Caviglia, Jorge Matias
Assistant Professor, Health and Nutrition Sciences, Brooklyn College (CUNY)
We conduct research on non-alcoholic fatty liver disease (NAFLD), which is strongly associated with obesity and metabolic syndrome, and is the most common liver disease...[read more]- Tel: 1.718.951.5000 Ext.1296
- Website: Link
Contel, Maria
Professor, Chemistry, Brooklyn College (CUNY)
My research program focuses on the synthesis and characterization of transition-metal complexes (early and late transition metals such as gold, silver, copper, platinum, palladium, ruthenium and titanium) and their applications...[read more]- Tel: 1.718.951.5000 Ext. 2833
- Website: Link
Davenport, Lesley
Professor, Chemistry, Brooklyn College (CUNY)
Our laboratory is focused on biophysical studies of the shape, dynamics and interactions of complex biomolecules, and how these factors influence important biological functions...[read more]- Tel: 1.718.951.5000 Ext. 2825
- Website: Link
Dowd, Terry
Associate Professor, Chemistry, Brooklyn College (CUNY)
My lab investigates protein structure using NMR and x-ray crystallography and investigates the interaction of proteins with membrane receptors...[read more]- Tel: 1.718.951.5000 Ext. 2847
- Website: Link
Gallicchio, Emilio
Associate Professor, Chemistry, Brooklyn College (CUNY)
My laboratory is primarily involved in the development and application of molecular computational models of protein-drug binding and macromolecular molecular recognition phenomena...[read more]- Tel: 1.718.951.5000 Ext. 2499
- Website: Link
Gibney, Brian R.
Professor, Chemistry, Brooklyn College (CUNY)
The Gibney laboratory is focused on developing the nascent field of de novo metalloprotein design as a constructive methodology to delineate the fundamental engineering of metalloproteins...[read more]- Tel: 1.718.951.5000 Ext. 6636
- Website: Link
Greer, Alec
Professor, Chemistry, Brooklyn College (CUNY)
My group is interested in fundamental aspects of organic chemistry and photochemistry. Factors that control or amplify production of reactive oxygen species are of interest...[read more]- Tel: 1.718.951.5000 Ext. 2830
- Website: Link
Jiang, Xinyin
Associate Professor, Health and Nutrition Sciences, Brooklyn College (CUNY)
My research is focused on nutrients involved in one carbon metabolism, such as choline, betaine, folate and vitamin B12, which affect various aspects of metabolic functions...[read more]Lipke, Peter N.
Professor, Biology, Brooklyn College (CUNY)
The Lipke lab long been involved in research that is related to candidiasis and other fungal diseases, which are a cause of morbidity and mortality in a large number of cancer victims...[read more]- Tel: 1.718.951.5000 Ext. 1949
- Website: Link
Saxena, Anjana
Associate Professor, Biology, Brooklyn College (CUNY)
I have developed projects encompassing different diseases (e.g. cancer, diabetes, liver diseases) using a variety of cellular and mouse models of cancer...[read more]- Tel: 1.718.951.5000 Ext. 2671
- Website: Link
Schvarzstein, Mara
Assistant Professor, Biology, Brooklyn College (CUNY)
Our research focuses on uncovering causes and consequences of inheriting abnormal numbers of chromosomes...[read more]Singh, Shaneen
Associate Professor, Biology, Brooklyn College (CUNY)
The research focus of my lab is the application of computational approaches to gain insight into cellular signal transduction pathways, and the normal and aberrant functioning of proteins and protein domains...[read more]- Tel: 1.71.8.951.5720
- Website: Link
Tolias, Peter
Dean, School of Natural and Behavioral Sciences, Brooklyn College (CUNY)
My research team has focused on understanding the biochemistry of the Mitogen Activated Protein Kinase (MAPK) Signaling pathway and its role in cancer by developing and using drugs that can therapeutically modulate this biochemical pathway...[read more]- Tel: 718.951.3170
- Location: Ingersoll Hall, Room 2131
- Website: Link
Torrente, Mariana
Assistant Professor, Chemistry, Brooklyn College (CUNY)
Our research involves epigenetics, proteomics and protein homeostasis. In particular, we are focused on the role of histone modifications in amyotrophic lateral sclerosis (ALS)...[read more]- Tel: 1.718.951.5000 Ext. 2827
- Website: Link