Our Mission

The Jane Coffin Childs Memorial Fund for Medical Research is dedicated to providing financial support to offer highly qualified scientists the opportunity to pursue research into the causes and origins of cancer.

The goal of the Fund is to provide support to the brightest individual scientists pursuing careers in cancer research while promoting and emphasizing the value and contribution of the individual in keeping with the spirit of the conception of the Fund.

FINANCIAL REPORTS

2008 FINANCIAL REPORT >
2007 FINANCIAL REPORT >

JCC FUND NEWSLETTERS
Check out our current and past newletters to find out about the newest JCCF fellows and what they are researching, details on our annual retreats, and other interesting articles.

2011 JCC FUND NEWSLETTER >

2010 JCC FUND NEWSLETTER >
2009 JCC FUND NEWSLETTER >
2008 JCC FUND NEWSLETTER >
2007 JCC FUND NEWSLETTER >
2006 JCC FUND NEWSLETTER >
2005 JCC FUND NEWSLETTER >

We will accept referee and sponsor letters either through the website or by email until February 28. Referees may send letters and ratings (from A to E) directly to us at letters@jccfund.org. Sponsor letters may also be sent to the same address. Please paste the contents of your letter inside the body of your email.

Komili

Suzanne K. L. Komili

Department of Biochemistry and Biophysics, University of California, San Francisco, California

I am studying genetic determinants of non-genetic variability, or “noise,” in gene expression using the yeast Saccharomyces cerevisiae.


I started college fully intending to become a physician. However, an excellent first-year interdisciplinary course exposed me to the excitement of research science, and demonstrated the power/utility of using tools from one discipline to study problems in another. I pursued a degree in physics, with the intention of applying the quantitative tools and techniques that I had learned to study biology.


My graduate studies were supervised by both Pam Silver, a molecular and cellular biologist, and Fritz Roth, a statistician and computational biologist. Their joint tutelage allowed me not only to learn fundamental molecular biology and genomics, but also how to analyze data I generated in high-throughput and computational studies. My post-doctoral research on noise in gene expression provides another opportunity to apply mathematical and computational techniques to high-throughput datasets that I am collecting myself. I hope that these studies will provide new insight into problems as fundamental

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