Tuesday, april 27 anatomy - Experimental Biology
Tuesday, april 27 anatomy - Experimental Biology
Tuesday, april 27 anatomy - Experimental Biology
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tuesday<br />
D101 978.21 Differences in the cardiac proteome in rats<br />
selected for either low or high running capacity. J. Burniston,<br />
J. Kenyani, J. Wastling, L. Koch and S.L. Britton. Liverpool<br />
John Moores Univ., Sch. of Vet. Sci., Univ. of Liverpool and<br />
Univ. of Michigan.<br />
D102 978.22 Diosgenin supress cardiac apoptosis and<br />
enhance survival pathway in ovariectomized rats. S-D. Lee, C-Y.<br />
Tasi, H-C. Ou and C-Y. Huang. China Med. Univ., Taiwan.<br />
D103 978.23 The ZDSD, a new rat model of metabolic<br />
syndrome: evidence of cardiovascular disease. C.S. Packer,<br />
L.M. Meulen, A.M. Boice, K. Coy and R.G. Peterson. Indiana<br />
Univ. Sch. of Med. and PreClinOmics, Indianapolis.<br />
D104 978.24 The ZDSD, a new rat model of metabolic<br />
syndrome: altered arterial muscle mechanics. C.S. Packer,<br />
A.M. Boice, L.M. Meulen, K. Coy and R.G. Peterson. Indiana<br />
Univ. Sch. of Med. and PreClinOmics, Indianapolis.<br />
D105 978.25 Niacin reduces renal damage and insulin<br />
insensitivity in Charles River obese SHR (SHROB/cp): a model<br />
of the metabolic syndrome. Y-J. Kang, T. Manero, S. Levine,<br />
D. Owens, P. Chander and C. Stier. New York Med. Col.,<br />
Nathan Kline Inst., Orangeburg, NY and Charles River Labs.,<br />
Wilmington, MA.<br />
D106 978.26 Telmisartan improves cognitive function<br />
through the increase in neurotrophic factor and inhibition of<br />
apoptosis in hippocampus of rats with metabolic syndrome. T.<br />
Kishi, Y. Hirooka and K. Sunagawa. Kyushu Univ. Grad. Sch.<br />
of Med. Sci., Japan.<br />
979. Cerebral Circulation I<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: 12:45 p m-3:00 p m<br />
D107 979.1 Canrenoic acid, a mineralocorticoid receptor<br />
antagonist, attenuates resistance artery remodeling in strokeprone<br />
spontaneous hypertensive rats. P.W. Pires, J.L. McClain<br />
and A.M. Dorrance. Michigan State Univ.<br />
D108 979.2 Postnatal maturation and hypoxic acclimatization<br />
modulate PKG-mediated activation of BK channels in ovine<br />
cerebral arteries. J.M. Williams, S.L. Stockman, T.M. Lincoln<br />
and W.J. Pearce. Loma Linda Univ. Sch. of Med. and Univ. of<br />
Southern Alabama Col. of Med.<br />
D109 979.3 Involuntary breathing movements improve<br />
cerebral oxygenation during apnea struggle phase in elite<br />
divers. Z. Dujic, L. Uglesic, T. Breskovic, Z. Valic, K. Heusser,<br />
J. Marinovic, M. Ljubkovic and I. Palada. Univ. of Split Sch. of<br />
Med., Croatia and Hannover Med. Sch., Germany.<br />
D110 979.4 Inhibition of PPARg during pregnancy causes<br />
inward remodeling of brain parenchymal arterioles. M.J.<br />
Cipolla, S-L. Chan, A.C. Chapman and J.A. Godfrey. Univ. of<br />
Vermont.<br />
D111 979.5 Role of cAMP and cGMP in arachidonic acid<br />
and PGE2-induced cerebral vasodilation in newborn pigs.<br />
A.J. Kanu and C.W. Leffler. Univ. of Tennessee Hlth. Sci. Ctr.,<br />
Memphis.<br />
D112 979.6 PPARa agonists acutely dilate the mouse<br />
middle cerebral artery. N.K. Parelkar, M.Z. Badr and J.<br />
Andresen. Sch. of Med. and Sch. of Pharm., Univ. of Missouri-<br />
Kansas City.<br />
physiology<br />
D113 979.7 Indication for cholinergically mediated cerebral<br />
vasodilatation during static exercise in humans. T. Seifert, J.P.<br />
Fisher, C.N. Young, D. Hartwich, P.J. Fadel and N.H. Secher.<br />
Univ. of Copenhagen, Sch. of Sport & Exercise Sci., Univ. of<br />
Birmingham, UK and Univ. of Missouri-Columbia.<br />
D114 979.8 Akt/Bcl-2 signaling is critical for anti-apoptotic<br />
effects of carbon monoxide against TNF-alpha-mediated<br />
inflammatory damage in cerebral vascular endothelial cells. S.<br />
Basuroy, S. Bhattacharya, C.W. Leffler and H. Parfenova.<br />
Univ. of Tennessee Hlth. Sci. Ctr., Memphis.<br />
980. Coordinate Regulation of Vascular<br />
Smooth Muscle Gene Expression, Cell<br />
Phenotype, and Vessel Function<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: 12:45 p m-3:00 p m<br />
D115 980.1 Cyclosporine upregulates KLF4 in vascular<br />
smooth muscle cells and drives phenotypic modulation in vivo.<br />
D.S. Sinden, S.M. Garvey, D.L. Rose, P.D. Schoppee Bortz,<br />
M.Y. Lee and B.R. Wamhoff. Univ. of Virginia.<br />
D116 980.2 Genomics approach using calcineurin/NFAT<br />
inhibitors to identify novel effectors of vascular smooth muscle<br />
phenotypic modulation. M.Y. Lee, S.M. Garvey and B.R.<br />
Wamhoff. Univ. of Virginia.<br />
D117 980.3 Sphingosine kinase 1 is required for smooth<br />
muscle cell phenotypic modulation in response to vascular<br />
injury. B.R. Wamhoff, T. Matthews, J. Hogan, A. Morris, Y.<br />
Karel, T. Macdonald and K.R. Lynch. Univ of Virginia and<br />
Univ. of Kentucky.<br />
D118 980.4 Nuclear factor of activated T cells regulates<br />
osteopontin expression in arterial smooth muscle in response<br />
to diabetes-induced hyperglycemia. M.F. Gomez, L.M.<br />
Nilsson-Berglund, A.V. Zetterqvist, J. Nilsson-Öhman, M.<br />
Sigvardsson, L.V. Gonzalez-Bosc, M-L. Smith, A. Salehi,<br />
E. Agardh, G. Nordin-Fredrikson, C-D. Agardh, J. Nilsson,<br />
B.R. Wamhoff and A. Hultgårdh-Nilsson. Lund Univ. and<br />
Linköping Univ., Sweden, Univ. of New Mexico and Univ. of<br />
Virginia.<br />
D119 980.5 NFAT5 positively regulates SMaA gene<br />
expression in vascular smooth muscle. J.A. Lemmon, H.M.<br />
Kwon and B.R. Wamhoff. Univ. of Virginia and Univ. of<br />
Maryland Baltimore.<br />
D120 980.6 Interference with peroxisome proliferator<br />
activated receptor gamma in smooth muscle causes aortic<br />
dysfunction via a Rho-kinase-dependent mechanism. C.J.<br />
Pelham, P. Ketsawatsomkron, S. Groh, W.J. de Lange, F.M.<br />
Faraci and C.D. Sigmund. Univ. of Iowa.<br />
D121 980.7 In P14 rat middle cerebral arteries relations<br />
between myogenic tone and cytosolic Ca 2+ are enhanced by<br />
myofilament Ca 2+ sensitization and increased Ca 2+ influx, but<br />
attenuated by high proportions of noncontractile smooth m<br />
S.M. Charles, L. Zhang, M.J. Cipolla, J.N. Buchholz and W.J.<br />
Pearce. Loma Linda Univ. Sch. of Med. and Univ. of Vermont<br />
Col. of Med.<br />
D122 980.8 Phenotypic differences between neonatal and<br />
adult ovine carotid arteries predict reactivity to chronic hypoxia<br />
and VEGF. O.O. Adeoye, S.M. Butler, J.M. Abrassart, E.A.<br />
Mock, J.M. Williams and W.J. Pearce. Loma Linda Univ. Sch.<br />
of Med.<br />
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