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Jeffrey T. Borenstein
Also published under:J. T. Borenstein, J. Borenstein
Affiliation
The Charles Stark Draper Laboratory, Inc., Cambridge, MA, USA
Topic
Micropump,3D Printing,Actuator,Additive Manufacturing,Build Platform,Cell Culture,Cell Culture Models,Central Focus,Changes In Viability,Channel Cross-section,Channel Inlet,Combination Of Factors,Complex Devices,Computer-aided Design,Days Of Period,Decline In Cell Viability,Drug Delivery,Drug Delivery Platform,Drug Development,Drug Development Process,Drug Reservoir,Guinea Pig Model,Guinea Pigs,Human Beings,Human Cells,Immune Cells,Immunotherapy,Inlet Port,Inner Ear,Layer Thickness,Layer-by-layer,Microfabrication Technologies,Microfluidic Device,Microfluidic Platform,Microsystem Technology,Modern Science,Multi-well Plates,Multiplex System,Nominal Diameter,Organ Models,Photolithography Techniques,Pneumatic System,Power Of The Study,Precise Control,Precision Medicine,Preclinical Studies,Primary Channel,Primary Human Cells,Printing Materials,Printing Method,
Biography
Jeffrey T. Borenstein was born in Baton Rouge, Louisiana, and received the B.S., M.S., and Ph.D. degrees in physics from the University at Albany, while simultaneously working at North American Philips Corporation on the development of novel electronic materials for the semiconductor industry. His early work was in semiconductor device physics and MEMS fabrication technologies, and has since moved into BioMEMS and microfluidics with applications in medical devices and drug discovery.
Dr. Borenstein is currently Laboratory Technical Staff and Group Leader, Synthetic Biology and Bio Instrumentation at Draper in Cambridge, Massachusetts. Prior to joining Draper, he was Solar Cell Fabrication Manager at a division of Mobil Oil Corporation. He has 60 issued patents and another 86 patent applications in the fields of MEMS fabrication technology, inertial MEMS sensors, BioMEMS and microfluidics, tissue engineering and drug delivery. Dr. Borenstein has served as Principal Investigator for numerous NIH, DARPA and commercially funded programs in biomedical engineering. He has supervised over 20 graduate students at MIT and currently directs several programs developing new technologies for the pharmaceuticals and medical device industries. His current research interests focus on the development of tools for drug discovery and immuno-oncology, organ assist devices, and implantable drug delivery systems.
He has over 100 peer-reviewed publications in archival journals, and has served as an editor of four books in the fields of semiconductor physics, microfluidics and tissue engineering. Dr. Borenstein is a Standing Member of the ISD Review Panel for the National Institutes of Health, and was inducted in 2015 into the National Academy of Inventors.
Dr. Borenstein is currently Laboratory Technical Staff and Group Leader, Synthetic Biology and Bio Instrumentation at Draper in Cambridge, Massachusetts. Prior to joining Draper, he was Solar Cell Fabrication Manager at a division of Mobil Oil Corporation. He has 60 issued patents and another 86 patent applications in the fields of MEMS fabrication technology, inertial MEMS sensors, BioMEMS and microfluidics, tissue engineering and drug delivery. Dr. Borenstein has served as Principal Investigator for numerous NIH, DARPA and commercially funded programs in biomedical engineering. He has supervised over 20 graduate students at MIT and currently directs several programs developing new technologies for the pharmaceuticals and medical device industries. His current research interests focus on the development of tools for drug discovery and immuno-oncology, organ assist devices, and implantable drug delivery systems.
He has over 100 peer-reviewed publications in archival journals, and has served as an editor of four books in the fields of semiconductor physics, microfluidics and tissue engineering. Dr. Borenstein is a Standing Member of the ISD Review Panel for the National Institutes of Health, and was inducted in 2015 into the National Academy of Inventors.