<html><head></head><body style="word-wrap: break-word; -webkit-nbsp-mode: space; -webkit-line-break: after-white-space; "><div><blockquote type="cite"><p dir="LTR"><span lang="en-us"><font face="Calibri">I am a researcher
at Harvard Medical School in Boston and am looking for a research
technician for our group. I would like to find someone interested in
applying to graduate school or medical school but who would like a
couple years of research experience beforehand. I have attached a short
summary of our research goals below, so please feel to contact me at</font></span><span lang="en-us"><font face="Calibri"> </font></span><span lang="en-us"></span><a href="mailto:rsherwood@partners.org" target="_blank"><span lang="en-us"><u><font color="#0000ff" face="Calibri">rsherwood@partners.org</font></u></span><span lang="en-us"></span></a><span lang="en-us"><font face="Calibri"> </font></span><span lang="en-us"><font face="Calibri">if you are interested in discussing this further.</font></span></p><div><span lang="en-us"><font face="Calibri"> </font></span><br class="webkit-block-placeholder"></div><p dir="LTR"><span lang="en-us"><font face="Calibri">Our lab aims to
understand the molecular underpinnings of development of endodermal
organs such as the pancreas and intestine using embryonic stem cells (ES
cells). We have developed a highly efficient ES cell differentiation
system toward these organs in which we have an understanding of the
signaling and transcriptional mechanisms underlying cell fate decisions.
We are now generating corresponding genomic data using ChIPseq,
DNAse-seq, and mass spectrometry to unravel DNA-level mechanisms of
organogenesis. We are part of a large interdisciplinary initiative
called Syscode (</font></span><span lang="en-us"></span><a href="http://www.syscode.org/" target="_blank"><span lang="en-us"><u><font color="#0000ff" face="Calibri">www.syscode.org</font></u></span><span lang="en-us"></span></a><span lang="en-us"><font face="Calibri">)
and closely collaborate with computational biologists at Massachusetts
Institute of Technology with the goal of building a predictive model of
development that combines cell signaling inputs and transcriptional
interactions discovered in our experiments.</font></span><span lang="en-us"></span></p><div><span lang="en-us"></span><span lang="en-us"></span><br class="webkit-block-placeholder"></div><p dir="LTR"><span lang="en-us"></span><span lang="en-us"></span><i><span lang="en-us"></span></i><i><span lang="en-us"><font face="Calibri" size="2">Richard Sherwood, PhD</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2">Instructor</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2">Brigham and Women's Dept. of Medicin</font><font face="Calibri" size="2">e</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2">Harvard Medical School</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2">NRB Room 468, 77 Ave. Louis Pasteur</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2">Boston, MA 02115</font></span></i></p><p dir="LTR"><i><span lang="en-us"><font face="Calibri" size="2"><a href="tel:617-525-4772" value="+16175254772" target="_blank">617-525-4772</a></font></span></i></p>
<i><span lang="en-us"><font face="Calibri" size="2"><a href="mailto:rsherwood@partners.org" target="_blank">rsherwood@partners.org</a></font></span></i><br>
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