Tuesday, april 27 anatomy - Experimental Biology
Tuesday, april 27 anatomy - Experimental Biology
Tuesday, april 27 anatomy - Experimental Biology
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tuesday<br />
C256 829.4 Effectiveness of a web-based cross-sectional<br />
<strong>anatomy</strong> learning tool (3D-X) at improving students’ ability to<br />
interpret CT images. K. Dorosh, S. Bhattacharyya and P.<br />
Haase. Univ. of Western Ontario.<br />
C257 829.5 Testing knowledge of clinically-relevant surface<br />
<strong>anatomy</strong>. M. Hankin, C.A.C. Baptista, R.D. Lane, D.E. Morse<br />
and C.A. Bennett-Clarke. Univ. of Toledo.<br />
Biochemistry/<strong>anatomy</strong><br />
C258 829.6 Correlating numerical course grades between<br />
gross <strong>anatomy</strong> and clinical courses with strong orthopedic<br />
content in the physical therapy curriculum. T.P. Bukoskey and<br />
R. Barredo. Tennessee State Univ.<br />
Biochemistry and Molecular <strong>Biology</strong><br />
830. Chromatin Structure and Remodeling<br />
Poster<br />
Tu e. 7:30 a m—An a h e i m Co n v e n t i o n Ce n t e r, Ex h i b it Ha l l CD<br />
Presentation time: 12:20 p m-1:30 p m<br />
B1 830.1 A functional role for CHD8 in transcriptional<br />
regulation through the modulation of chromatin structure. D.A.<br />
Bochar, T. Menon and J.A. Yates. Univ. of Michigan.<br />
B2 830.2 Changes of antioxidant activity and phenolic<br />
compounds during fermentation by lactic acid bactera. J.<br />
Jung, J.H. Shin and S.K. Yoo. Sookmyung Women’s Univ. and<br />
Joongbu Univ., Republic of Korea.<br />
B3 830.3 Identification of novel regulatory domains<br />
in the yeast Snf2 protein. P. Sen, S. Ghosh, F. Pugh and B.<br />
Bartholomew. Southern Illinois Univ. and Penn State.<br />
831. Co-Transcriptional Processing<br />
Poster<br />
Tu e. 7:30 a m—An a h e i m Co n v e n t i o n Ce n t e r, Ex h i b it Ha l l CD<br />
Presentation time: 12:20 p m-1:30 p m<br />
B4 831.1 Chemical-genomic dissection of the CTD code.<br />
A.Z. Ansari. Univ. of Wisconsin-Madison.<br />
B5 831.2 Sem1 is required for TREX2 stability. E.G.<br />
Oliver, P.P. García and S.R. Navarro. Ctr. Invest. Príncipe<br />
Felipe, Valencia.<br />
B6 831.3 A genome-wide RNAi screen identifies novel<br />
factors involved in the processing of snRNA. E.J. Wagner, T.R.<br />
Albrecht, J. Chen and N. Ezzeddine. Univ. of Texas Hlth. Sci.<br />
Ctr. at Houston.<br />
832. Mechanisms of Chromatin Remodeling<br />
Poster<br />
Tu e. 7:30 a m—An a h e i m Co n v e n t i o n Ce n t e r, Ex h i b it Ha l l CD<br />
Presentation time: 12:20 p m-1:30 p m<br />
B7 832.1 Structural studies of ATP-dependent chromatin<br />
remodeling. A. Leschziner, B. Isaac, C.R. Clapier and B.R.<br />
Cairns. Harvard Univ. and HHMI, Univ. of Utah Sch. of Med.<br />
833. Transcriptional Regulation<br />
Poster<br />
Tu e. 7:30 a m—An a h e i m Co n v e n t i o n Ce n t e r, Ex h i b it Ha l l CD<br />
Presentation time: 12:20 p m-1:30 p m<br />
B8 833.1 Inhibition of Notch is directly correlated with<br />
VPAC repression in HT-29 colon carcinoma cells. D.S. Bakke,<br />
K.D. Benton, R. Hermann, G. Dorsam and D.S. Bakke. North<br />
Dakota State Univ.<br />
B9 833.2 Ikaros engages the VPAC1 promoter and<br />
recruits HDAC1 in activated HuT78 cells. K.D. Benton, R.J.<br />
Hermann, T. Van der Steen, J. Failing and G.P. Dorsam.<br />
North Dakota State Univ.<br />
B10 833.3 Regulation of transcription factor AP-1 in<br />
human fibroblasts in response to cytokines: role in regulation<br />
of matrix metalloproteinase-3. R. Borghaei, M. Chambers, G.<br />
Gorski and G. Kirkpatrick. Philadelphia Col. of Osteo. Med.<br />
B11 833.4 Role of STAT6 in regulation of matrix<br />
metalloproteinase-3. R. Borghaei, M. Chambers, C. Gunsolly,<br />
G. Gorski and M. Evans. Philadelphia Col. of Osteo. Med.<br />
B12 833.5 Examining the influence of the sulfur<br />
assimilation pathway on the regulation of Yap1 activity in<br />
Saccharomyces cerevisiae. H.A. Brown and J.D. West. Col. of<br />
Wooster.<br />
B13 833.6 Saccharomyces cerevisiae responds to cold<br />
shock by inducing the transcription of genes required for zinc ion<br />
homeostasis. K.M. Buckmelter, B.A. Infanzon, E.M. Liu, O.S.<br />
Sakhon, K.R. Rodriguez and W.T. Citti. Loyola Marymount<br />
Univ.<br />
B14 833.7 Tungsten carbide-cobalt nanoparticles induce<br />
reactive oxygen species, AKT, ERK, AP-1, NF-kB, VEGF, and<br />
angiogenesis. M. Ding, J. Zhao, L. Bowman, V. Castranova<br />
and B-H. Jiang.<br />
B15 833.8 Roles of the yeast Ccr4-Not complex in<br />
regulating transcription. A. Dutta, J.A. Kruk, D.S. Gilmour and<br />
J.C. Reese. Penn State.<br />
B16 833.9 Can neuropeptide receptors really cause<br />
leukemogenesis. J. Failing, S. Dorsam, R. Hermann, S. Batra<br />
and G. Dorsam. North Dakota State Univ. and MeritCare Hlth.<br />
Systs., Fargo.<br />
B17 833.10 Phospholipase C is required for histone<br />
acetylation in Saccharomyces cerevisiae. L. Galdieri and A.<br />
Vancura. St. John’s Univ., NY.<br />
B18 833.11 Genome wide mapping of histone methylation<br />
reveals a distinct epigenomic signature in human pluripotent<br />
stem cells. M.J. Hitchler, C.S. Veerappan, J. Aman, V. Fox, C.<br />
Cuningham, D. Van Den Berg, B. Berman, M. Pera, P. Laird<br />
and J.C. Rice. Univ. of Southern California.<br />
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