New Investigator Grants
The New Investigator Grant seeks to spur innovative new research and advance the careers of new investigators who are working on cutting-edge life sciences research at Massachusetts research institutions.
New Investigator Awards – 2009 |
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Institution |
Researcher |
Title of Research |
Award |
Boston University Medical Center |
Dr. Christopher Gabel |
The study of neural regeneration in C. Elegans using femtosecond laser surgery and advanced optical neurophysiology |
$100,000 for two years |
Brandeis University |
Dr. Satoshi Yashida |
How cells respond to stress? |
$100,000 for two years |
Immune Disease Institute, Children’s Hospital |
Dr. Sun Hur |
Structural and kinetic investigations of the mechanism for self vs non-self RNA discrimination by RIG-I |
$100,000 for two years. |
Harvard College |
Dr. Tobias Ritter |
New pharmaceuticals and diagnostics by late-stage fluorination |
|
Harvard University |
Dr. Briana Burton |
Mechanisms of nucleic acid transport across membranes |
$100,000 for two years |
Harvard School of Public Health |
Dr. Matthias Marti |
Establishment of a high throughput screen focused on preventing the development of gametocytes, the form of malaria that mediates transmission |
|
Massachusetts Eye and Ear Infirmary |
Dr. Konstantina Stankovic |
Functional role and therapeutic implications of osteprotegerin secretion by the auditory nerve |
$100,000 for two years |
Massachusetts General Hospital |
Dr. Raul Mostolovsky |
The chromatin factor SIRT6 is a master regulator of glucose homeostasis |
$100,000 for two years |
Northeastern University |
Dr. Mark Niedre |
Optical tomographic sensing and enumeration of rare circulating cells in vivo |
$180,000 over a two-year period |
University of Massachusetts Medical School |
Dr. Jeffrey Bailey |
Dissecting the role of human copy number variation in severe malaria |
$100,000 for two years |
New Investigator Awards – 2008 |
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Institution |
Researcher |
Title of Research |
Beth Israel Deaconess Medical Center |
Wenyi Wei |
Dissection of the signaling pathways controlling the destruction of the Mdm2 oncoprotein |
Boston University |
Hatice Altug |
Development of multiplexed, ultra-sensitive, label-free and rapid biosensing technologies for proteomics and virus detection applications |
Broad Institute |
Alexander Meissner |
Characterizing the pluripotent state through integrative genomic analysis |
Harvard Medical School |
Thomas Bernhardt |
New strategies for identifying antibiotic targets |
Massachusetts General Hospital |
Jorge Mora |
Teaching lymphocytes where to go: Implications for intestinal immunity and inflammation |
Massachusetts Institute of Technology |
Laurie Boyer |
Investigating how chromatin organization in embryonic stem cells influences cell fate specification |
Massachusetts Institute of Technology |
Jeroen Saeij |
Molecular characterization of toxoplasma kinases involved virulence |
Tufts Veterinary School |
Christopher Schonhoff |
Role of S-nitrosylation in hepatic bile acid transport |
University of Massachusetts Amherst |
Jesse Mager |
Functional assessment of epigenetic regulatory genes in vivo |
University of Massachusetts Lowell |
Xingwei Wang |
Miniature label-free biosensing probes for rapid detection of virus, bacteria, and cells |
Whitehead Institute for Biomedical Research |
Iain Cheeseman |
A molecular toolkit for analysis of the human kinetochore |
If you are interested in receiving email updates about the program, click here.
If you have further questions, please email to Beth Nicklas at newinvestigator@masslifesciences.com.
