzymology and
biological function of RNA helicases
|
|
Hung-Ying Kao,
PhD
|
Biochemistry
|
Regulation of
gene expression by chromatin structure;
role of tumor suppressors in leukemia
|
|
Jonathan Karn,
PhD
|
Molecular Biology
and Microbiology
|
Control of gene
expression in HIV
|
|
Ruth Keri, PhD
|
Pharmacology
|
Molecular
mechanisms of mammary gland development
and breast cancer by reproductive
hormones
|
|
Ahmad Khalil, PhD
|
RNA Center
(Biochemistry)
|
Epigenetic
regulation of gene expression by large
non-coding RNAs
|
|
Thomas La
Framboise, PhD
|
Proteomics Center
(Genetics)
|
Development and
application of computational tools to
identify variations that contribute to
disease
|
|
Andrea Ladd, PhD
|
CCF (Molecular
Biology and Microbiology)
|
Pre-mRNA
alternative splicing regulation in heart
and muscle development
|
|
Gary Landreth,
PhD
|
Neurosciences
|
Clearance of
amyloid protein in Alzheimer’s disease;
role of ERK MAP
kinase signaling in CNS development
|
|
Michael Lederman,
MD
|
Medicine
(Molecular Biology and Microbiology)
|
Molecular and
cellular mechanisms of immune
deficiency; Enhancing immune function in
HIV-1 infection
|
|
Alan Levin, PhD
|
Medicine
(Molecular Biology and Microbiology)
|
Molecular
mechanisms of T-cell activation in
mucosal immunity; HIV induced mucosal
permeability
|
|
Donnie
Licatalosi, PhD
|
RNA Center
(Biochemistry)
|
Genome wide
analysis of developmental gene
regulation by RNA binding proteins
|
|
Hua Lou, PhD
|
Genetics
|
Regulation of
alternative splicing in mammals
|
|
Sanford
Markowitz, MD PhD
|
Medicine
(Molecular Biology and Microbiology)
|
Role of genome
instability in inherited and sporadic
colon cancers
|
|
David McDonald,
PhD
|
Molecular Biology
and Microbiology
|
Visualization of
intra- and intercellular trafficking of
HIV
|
|
Robert Miller,
PhD
|
Neurosciences
|
CNS neural
development; biology of
neurodegenerative diseases
|
|
Masaru Miyagi,
PhD
|
Proteomics Center
(Genetics)
|
Protein structure
by chemical modification and LC-MS;
development of proteomic methods using
tandem mass spectrometry
|
|
Monica Montano,
PhD
|
Pharmacology
|
Estrogen control
of breast cancer growth regulatory
pathways
|
|
Timothy Nilsen,
PhD
|
RNA Center
(Biochemistry)
|
Mechanism of
microRNA regulation of gene expression
|
|
Krzysztof
Palczewski, PhD
|
Pharmacology
|
Protein structure
and dynamics during phototransduction
|
|
Helen Salz, PhD
|
Genetics
|
Regulation of
sex-specific pre-mRNA splicing in Drosophila
|
|
Peter Scacheri,
PhD
|
Genetics
|
Transcriptional
control of cellular pathways and
identification of regulatory elements
|
|
Witold Surewicz,
PhD
|
Physiology and
Biophysics
|
Biophysics of
amyloid protein folding diseases
|
|
Alan
Tartakoff,
PhD
|
Pathology
|
Cell biology of
yeast cell division
|
|
Derek
Taylor, PhD
|
Pharmacology
|
Cryo-electronmicroscopy
and single particle reconstruction of
macromolecular assemblies
|
|
Focco
van den Akker, PhD
|
Biochemistry
|
Structural
biology of guanylyl cyclases and
beta-lactamase enzymes
|
|
Michael
Weiss,
MD PhD
|
Biochemistry
|
Transcriptional
control of gene expression; protein
folding and mis-folding
|
|
Patrick
Wintrode, PhD
|
Physiology and
Biophysics
|
Macromolecular
structure and dynamics
|
|
Jo
Ann Wise, PhD
|
Molecular Biology
and Microbiology
|
Mitotic
regulation of gene expression in yeast
|
|
Vivian
Yee,
PhD
|
Biochemistry
|
Structural
Biology of biotin enzymes and prion
proteins
|
