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April 20, 2015 • Whitehead Institute

April 08, 2015 • Argonne National Laboratory

March 19, 2015 • Albert Einstein College of Medicine

March 05, 2015 • Vanderbilt University

February 23, 2015 • University of Texas

October 27, 2014 • Johns Hopkins Medicine

October 16, 2014 • Stowers Institute for Medical Research

June 16, 2014 • ​University of California, San Diego

May 25, 2014 • ​Albert Einstein College of Medicine

January 23, 2014 • ​Albert Einstein College of Medicine

January 23, 2014 • Carnegie Institution for Science

December 30, 2013 • Georgia Institute of Technology

July 18, 2013 • Whitehead Institute for Biomedical Research

July 14, 2013 • Brookhaven National Laboratory

July 08, 2013 • University of Vermont

February 27, 2013 • ​Indiana University

August 31, 2012 • Florida State University

June 11, 2012 • Stowers Institute for Medical Research

March 27, 2012 • New York University

February 05, 2012 • North Carolina State University

July 17, 2011 • Albert Einstein College of Medicine

March 10, 2011 • Brandeis University

February 11, 2011 • Berkeley Lab

February 08, 2011 • Scripps Research Institute

February 07, 2011 • Rice University

January 16, 2011 • Albert Einstein College of Medicine

December 13, 2010 • American Society for Cell Biology

September 21, 2010 • Rockefeller University

September 15, 2010 • Albert Einstein College of Medicine

August 20, 2010 • University of Illinois, Urbana-Champaign

August 03, 2010 • University of Illinois at Chicago

June 07, 2010 • Massachusetts Institute of Technology

June 04, 2010 • University of California, Los Angeles

May 19, 2010 • University of Notre Dame

April 22, 2010 • Albert Einstein College of Medicine

February 17, 2010 • Berkeley National Lab

July 21, 2009 • California Institute of Technology

NIGMS-funded physicists have created tiny devices that can determine the mass of a single molecule in real time.

May 05, 2009 • University of California, San Diego

NIGMS-funded researchers have shown that phytochromes from bacteria can be engineered into infrared-emitting tags for whole-body imaging.

March 16, 2009 • Scripps Research Institute

NIGMS-funded researchers have been able to follow the changing shape of individual alpha-synuclein proteins, which are linked to Parkinson's and Alzheimer's diseases.

January 25, 2009 • Albert Einstein College of Medicine

An NIGMS-funded study shows that adaptation, rather than neutral change, plays a large role in human evolution.

June 05, 2008 • University of Illinois

NIGMS-supported researchers are the first to observe the dynamic, ratchet-like movements of single ribosomal molecules in the act of building proteins from genetic blueprints.

May 19, 2008 • Northeastern University

NIGMS-supported researchers have developed a method using optical tweezers to better understand how DNA-drug interactions occur.

May 07, 2008 • Harvard University

An NIGMS-funded study used single-molecule fluorescent imaging to trace the role of reverse transcriptase in real time.

May 01, 2006 • ​National Institute of General Medical Sciences

The Washington Post featured colorful images generated by NIGMS scientists and previously highlighted in the NIGMS monthly electronic newsletter Biomedical Beat.


This page last reviewed on September 08, 2014