Comments: |
To: Anna Baranova < [log in to unmask]>, Daniel N Cox < [log in to unmask]>,
Alan H Christensen < [log in to unmask]>,
Chip Petricoin < [log in to unmask]>,
Geraldine M Grant < [log in to unmask]>,
Karl J Fryxell < [log in to unmask]>,
Monique Van Hoek < [log in to unmask]>, Yuntao Wu < [log in to unmask]>,
Charles L Bailey < [log in to unmask]>, Jim Willett < [log in to unmask]>,
Serguei Popov < [log in to unmask]>, Lance Liotta < [log in to unmask]>,
Valery Soyfer < [log in to unmask]>,
Kylene Kehn-Hall < [log in to unmask]>,
Biology Graduate Students < [log in to unmask]>,
Biosciences Graduate Students < [log in to unmask]>
cc: Kathleen Powell < [log in to unmask]>,
Aybike Birerdinc < [log in to unmask]>, [log in to unmask] |
Content-type: |
multipart/alternative;
boundary="Boundary_(ID_q7kl2E/ieE2yTShbmhHTqw)" |
Subject: |
|
From: |
|
Date: |
Mon, 2 Nov 2009 11:49:26 -0500 |
MIME-version: |
1.0 |
Organization: |
George Mason University |
Reply-To: |
|
Parts/Attachments: |
|
|
Thesis Defense Announcement
To: the George Mason Community
*Elizabeth Nohelty
Master of Science in Biology
Molecular concentration
*
Date: Thursday November 12, 2009
Time: 2:00 - 4:00 p.m.
Place: Bull Run Hall, Rm 257
Prince William campus
Thesis Chair: Dr. Ancha Baranova, MMB Dept.
*Title:* _/C6ORF173/ as an Oncogene Crucial for the Progression of
Breast Carcinoma___
*Abstract:*
The genetic mechanism of the progression of breast carcinoma has been a
major topic of research efforts. Previous studies identified /C6ORF173/
as part of the small expression signature differentiating aggressive
breast carcinomas with poor prognoses from relatively indolent Grade 1
tumors. Here we present data correlating the enhanced expression of
/C6ORF173/ with an increase in /in vitro/ proliferation of both human
breast epithelial cells and human breast carcinoma cells. We have also
shown that overexpression of /C6ORF173/ leads to an increase in
expression of another gene, /FLJ11029/ , contributing to the small
expression signature, indicative of the role of /C6ORF173/ in the
orchestration of breast carcinoma progression. Since /C6ORF173/
contributes to the aggressive behavior of breast carcinoma tumors, it
can be used in prognostic screens allowing further tailoring of
chemotherapy treatment for this important malignancy.
*A copy of the thesis is on reserve in the Johnson Center Library,
Fairfax campus. The thesis will not be read at the meeting, but should
be read in advance. *
*All members of the George Mason University community are invited to
attend.*
|
|
|