| |
Barbara
Birshtein
|
Immunoglobulin gene
rearrangement and
expression. |
| |
Eric Bouhassira
|
Human embryonic stem cells,
epigenetics, gene expression
and silencing. |
| |
Winfried
Edelmann
|
Mouse models to study DNA
repair genes in cancer and
meiosis.
|
| |
Dmitry Fyodorov
|
Chromosome assembly and
dynamics; biochemistry of
ATP-dependent chromatin
remodeling factors;
Drosophila melanogaster. |
| |
Michael Keogh |
The role of chromatin in RNA
Polymerase II (RNApII)
transcription elongation,
DNA Double-Strand Break (DSB)
repair and chromosome
stability. |
| |
Margaret
Kielian |
Virus-membrane fusion; virus
assembly; novel antiviral
therapies; membrane protein
structure and function. |
| |
Richard
Kitsis |
Fundamental mechanisms of
cell death and their
application to heart disease
and cancer. |
| |
Stanley
Nathenson |
Structural and molecular
basis for the regulation of
T cells through
costimulatory molecules. |
| |
Charles
Query |
Mechanism and modulation of
spliceosome function. |
| |
Matthew
Scharff |
Molecular basis of mutation
and switching of
immunoglobulin genes and use
of monoclonal antibodies in
infections. |
| |
Carl
Schildkraut |
Epigenetic control of DNA
replication and nuclear
organization in mouse and
human embryonic stem cells;
reprogramming towards
pluripotency. |
| |
David
Shafritz |
Liver-specific gene
expression; hepatic stem
cells; liver cell
transplantation and gene
therapy. |
| |
Robert
Singer |
RNA
trafficking |
| |
Arthur
Skoultchi |
Chromatin structure and
function; cancer cell
biology; cell cycle;
knock-out mice; human
embryonic stem cells. |
| |
Pamela
Stanley |
Functions of mammalian
glycans in development,
cancer and notch signal
transduction. |
| |
Ulrich
Steidl |
Transciptional Regulation of
Leukemia Stem Cells |
| |
Jonathan
Warner |
Regulation of the
biosynthesis and assembly of
a molecular machine, the
ribosome. |
| |
B.
Hilda
Ye |
Oncogenes in normal and
malignant hematopoiesis. |
