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Jack Kaplan, Ph.D., F.R.S.
Department Head
Message from the Head
Office: 312-355-2732
Lab: 312-996-0487
Structure-function studies, mechanism, biosynthesis,
assembly and
cellular trafficking of P-type ATPases or Ion
pumps. Mechanism and
Regulation of Copper transport systems in Human
Cells. |
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Steven J. Ackerman, PhD
Office: 312-996-6149
Lab: 312-996-5433
Transcriptional mechanisms regulating hematopoietic
(myeloid) development and gene expression. Eosinophil
effector functions in asthma and other allergic diseases,
tissue remodeling and fibrosis. Biochemistry, cell
and structural biology of eosinophil protein mediators
of inflammation. |
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Elizaveta Benevolenskaya, PhD,
Elizaveta's
Lab
Office: 312-413-8947
Lab: 312-413-8962
Mechanisms of promotion
of differentiation by retinoblastoma protein (pRB),
role of histone demethylases RBP2 and PLU1 in
cell fate determination and differentiation in
mammalian cells. Global analysis of the transcriptional
network regulated by RBP2-related proteins. |
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Michael Caffrey, PhD
Office: 312-996-4959
Lab: 312-355-2635
Biochemical and NMR studies directed at
elucidating the structure and mechanisms of viral
proteins. |
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Karen J. Colley, PhD
Office: 312-996-7756
Lab: 312-996-8108
The control and organization
of protein glycosylation, the role of cell surface
glycoproteins in cell-cell interactions, the signals
and mechanisms of Golgi complex protein localization. |
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Maxim Frolov, PhD Frolov's
Lab
Office: 312-413-5797
Lab: 312-355-0476
Mechanisms of regulation of eukaryotic
gene expression and the role of chromatin. The function
of E2F repressor complexes in Drosophila development |
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Vadim Gaponenko , PhD
Office: 312-355-4965
Lab: 312-355-4839
Biophysical and biochemical characterization
of macromolecular
interactions with the emphasis on cancer related
proteins.
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Peter G.W. Gettins, D.Phil.
Office: 312-996-5534
Lab: 312-996-7664
Structure and function of plasma proteinase
inhibitors. Use of NMR and other spectroscopic methods
to determine structure in solution. |
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Nissim Hay, PhD
Office: 312-355-1684
Lab: 312-355-2024
Regulation
of cell death and cell growth. |
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Yee-Kin Ho, PhD
Office: 312-996-7676
Lab: 312-996-0199
Molecular mechanisms of
phototransduction; energy coupling mechanisms. |
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Alisa L. Katzen, PhD
Office: 312-413-9215
Lab: 312-413-9218
Genetic analysis of cell cycle regulation during
development
The role of a proto-oncogene. |
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Lester F. Lau, PhD
Office: 312-996-6978
Lab: 312-996-6996, 312-996-1234
Extracellular Matrix Signaling in Inflammation, Cancer, and Cardiovascular Development |
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Arnon Lavie, PhD
Lavie Lab
Office: 312-355-5029
Lab: 312-996-6299
Structure-based design of novel
therapeutic agents by prodrug development andenzyme
modifications. X-ray crystallographic structure
determination of enzymes involved in prodrug activation. |
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Xiubei Liao, PhD
Office: 312-996-7672
Lab: 312-413-1123
Biochemical and NMR studies
of protein structure and function, protein-nucleic
acid and protein-protein interactions. |
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Brad Merrill, PhD , Lab Home Page
Office: 312-996-0346
Lab: 312-996-0348
Mammalian embryogenesis; Stem Cell Biology;
WNT signaling and Tcf/Lef mediated control of cell
fate decisions |
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Margalit Mokyr,
PhD
Office: 312-996-2343
Regulation of the immune
response to tumors, immunomodulation by anticancer
drugs and gene therapy. |
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Toru M. Nakamura, PhD Nakamura Lab
Office: 312-996-1988
Lab: 312-413-5084
Roles of Checkpoint Proteins and Chromatin
Modifications in Genome Stability, DNA repair and
Telomere Maintenance. |
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Pradip Raychaudhuri,
PhD
Office: 312-413-0255
Lab: 312-413-0252
Regulation of mammalian cell cycle. |
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Sojin Shikano,
PhD
Office: 312-413-2029
Lab: 312-996-2091
Protein interactions directing the selective sorting of membrane proteins. |
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Angela L. Tyner, PhD,
Office: 312-996-7964
Lab: 312-996-8181
Regulation
of epithelial cell differentiation Cell cycle regulation
in regenerating tissues. |
