PRESS
13 million NCI funding for Center on Microenvironment and Metastasis-2010 CLICK HERE
For Projects CLICK HERE
NIH Challenge grant- 2010 CLICK HERE
"Microfluidic Tumor Models to Analyze the Role of Physicochemical Cues in the Angiogenic Switch". The major goal of this project is to develop and utilize vascularized microfluidic tumor models to experimentally and numerically study the role of microenvironmental conditions in tumor angiogenesis
The Angiogenesis Foundation CLICK HERE
BONE MARROW PROGENITOR CELLS AND LUNG METASTASIS 2008
SCIENTIFIC AMERICAN 2008
NATURE REVIEWS CANCER 2008
Targeting the tumor microenvironment JUNE 2007
Bone marrow and Obesity- October 2007
Genomics and Proteomics Cover Story CLICK HERE
BIOARRAYS New York Academy of Sciences
Origins Exploratorium
For Projects CLICK HERE
NIH Challenge grant- 2010 CLICK HERE
"Microfluidic Tumor Models to Analyze the Role of Physicochemical Cues in the Angiogenic Switch". The major goal of this project is to develop and utilize vascularized microfluidic tumor models to experimentally and numerically study the role of microenvironmental conditions in tumor angiogenesis
The Angiogenesis Foundation CLICK HERE
BONE MARROW PROGENITOR CELLS AND LUNG METASTASIS 2008
SCIENTIFIC AMERICAN 2008
NATURE REVIEWS CANCER 2008
Targeting the tumor microenvironment JUNE 2007
Bone marrow and Obesity- October 2007
Origins Exploratorium
