S.
Olenich, K. Roberts, G. Audet and I.M. Olfert. West Virginia
Univ.
B305
1132.11 Effect of aerobic interval training on erythrocyte
rheological and hemodynamic functions in heart failure patients
with anemia.
J-S. Wang. Chang Gung Univ., Taiwan.
B306
1132.12 Effect of combined aerobic and resistance
exercise training on platelet adhesiveness under shear flow in
sedentary men.
Y-C. Chen and J-S. Wang. Chang Gung Univ.,
Taiwan.
PHYSIOLOGY TUESDAY
393
T
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B307
1132.13 Effects of combined aerobic and resistance
exercise training on apoptosis and autophagy of CD
4+
lymphocytes in sedentary men.
Y-H. Lin and J--S. Wang.
Chang Gung Univ., Taiwan.
B308
1132.14 Effect of combined aerobic and resistance
exercise training on circulating progenitor cells in sedentary
men.
C-P. Lin and J-S. Wang. Chang Gung Univ., Taiwan.
B309
1132.15 Aerobic interval training improves mobilization
and migratory capacity of endothelial progenitor cells in
sedentary men.
H-H. Tsai and J-S. Wang. Chang Gung Univ.,
Taiwan.
B310
1132.16 Hospital-based supervised aerobic training
effectively improves ventilation efficiency and cardiac output
power in patients with systolic heart failure.
C-W. Ho, S-C.
Huang, S-C. Cheng, C-H. Chan and J-S. Wang. Chang Gung
Univ., Taiwan.
B311
1132.17 Different physiological adaptations to aerobic
interval training between heart failure patients with reduced
and preserved ejection fractures.
T-C. Fu and J-S. Wang.
Chang Gung Memory Hosp. and Chang Gung Univ., Taiwan.
B312
1132.18 Effects of obesity and exercise training on
testosterone levels in male rats.
N. Arsenis, B. Disanzo and
T. You. Univ. of Massachusetts Boston and Univ. at Buffalo,
SUNY.
B313
1132.19 The effects of combined exercise on body
compositions and blood lipid profiles in Korean obese women.
H.M. Jin and P.J. Kim. Grad. Sch. of Sport Sci., Kyonggi Univ.,
South Korea.
B314
1132.20 Adipose tissue decrease by exercise training
is associated with blood pressure reduction in old fructose-fed
female rats.
J.F. Machi, N. Bernardes, D.S. Dias, F. Santos,
I.C. Moraes-Silva, M. Sartori, R.B. Wichi, K. De Angelis and
M.C. Irigoyen. Heart Inst. and Fac. of Med., Univ. of São Paulo,
Nove de Julho Univ., São Paulo and Fed. Univ. of Sergipe,
Brazil.
B315
1132.21 Sex-differences in the effects of isometric
handgrip training on resting blood pressure and resistance
vessel function.
M.B. Badrov, S.R. Freeman, P.J. Millar and
C.L. McGowan. Univ. of Windsor, Canada and Toronto Gen.
Hosp.
B316
1132.22 Aquatic training reduces exercise blood
pressure and increases muscle eNOS.
S.F. Crouse, N.P.
Greene, B.S. Lambert, A.T. Carradine, D. Joubert, S.
Riechman and J. Fluckey. Texas A&M Univ. and Univ. of
Virginia.
B317
1132.23 Physiological and biomechanical analysis of a
foot-tapping device.
L. Brilla, D.N. Suprak and R. Callahan.
Western Washington Univ.
B318
1132.24 Modeling exercise effects on cardiovascular
fitness using STELLA.
A.C. Sanders and R.T. Davidson.
Logan Univ., MO.
B319
1132.25 Block periodization training in Navy SEAL
Operators: effect of 12 weeks on salivary hormones.
J. Oliver,
A.C. Zimmer, D. Wood, J.P. Abt, T.C. Sell and S.M. Lephart.
Univ. of Pittsburgh and Naval Special Warfare, Pittsburgh.
B320
1132.26 Overall stress response is reduced in U.S.
marines following infantry training.
K. Kelly, A. Jensen, B.
Niederberger, R. Congalton and R. Jaworski. Naval Hlth.
Res. Ctr., San Diego and Marine Corps Systs. Command,
Quantico, VA.
B321
1132.27 Exercise training in childhood cancer survivors
with subclinical cardiomyopathy.
W.A. Smith, K.K. Ness, V.M.
Joshi, M.M. Hudson, L.L. Robison and D.M. Green. St. Jude
Children’s Res. Hosp. and Univ. of Mississippi.
B322
1132.28 Impact of exercise training on cardiovascular
risk and anti-risk factors in adolescent boys.
M. Koozehchian,
F. Nazem and R.B. Kreider. Texas A&M Univ. and Bu Ali Sina
Univ., Iran.
B323
1132.29 Enhanced spontaneous cage activity induced
by continuous low intensity spinal cord epidural stimulation in
complete spinal cord transected adult rats.
P. Gad, J. Choe, M.
Rath, P. Shah, Y. Gerasimenko, H. Zhong, R.R. Roy and V.R.
Edgerton. UCLA.
B324
1132.30 Effect of unilateral E-stim on strength in a
contralateral untrained limb after bilateral strength training.
S.
LoRusso, N. Barr, W. Hanik, J. Hazen, A. Strittmatter and T.
Tocco. Saint Francis Univ., PA.
B325
1132.31 The changes of lower limb muscle function and
gait with application of aquatic rehabilitation exercise in Korean
stroke patients.
H.M. Jin, I.G. Jeon and H.E. Kim. Kyonggi
Univ. and Dong-eui Univ., South Korea.
B326
1132.32 Endurance training promotes upregulation in
microRNA-206 on blood and in human skeletal muscle.
C.R.
Alves, J.R.L. Junior, G.B. Alves, C.E. Negrão and E.M.
Oliveira. Univ. of São Paulo, Heart Inst. and Sch. of Phys.
Educ.and Sport.
B327
1132.33 Influence of sprint interval training on skeletal
muscle mitochondria as determined by high-resolution
respirometry.
J.W. Beals, C.H. Le, R.L. Scalzo, S.E. Binns,
G.R. Giordano, A.L. Klochak, H.L. Paris, K.E. Sevits, C. Bell
and A.J. Chicco. Colorado State Univ.
1133. MICROVASCULAR RESPONSES AND
THERMOREGULATORY CONTROL IN NORMAL
AND CLINICAL POPULATIONS (POSTERS)
Poster
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B328
1133.1 Endothelium-dependent vasodilation in
young, obese adults: contribution of NOS.
G.L. Peltonen,
R.E. Johansson, J.W. Harrell, J.K. Limberg, M.K. Crain, J.J.
Sebranek, B.J. Walker, E.W. Marlowe and W.G. Schrage.
Univ. of Wisconsin-Madison.
B329
1133.2 Reduced contribution of NOS and CO to
beta adrenergic vasodilation in obesity.
M.K. Crain, R.E.
Johansson, G.L. Peltonen, J.W. Harrell, W.G. Schrage, J.K.
Limberg, J.J. Sebranek, B.J. Walker and M.W. Eldridge.
Univ. of Wisconsin-Madison and Univ. of Wisconsin Sch. of
Med. and Publ. Hlth.
B330
1133.3 Heat production per unit mass determines
the core temperature response to exercise in compensable
conditions.
M.N. Cramer and O. Jay. Univ. of Ottawa Sch. of
Human Kinet.
B331
1133.4 Improved thermoregulatory and autonomic
responses contribute to reduced fatigue and faster recovery
from exertional heat stress by sympatholytic treatment with
clonidine.
H.M. Stauss, N. Choudhary, A.M. Moss and K.C.
Kregel. Univ. of Iowa.
B332
1133.5 Effects of prior exercise on skin blood flow and
insulation during subsequent moderate cold exposure.
M.G.
Spitz, J.W. Castellani, M.J. Alinovi and D.W. DeGroot. U.S.
Army Res. Inst. of Envrn. Med., Natick, MA and U.S. Army Publ.
Hlth. Command, Aberdeen, MD.
TUESDAY PHYSIOLOGY
394
B333
1133.6 Whole-body sweat sensitivity in burn survivors
following heat acclimation.
Z.J. Schlader, R.A.I. Lucas, P.
James, M.S. Ganio and C.G. Crandall. Presbyterian Hosp. of
Dallas, Cardiff Metro. Univ., U.K. and Univ. of Arkansas.
B334
1133.7 Dietary nitrate supplementation augments
cutaneous reflex vasodilation in healthy humans.
E.L. Levitt,
J.T. Keen and B.J. Wong. Kansas State Univ.
B335
1133.8 Effects of dietary nitrate supplementation
on NO-mediated vasodilation during local heating in healthy
humans.
J.T. Keen, E.L. Levitt and B.J. Wong. Kansas State
Univ.
B336
1133.9 Microvascular function is reduced in
normotensive salt-sensitive individuals independent of dietary
sodium intake.
J.J. DuPont, J.L. Greaney, E.M. Matthews,
S.L. Lennon-Edwards, W.B. Farquhar and D.G. Edwards.
Univ. of Delaware.
B337
1133.10 ETA subtype receptor sensitivity to testosterone
contributes to microvascular dysfunction in PCOS.
N.
Stachenfeld, M. Wenner and H.S. Taylor. John B. Pierce Lab.,
Yale Sch. of Med. and Univ. of Delaware.
B338
1133.11 Non-uniform age-related decrements in
regional sweating and skin blood flow.
C.J. Smith, L.M.
Alexander and W.L. Kenney. Penn State.
B339
1133.12 Acute oral sapropterin (Kuvan®) augments
NO-dependent reflex vasodilation in aged human skin.
A.E.
Stanhewicz, L.M. Alexander and W.L. Kenney. Penn State.
B340
1133.13 Total/HDL cholesterol ratio predicts impaired
NO-dependent vasodilation in human skin.
J.D. Dahmus, D.H.
Craighead, W.L. Kenney and L.M. Alexander. Penn State.
B341
1133.14 Characterization of the cutaneous blood flow-
local temperature response through its entire range.
R.S.
Bruning, L.M. Alexander and W.L. Kenney. Penn State.
B342
1133.15 A novel look at KIR channels and potassium in
human skin.
M.A. Francisco, N. Fujii, C.T. Minson and V.E.
Brunt. Univ. of Oregon.
B343
1133.16 A complex interplay between NO, EDHFs, and
KIR channels in cutaneous active vasodilation.
V.E. Brunt, N.
Fujii and C.T. Minson. Univ. of Oregon.
B344
1133.17 Endothelium-dependent cutaneous vaso-
dilation in young smokers: role of endothelial-derived
hyperpolarizing factors.
N. Fujii, V.E. Brunt, M.A. Francisco
and C.T. Minson. Univ. of Oregon.
1134. EPIGENETICS AND EXERCISE (POSTERS)
Poster
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B345
1134.1 Endurance training changes the DNA
methylation pattern in human skeletal muscle.
M.E. Lindholm,
F. Marabita, D. Gomez-Cabrero, H. Fischer, J. Tegnér and
C.J. Sundberg. Karolinska Inst., Stockholm and Huddinge.
B346
1134.2 HDZCs are O-GlcNAc modified and OGT
O-GlcNAcylation is decreased with acute exercise.
H.M.
Medford and S.A. Marsh. Washington State Univ.
B347
1134.3 Exercise during pregnancy attenuates prenatal
high-fat diet-induced hypermethylation of the Pgc-1
a gene
and protects against age-induced glucose intolerance in the
offspring.
R.C. Laker, T. Lillard, M. Okutsu, J. Connelly and
Z. Yan. Univ. of Virginia.
B348
1134.4 Maternal exercise during pregnancy improves
glucose metabolism of offspring.
K.I. Stanford, M-Y. Lee, K.M.
Getchell, M.F. Hirshman and L.J. Goodyear. Joslin Diabetes
Ctr.
B349
1134.5 Effects of in utero heat stress on post-
natal thermoregulation.
J.S. Johnson, J. Ross, J. Selsby,
R. Boddicker, M. Lucy, T. Safranski, R. Rhoads and L.
Baumgard. Iowa State Univ., Univ. of Missouri-Columbia and
VPI and State Univ.
B350
1134.6 Exercise ameliorates high fat diet-mediated
inflammation, DNA methylation and heart failure in female
mice.
V. Chavali, J.M. Harris, S. Givvimani, N. Qipshidze,
L.A. Murphy, G. Tyagi, N. Metreveli, S.C. Tyagi and P.K.
Mishra. Univ. of Louisville.
1135. CENTRAL NERVOUS SYSTEM MODULATION
OF CARDIORESPIRATORY RESPONSES TO
HYPOXIA (POSTERS)
Poster
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B351
1135.1 Rett syndrome mutation MeCP2 T158A affects
hypoxic ventilatory response in mice.
J.M. Bissonnette, S.J.
Knopp and Z. Zhou. Oregon Hlth. & Sci. Univ. and Univ. of
Pennsylvania.
B352
1135.2 Recruitment of serotonergic responses in
cardiac vagal neurons during hypoxia and hypercapnia.
L.A.
Weigand and D. Mendelowitz. The George Washington Univ.
B353
1135.3 Central modulation of arterial chemo-baroreflex
control by propofol during severe arterial hypoxia in the rabbit.
A.W. Quail, D.B. Cottee, R. Roach and S.W. White. Univ. of
Newcastle and Hunter Med. Res. Inst., Australia.
B354
1135.4 Knockdown of tyrosine hydroxylase in the
nucleus of the solitary tract reduces elevated blood pressure
during chronic intermittent hypoxia.
C.S. Bathina, A. Rajulapati,
M. Franzke, K. Yamamoto and S. Mifflin. Univ. of North Texas
Hlth. Sci. Ctr.
B355
1135.5 Short-term sustained hypoxia affects synaptic
transmission in the nucleus tractus solitarius neurons of
juvenile rats.
D. Accorsi-Mendonça, C.E.L. Almado and B.H.
Machado. Sch. of Med. of Ribeirão Preto, Univ. of São Paulo.
B356
1135.6 Changes in ionic currents of respiratory
neurons produce sympathetic overactivity in chronic intermittent
hypoxic rats.
D.J.A. Moraes, M.P. da Silva, D.B. Zoccal, W.A.
Varanda and B.H. Machado. Sch. of Med. of Ribeirão Preto,
Univ. of São Paulo.
B357
1135.7 Sympathetic nerve activity response to acute
intermittent hypoxia and development of sympathetic long-
term facilitation.
A.Y. Fong, A.M. Hammond, T. Xing and P.M.
Pilowsky. Macquarie Univ., Australia.
B358
1135.8 Intermittent hypoxia induces leptin signaling
in the carotid body.
J. Ciriello and S.A. Messenger. Univ. of
Western Ontario.
B359
1135.9 Ventilatory instability persists 1 week after
lipopolysaccharide exposure in newborn rat pups.
A.V. Mason,
E. Kostuk, M. Shirahata and E.B. Gauda. Johns Hopkins Sch.
of Med. and Johns Hopkins Bloomberg Sch. of Publ. Hlth.
B360
1135.10 Developmental hyperoxia attenuates hypoxic
ventilatory depression in neonatal rats.
R.W. Bavis, S.H.
Grandgeorge and C.B. Hill. Bates Col.
PHYSIOLOGY TUESDAY
395
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B361
1135.11 Perinatal sulfur dioxide exposure alters
brainstem parasympathetic control of heart rate.
A.L. Woerman
and D. Mendelowitz. George Washington Univ.
B362
1135.12 Endogenous hydrogen sulfide in the rostral
ventrolateral medulla mediates ventilatory response induced
by hypoxia.
A.F. Donatti, M. Kwiatkoski, R.N. Soriano, E.C.
Carnio and L.G.S. Branco. Univ. of São Paulo, Ribeirão Preto.
B363
1135.13 Measuring hydrogen sulfide at the cellular and
sub-cellular level with fluorescent nanoparticles.
E.R. DeLeon,
M. Galvan, S.S. Bohlson and K.R. Olson. Indiana Univ. Sch.
of Med. South Bend and Univ. of Notre Dame.
B364
1135.14 HIF-1
a increases glutamatergic NMDA
receptors in the PVN during chronic heart failure.
N. Sharma,
C. Cunningham, X. Liu, H. Zheng and K. Patel. Univ. of
Nebraska Med. Ctr.
B365
1135.15 Autonomic function assessed with heart rate
variability in Everest climbers.
J.W. Marck, A. Issa, B. Taylor,
D. Summerfield, A. Kasak and B. Johnson. Mayo Clin. and
TNO, The Hague.
1136. VASCULAR RESPONSES TO EXERCISE AND
ENVIRONMENTAL STRESS
Poster
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B366
1136.1 Plasticity in the microvasculature of conditioned
weight lifters after acute high pressure stress.
M.J. Durand,
S.A. Phillips and D.D. Gutterman. Med. Col. of Wisconsin and
Univ. of Illinois at Chicago.
B367
1136.2 Is sympathetic restraint of skeletal muscle
blood flow present during exercise?
Z. Barrett-O’Keefe, S.J.
Ives, J.D. Trinity, M.A.H. Witman, M.J. Rossman, H.J. Groot,
D.E. Morgan, B. Gmelch, R.S. Richardson and D.W. Wray.
Univ. of Utah and VA Med. Ctr.
B368
1136.3 Ascorbic acid inhibits histamine-receptor
mediated sustained post-exercise vasodilation in humans.
S.A.
Romero, J.M. Kono and J.R. Halliwill. Univ. of Oregon.
B369
1136.4 Nitric oxide-mediated vascular function in
response to limb movement: the impact of age.
J.D. Trinity, H.J.
Groot, G. Layec, M.J. Rossman, S.J. Ives, D.E. Morgan, B.S.
Gmelch, A. Bledsoe and R.S. Richardson. VA Med. Ctr. and
Univ. of Utah.
B370
1136.5 Contributions of nitric oxide and prostaglandins
to exercise hyperemia in young obese adults.
R.E. Johansson,
J.W. Harrell, J.K. Limberg, M.K. Crain, C.L. Rousseau, P.A.
Yanke, J.J. Sebranek, B.J. Walker, M.W. Eldridge and W.G.
Schrage. Sch. of Med. and Publ. Hlth., Univ. of Wisconsin-
Madison.
B371
1136.6 The effect of short-term exercise training and
nitric oxide on the adaptation of femoral vascular conductance
at the onset of contraction.
T. Just, N.G. Jendzjowsky and
D.S. DeLorey. Univ. of Alberta.
B372
1136.7 Contribution of nitric oxide in the contraction-
induced rapid vasodilation in young and older adults.
D.P.
Casey, B.G. Walker, S.M. Ranadive, J.L. Taylor and M.J.
Joyner. Mayo Clin.
B373
1136.8 Sex related differences in vasodilator
responsiveness to hypoxia at rest and during exercise.
J.R.A.
Shepherd, M.J. Joyner and D.P. Casey. Mayo Clin.
B374
1136.9 Endogenous estrogen enhances brachial blood
conductance during dynamic handgrip in young healthy and
metabolic syndrome women.
R. Restaino, T. Schwermann, A.
Blankenship and M.A. Barlow. Eastern New Mexico Univ.
B375
1136.10 Chronic depressive symptoms and gender:
impact on conduit vascular outcomes.
S.C. Stanley, J.T.
Butcher, S.J. Frisbee, A.C. d’Audiffret and J.C. Frisbee.
West Virginia Univ.
B376
1136.11 A single bout of aerobic exercise prevents the
transient endothelial dysfunction induced by mental stress in
men with metabolic syndrome.
A.R.K. Sales, I.A. Fernandes,
N.G. Rocha, V.P. Garcia, L.S. Costa, B.M. Silva and A.C.L. da
Nóbrega. Fluminense Fed. Univ., Brazil.
B377
1136.12 Five days of reduced physical activity
selectively impairs endothelial function of the inactive limbs.
L.
Boyle, D. Credeur, N. Jenkins, J. Padilla, J. Thyfault and P.
Fadel. Univ. of Missouri-Columbia.
B378
1136.13 The effect of L-arginine supplementation
and voluntary wheel running on vascular function in rats with
chronic kidney disease.
C.R. Martens, J.M. Kuczmarski, S.
Lennon-Edwards and D.G. Edwards. Univ. of Delaware.
B379
1136.14 Regulation of antioxidant enzyme expression
in response to exercise in skeletal muscles of dyslipidemic
mice.
A.Q. Nguyen and E. Thorin. Montreal Heart Inst. and
Univ. of Montreal.
B380
1136.15 Role of vascular dysfunction in prostate tumor
perfusion during exercise.
D.J. McCullough, D.W. Siemann
and B.J. Behnke. Univ. of Florida.
B381
1136.16 The effects of continuous-flow left ventricular
assist devices on peripheral vascular function.
M.A.H. Witman,
H.J. Groot, J.R. Gifford, J.D. Trinity, J. Stehlik, S.G. Drakos
and R.S. Richardson. Univ. of Utah and Salt Lake City VA
Med. Ctr.
B382
1136.17 Investigating relationships between arterial
stiffness and collagen turnover in humans.
L. Cotie, K. Currie,
J. Totosy de Zepetnek, A. Josse, G. McGill, S. Phillips and
M. MacDonald. McMaster Univ., Canada and Univ. of Toronto.
B383
1136.18 Alterations in the coagulation and fibrinolytic
systems following an ultra-marathon.
B.R. Kupchak, B.M.
Volk, L. Kunces, L. Phinney, M.D. Hoffman, S.D. Phinney
and J.S. Volek. Univ. of Connecticut, UCLA, Univ. of California
Davis Med. Ctr., VA Northern California Hlth. Care Syst. and
Univ. of California, Davis.
B384
1136.19 Coronary blood flow during cold air breathing:
mechanistic insights using pharmacological blockade.
M.D.
Muller, Z. Gao, J.L. Mast, U.A. Leuenberger and L.I. Sinoway.
Penn State Col. of Med.
B385
1136.20 Adenosine receptor inhibition attenuates
cutaneous vasoconstriction during whole-body cooling.
G.P.
Kenny, R. McGinn, B. Swift and D. Gagnon. Sch. of Human
Kinetics, Univ. of Ottawa.
1137. CONTROL OF BREATHING: CHEMORECEPTION
Poster
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B386
1137.1 Carbonic anhydrase activity underlies spike
frequency adaptation in avian intrapulmonary chemoreceptors.
K.L. Sheridan, J-G. Lonjaret and S.C. Hempleman. Northern
Arizona Univ.
TUESDAY PHYSIOLOGY
396
B387
1137.2 Two potassium-channel blockers differently
affect afferent signal of avian intrapulmonary chemoreceptors.
J-G. Lonjaret, K.L. Sheridan and S.C. Hempleman. Northern
Arizona Univ.
B388
1137.3 Pulmonary neuroendocrine H146 cells as
hypercapnic sensors.
K. Ludlow and J. Buttigieg. Univ. of
Regina, Canada.
B389
1137.4 Changes in expression and activity of MnSOD
and CuZnSOD in carotid body and adrenal medullary cells of
rats exposed to chronic intermittent hypoxia.
E. Moya, C.R.
Varela, P. Arias and R. Iturriaga. Pontifical Catholic Univ. of
Chile.
B390
1137.5 Key role for the multimodal CaSRr in
pulmonary neuroepithelial body microenvironment physiology.
R. Lembrechts, I. Brouns, K. Schnorbusch, I. Pintelon, P.J.
Kemp, J-P. Timmermans, D. Riccardi and D. Adriaensen.
Univ. of Antwerp, Belgium and Sch. of Biosci., Cardiff Univ.,
U.K.
B391
1137.6 A fetal mouse lung slice model for molecular
live cell imaging of the pulmonary neuroepithelial body
microenvironment.
K. Schnorbusch, I. Brouns, R. Lembrechts,
I. Pintelon, J-P. Timmermans and D. Adriaensen. Univ. of
Antwerp, Belgium.
B392
1137.7 Carotid body denervation attenuates
oscillations in respiratory rate and sympathetic nerve activity,
and decreases apnea/hypopnea index in congestive heart
failure.
N.J. Marcus, R. Del Rio and H.D. Schultz. Univ. of
Nebraska Med.Ctr.
B393
1137.8 GAL-021 increases CO
2
-chemosensitivity at
doses that do not stimulate minute ventilation.
S.M. Baby, F.J.
Golder, A.P. Kennedy, S. Peng and D.E. McIntyre. Galleon
Pharmaceuts. Inc., Horsham, PA.
B394
1137.9 Medullary raphé transcriptome comparisons
among inbred rat strains differing in ventilatory sensitivity to
CO
2
.
M.R. Hodges, C. Yang, G.C. Mouradian, P. Liu and M.
Liang. Med. Col. of Wisconsin.
B395
1137.10 Isoflurane stimulates firing frequency and
masks chemosensitivity of CO
2
-inhibited GABAergic neurons
in situ.
S.L. Johansen, K.E. Iceman, G.B. Richerson and
M.B. Harris. Univ. of Alaska Fairbanks and Univ. of Iowa.
B396
1137.11 Chemosensitive neurons in the retrotrapezoid
nucleus express SK channels with low Ca
2+
affinity.
X. Chen,
J. Hawryluk, A.V. Tzingounis and D.K. Mulkey. Univ. of
Connecticut.
B397
1137.12 Effects of leptin in the retrotrapezoid nucleus
on CO
2
-sensitivity and respiration.
M. Bassi, W.I. Furuya, J.V.
Menani, D.S. Colombari, J.M. do Carmo, A. da Silva, J.E.
Hall, I.C. Wenker, D. Mulkey and E. Colombari. São Paulo
State Univ., Araraquara, Univ. of Mississippi Med. Ctr. and Univ.
of Connecticut.
B398
1137.13 Role of purinergic neurotransmission in
different brainstem CO
2
-chemoreceptor regions.
I.C. Wenker,
C.R. Sobrinho, A.C. Takakura, T.S. Moreira and D.K. Mulkey.
Univ. of Connecticut and Univ. of São Paulo.
B399
1137.14 Chemosensory control by purinergic signaling
within the retrotrapezoid nucleus in conscious rats.
B.F. Barna,
A.C. Takakura, D.K. Mulkey and T.S. Moreira. Univ. of São
Paulo and Univ. of Connecticut.
B400
1137.15 Purinergic signaling in the retrotrapezoid
nucleus contributes to central and peripheral chemoreflexes
by divergent mechansims.
T.S. Moreira, C.R. Sobrinho, I.C.
Wenker, D.K. Mulkey and A.C. Takakura. Univ. of São Paulo
and Univ. of Connecticut.
B401
1137.16 ATP acts via P2Y1 receptors in the preBötzinger
complex in vivo to attenuate the secondary hypoxic respiratory
depression.
V. Rajani, J.D. Zwicker, S. Pagliardini and G.D.
Funk. Univ. of Alberta.
B402
1137.17 Increased respiratory rhythm and O
2
and CO
2
chemosensitivity in juvenile rats submitted to perinatal protein
undernutrition.
J.H. Costa-Silva, J.L.B. Alves, V.O. Nogueira,
G.B. Oliveira, G.S.F. Da Silva, A.G. Wanderley and C.V.G.
Leandro. Fed. Univ. of Pernambuco, Vitoria de Santo Antão
and Recife and Univ. of São Paulo, Ribeirão Preto.
B403
1137.18 Hypoglycemia-induced hyperpnoea: a role for
epinephrine and the carotid body?
E.L. Thompson, C.J. Ray,
A. Coney and P. Kumar. Univ. of Birmingham, U.K.
B404
1137.19 Consequences of a maternal vitamin B6
deficiency on hypercapnic response in rat pups.
J.L. St.
Laurent, K. Iceman and M.B. Harris. Univ. of Alaska Fairbanks.
B405
1137.20 The origin of air breathing in vertebrates: turn
(on) your head and cough.
M. Hoffman, B.E. Taylor and M.B.
Harris. Univ. of Alaska Fairbanks.
B406
1137.21 Intermittent hypercapnia-induced
GABAergic plasticity sufficiently enhances ventilatory CO
2
/
pH chemosensitivity to overcome serotonergic dysfunction.
B.P. Mosher, B.E. Taylor and M.B. Harris. Univ. of Alaska
Fairbanks.
B407
1137.22 Medullary raphé chemosensory amplifier
interneurons are mediated by serotonin/substance P and
GABA-synthesizing neurons in situ.
K.E. Iceman and M.B.
Harris. Univ. of Alaska Fairbanks.
B408
1137.23 Ionotropic but not metabotropic glutamatergic
receptors in the locus coeruleus modulate the hypercapnic
ventilatory response in unanesthetized rats.
M.B. Dias, C.L.
Taxini, C.C.I. Puga, L.H. Gargaglioni and K.C. Bícego. São
Paulo State Univ., Botucatu, Jaboticabal and IBILCE, São Jose
do Rio Preto, Brazil.
B409
1137.24 Hypercapnic acidosis increases glutamatergic
but decreases GABAergic input to chemosensitive neurons
from the caudal nucleus tractus solitarius from neonatal rats.
K-Y. Li and R.W. Putnam. Wright State Univ. Boonshoft Sch.
of Med.
B410
1137.25 Accelerators and brakes in CO
2
chemosensitive
neurons.
M.C. Quintero, J.M. Cordovez and R.W. Putnam.
Los Andes Univ., Colombia and Wright State Univ.
B411
1137.26 Brain-derived erythropoietin modulates the
hypercapnic ventilatory response during early postnatal life.
J.
Soliz. Laval Univ., Canada.
B412
1137.27 Erythropoietin increases the hypoxic sensitivity
of the neural respiratory control system in newborn mice.
J.
Soliz. Laval Univ., Canada.
B413
1137.28 Thiosulfate: a readily accessible source of
hydrogen sulfide in oxygen sensing.
K.R. Olson, E.R. DeLeon,
Y. Gao, K. Hurley, V. Saduskas, C. Batz and G. Stoy. Indiana
Univ. Sch. of Med.-South Bend and Univ. of Notre Dame.
B414
1137.29 NAD(P)H autofluorescence induction by
compound C in rat carotid chemoreceptor cells.
I. Kim, J.L.
Fite, D. Kim, D.F. Donnelly and J.L. Carroll. Univ. of Arkansas
for Med. Sci., Chicago Med. Sch. and Yale Univ. Sch. of Med.
PHYSIOLOGY TUESDAY
397
T
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1138. VASCULAR PATHOBIOLOGY I
Poster
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B415
1138.1 Polyphenols prevent obesity-induced aortic
vascular stiffness in C57BL/6 mice.
R.M. Weisbrod, J. Fry, P.
Chauhan, R.A. Cohen and F. Seta. Boston Univ. Sch. of Med.
B416
1138.2 Expression of dysfunctional connexin40 in
vascular endothelium enhances myogenic constriction and
reduces artery distensibility.
D.J. Chaston, B.K. Baillie, T.H.
Grayson, R.J. Courjaret, J.M. Heisler, K.A. Lau, K. Machaca,
B.J. Nicholson, A. Ashton, K.I. Matthaei and C.E. Hill.
Australian Natl. Univ., Weill Cornell Med. Col.-Qatar, Univ. of
Texas Hlth. Sci. Ctr. at San Antonio and Univ. of Sydney.
B417
1138.3 Arterial stiffness in diet-induced obese mice
is reversed by weight loss.
T. Shiang, L. Al Sayah, J. Fry, R.
Weisbrod, S. Bajpai, C. Reinhart-King, R. Cohen and F.
Seta. Boston Univ. and Cornell Univ.
B418
1138.4 Vascular aging: association between
endothelial function and arterial stiffness.
M. Heldens, T.
Tarumi, M. Ayaz, R. Parker, C. Tinajero, C. Hill, B.Y. Tseng,
J. Liu and R. Zhang. Radboud Univ. Nijmegen Med. Ctr.,
Netherlands, Texas Hlth. Presbyterian Hosp. Dallas and Univ.
of Texas Southwestern Med. Ctr.
B419
1138.5 Angiotensin II increases arterial stiffness that
is prevented by polyphenol S17834.
J.L. Fry, R.M. Weisbrod,
F. Seta and R.A. Cohen. Boston Univ. Med. Ctr.
B420
1138.6 Toll-like receptor 4 mediates cavernosal
dysfunction in diabetic rats.
K.P. Nunes, M.A. Carrilo-
Sepulveda, T. Szasz and R.C. Webb. Georgia Hlth. Sci. Univ.
B421
1138.7 Novel anti-atherogenic effects of trivalent
chromium in vascular smooth muscle cells: therapeutic
implication for diabetic vascular complications.
R. Ganguly, S.
Sahu and P. Raman. Northeast Ohio Med. Univ.
B422
1138.8 Reduced NO bioavailability, oxidative stress
and alteration of calcium homeostasis in vascular endothelium
from diabetic mice.
S. Banquet, M.P. Bourguignon, A. Garry,
E. Royere, C. Crespo, I. Lapret, S. Simonet, W. Gosgnach,
C. Thollon, N. Villeneuve and J.P. Vilaine. Servier Res. Inst.,
Suresnes, France.
B423
1138.9 Transcriptional mechanisms that mediate
upregulation of thrombospondin-1 expression by leptin in
vascular smooth muscle cells.
S. Sahu, R. Chavez, R. Ganguly
and P. Raman. Northeast Ohio Med. Univ.
B424
1138.10 Angiopoietin like-2 knock-down improves the
lipid profile of high-fat diet-fed mice and maintains vascular
endothelial function.
C. Yu and E. Thorin. Montreal Heart Inst.
and Univ. of Montreal.
1139. VASCULAR SMOOTH MUSCLE II
Poster
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B425
1139.1 The function of cAMP responsive element
modulator in PDGF induced proliferation of vascular smooth
muscle cells.
M.D. Seidl, I. Hildebrandt, C. Klugstedt, F.
Nunes, S. Endo, N. Kojima, W. Schmitz and F.U. Müller. Univ.
of Münster, Tokyo Metro. Inst. of Gerontol. and Gunma Univ.
Med. Sch., Japan.
B426
1139.2 cGMP-dependent protein kinase I (PKGI)
undergoes post-translational modifications in the Golgi
apparatus.
S. Kato and J.D. Roberts, Jr. Massachusetts Gen.
Hosp., Charlestown.
B427
1139.3 Inhibition of vascular smooth muscle growth
by the soluble guanylyl cyclase activator BAY 60-2770.
D.N.
Martin, S.P. Adderley, C.N. Joshi, W. Durante and D.A. Tulis.
Brody Sch. of Med. at East Carolina Univ. and Univ. of Missouri-
Columbia Sch. of Med.
B428
1139.4 Cascade transmission in skeletal muscle
arteries.
H.A. Kluess. Auburn Univ.
B429
1139.5 Molecular interactions of serotonin and
endothelin-1 in vascular smooth muscle cells: roles of p42/44
mitogen activated protein kinase and Janus kinase 2 pathways.
S. Bhaskaran, J. Zaluski and A.K.L. Banes-Berceli. Oakland
Univ., MI.
B430
1139.6 TNF
a receptor 1 causes endocytosis-
dependent NF-
kB and -independent JNK activation in vascular
smooth muscle cells.
H. Choi and F.S. Lamb. Vanderbilt Univ.
Med. Ctr.
B431
1139.7 Hydrogen peroxide modulates the contractile
response induced by phenylephrine in renal hypertensive
rat aorta.
B.R. Silva, L. Pernomian, M.D. Grando and L.M.
Bendhack. Sch. of Med. and Fac. of Pharmaceut. Sci. of
Ribeirão Preto, Univ. of São Paulo.
B432
1139.8 Reactive oxygen species and purinergic
signaling contribute to the thyroid hormone-induced
vasodilation.
C.R. Fürstenau Basso, L.R.G. Bechara, A.
Belló-Klein, P.C. Brum and M.L.M. Barreto-Chaves. Sch. of
Phys. Educ. and Sport, Univ. of São Paulo and Fed. Univ. of Rio
Grande do Sul, Brazil.
B433
1139.9 The G protein-coupled estrogen receptor
1 (GPER1/GPR30) agonist G-1 regulates vascular smooth
muscle cell Ca
2+
handling.
A. Holm, B. Olde, F. Leeb-Lundberg
and B-O. Nilsson. Lund Univ., Sweden.
1140. LUNG PHYSIOLOGY: PULMONARY
HYPERTENSION
Poster
t
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. 7:30
am
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Presentation time: 12:45
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B434
1140.1 Inhibition of soluble epoxide hydrolase
augments hypoxic pulmonary vasoconstriction and improves
gas exchange in mice.
A. Beloiartsev, C. Ventocilla, J.D.
Winkler, K.D. Bloch and W.M. Zapol. Massachusetts Gen.
Hosp. and Univ. of Pennsylvania.
POSTER PRESENTERS:
UPLOAD YOUR POSTER
Where: E-Poster Counter, Sun. – Tue. Hall A; Wed. Hall C
Deadline: Tue., April 23, 5:00
pm
; Wed., April 24, 3:00
pm
Uploaded posters will be available online to all
registered attendees following the meeting at
www. experimentalbiology.org
TUESDAY PHYSIOLOGY
398
B435
1140.2 Mitochondrial catalase expression protects
against hypoxia-induced pulmonary hypertension.
S.E.
Adesina, C.M. Hart and R.L. Sutliff. Atlanta VA Med. Ctr. and
Emory Univ.
B436
1140.3 Pressure-dependent pulmonary arterieal tone
following chronic hypoxia requires depolarization-induced
activation of epidermal growth factor receptor and NADPH
oxidase.
C.E. Norton, B.R. Walker and T.C. Resta. Univ. of
New Mexico.
B437
1140.4 Loss of endogenous H
2
O
2
-induced inhibition
of ASIC1-mediated Ca
2+
influx in pulmonary artery smooth
muscle cells following chronic hypoxia.
D.R. Plomaritas, L.M.
Herbert, T.C. Resta, B.R. Walker and N.L. Jernigan. Univ. of
New Mexico Hlth. Sci. Ctr.
B438
1140.5 Underdeveloped bradykinin-dependent
vasorelaxation in immature pulmonary arteries from long term
hypoxic sheep is not due to loss of cGMP signaling.
C.L. Wee,
C. Blum-Johnston, Q. Blood, R.H. Wilson, A.B. Blood, L.D.
Longo and S.M. Wilson. Loma Linda Univ.
B439
1140.6 Postnatal-related changes in cAMP mediated
pulmonary arterial relaxation and calcium signals persist
following long term hypoxia in sheep.
R. Paez, M. Rubalcava,
Q. Blood, S. Hong, M. Francis, M.S. Taylor, L.D. Longo and
S.M. Wilson. Loma Linda Univ. and Univ. of South Alabama
Col. of Med.
B440
1140.7 Bradykinin-induced pulmonary vasorelaxation
is modified by long term hypoxia and postnatal maturation in
sheep.
C. Blum-Johnston, Q. Blood, C. Wee, R. Wilson, A.B.
Blood, L.D. Longo and S. Wilson. Loma Linda Univ.
B441
1140.8 Implication of lysophosphatidic acid in hypoxic
pulmonary vascular remodeling: effects on cell adhesion and
migration.
V. Shlyonsky, R. Naeije and F. Mies. Univ. Libre of
Brussels.
B442
1140.9 TRPC1 and TRPC6 regulate chronic
hypoxia-induced vascular tone, vasoreactivity and pulmonary
hypertension.
Y. Xia, X-R. Yang, O. Paudel, Z. Fu, L.
Birnbaumer and J.S.K. Sham. Johns Hopkins Univ. and Natl.
Inst. of Envrn. Sci., Durham.
B443
1140.10 Adaptive immune cells contribute to chronic
hypoxia-induced pulmonary hypertension.
L.D. Maston, T.C.
Resta, J.L. Cannon, W. Giermakowska and L.V. González
Bosc. Univ. of New Mexico.
B444
1140.11 Development and long term hypoxia: changes
in ryanodine receptor expression in ovine pulmonary arteries.
K.L. Young II, R. Goyal, Q. Blood, S.M. Wilson and L.D.
Longo. Loma Linda Univ.
B445
1140.12 Pde3a-deficient mice have evidence of
pulmonary hypertension.
B. Chen, X. Meng, Y. Jin and L.D.
Nelin. Nationwide Children’s Hosp. and The Ohio State Univ.
B446
1140.13 Pulmonary vascular reactivity with aging. K.
Pugh and G. Balanos. Sch. of Sports and Exercise Sci., Univ.
of Birmingham, U.K.
B447
1140.14 Transient receptor potential channels contribute
to an enhanced endothelial cell proliferation and irreversible
vascular remodeling associated with the development of
pulmonary arterial hypertension.
P. Sundivakkam, H. Tang, R.
Fernandez, A. Drennan and J.X-J. Yuan. Univ. of Illinois at
Chicago.
B448
1140.15 The C-terminal tail of aquaporin 1 is required
for migration and proliferation of pulmonary arterial smooth
muscle cells.
N. Lai, J.M. Lade, K. Leggett, C. Undem, M.
Crow, X. Yun and L.A. Shimoda. Johns Hopkins Univ.
B449
1140.16 Can haptoglobin attenuate hemoglobin-
induced vascular damage?
Y. Alonso, C. Lisk and D. Irwin.
Univ. of Puerto Rico at Ponce and Univ. of Colorado Denver,
Anschutz Med. Campus.
B450
1140.17 Poly ADP-ribose polymerase (PARP-1) and
DNA damage in pulmonary arterial hypertension.
J. Meloche,
A. Courboulin, J. Krietsch, G. Margaillan, A. Courchesne,
Y. Coulombe, S. Provencher, G. Poirier, J-Y. Masson and S.
Bonnet. CHUQ, Laval Univ., Canada.
B451
1140.18 Inhibition of the receptor of advanced glycation
reverses pulmonary arterial hypertension.
J. Meloche, A.
Courchesne, M. Barrier, M-P. Tremblay, S. Breuils-Bonnet,
E. Tremblay, S. Provencher and S. Bonnet. Laval Univ.,
Canada.
B452
1140.19 Effect of VPAC2 agonist on improving cardiac
output in pulmonary hypertension.
Y. Mizuno, M. Koga, S.
Kashiwagi, I. Watanabe and T. Goto. Yokohama City Univ.
B453
1140.20 miR204/RUNX2 axis regulates HIF-1
a
activation in pulmonary arterial hypertension.
G. Margaillan,
M. Barrier, F. Potus, J. Meloche, A. Courboulin, C. Couture,
P. Bonnet, S. Provencher and S. Bonnet. CRIUCPQ, Quebec.
B454
1140.21 Morphological changes of the intrinsic cardiac
nervous system in experimental models of right ventricular
hypertrophy.
M.J. Gómez Villalobos, R. Giles and G. Flores.
Autonomous Univ. of Puebla, Mexico.
1141. LUNG PHYSIOLOGY: VASCULAR SMOOTH
MUSCLE BIOLOGY, VASCULAR REGULATION
AND HYPOXIA
Poster
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. 7:30
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Presentation time: 12:45
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B455
1141.1 Nitric oxide bioavailability in patients with cystic
fibrosis.
R.A. Harris, N. Seigler, B. Fox, C. White, L. Brantley,
D. Eidson and K.T. McKie. Georgia Hlth. Sci. Univ.
B456
1141.2 The role of the type III transforming growth
factor-
b receptor TGFbr3 in the regulation of pulmonary
vascular development.
G. Niess, J. Wygowski, W. Seeger and
R.E. Morty. Max Planck Inst. for Heart and Lung Res., Bad
Nauheim.
B457
1141.3 Effects of hypoxia on regulators of G-protein
signaling 2 regulation of pulmonary arterial constriction.
N.
Jain, Y. Tu and P.W. Abel. Creighton Univ.
B458
1141.4 Quantification of reduced blood flow through
intrapulmonary arteriovenous anastomoses in healthy humans
during exercise breathing 100% O
2
.
S. Laurie, J.E. Elliott,
J.W. Duke, R.D. Goodman, I.M. Gladstone, M.B. Fish and
A.T. Lovering. Johns Hopkins Med. Inst., Univ. of Oregon
and Oregon Heart & Vasc. Inst. and Sacred Heart Med. Ctr.,
Springfield, OR.
B459
1141.5 Activation of calpain in pulmonary arterial
smooth muscle cells.
L. Kovacs, R. Rafikov, A. Szabo, Z.
Bagi, S.M. Black and Y. Su. Med. Col. of Georgia, Georgia
Regents Univ.
B460
1141.6 Loss of PPAR
g promotes NF-kB activation,
Nox4 induction, and proliferation of human pulmonary artery
smooth muscle cells.
K.M. Bijli, B-Y. Kang, T. Murphy and
C.M. Hart. Atlanta VA Med. Ctr. and Emory Univ. Med. Ctr.
PHYSIOLOGY TUESDAY
399
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B461
1141.7 Characterization of ryanodine receptor-gated
store-operated calcium entry in rat pulmonary artery smooth
muscle cells.
A.H.Y. Lin, H. Sun, Y-L. Jiang, M-J. Lin and
J.S.K. Sham. Johns Hopkins Univ.
B462
1141.8 Alterations in intracellular Ca
2+
release via
CD38-dependent pathways in pulmonary arterial smooth
muscle of rat by chronic hypoxia.
S. Lee, Y. Jiang, O. Paudel
and J.S.K. Sham. Johns Hopkins Univ. and Johns Hopkins
Sch. of Publ. Hlth.
B463
1141.9 Thioredoxin-1 is necessary for hypoxia-
induced cell proliferation in human pulmonary artery smooth
muscle cells.
Y. Jin, T.E. Tipple, L.G. Chicoine, L.D. Nelin
and B. Chen. Nationwide Children’s Hosp. and The Ohio State
Univ.
1142. FREE RADICAL SIGNALING, OXIDANT STRESS
AND INJURY II
Poster
t
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. 7:30
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B464
1142.1 Elevated peripheral blood mononuclear cell-
derived superoxide production in healthy young black men.
S.H. Deo, S.W. Holwerda, D.M. Keller and P.J. Fadel. Univ. of
Missouri-Columbia and Univ. of Texas at Arlington.
B465
1142.2 Restoration of endothelial function in Ppar
a
-/-
mice by Tempol.
N. Silswal, M.J. Wacker and J. Andresen.
Univ. of Missouri-Kansas City.
B466
1142.3 Determination of Prdx6 binding sites for its
interaction with SP-A.
S.Y. Krishnaiah, C. Dodia, S.I. Feinstein
and A.B. Fisher. Univ. of Pennsylvania Sch. of Med.
B467
1142.4 Direct and indirect effects of particulate
exposure on the heart.
M.W. Gorr, D.J. Youtz, E. Cormet-
Boyaka and L.E. Wold. Nationwide Children’s Hosp. and The
Ohio State Univ.
B468
1142.5 Effect of prenatal antioxidant sulforaphane on
fetal transcriptomics in mice.
H-Y. Cho, L. Miller-DeGraff, L.
Perrow, M. Yamamoto and S.R. Kleeberger. NIEHS, NIH,
Research Triangle Park and Tohoku Univ. Grad. Sch. of Med.,
Japan.
B469
1142.6 Systemic oxidative stress in older adults: do
peripheral blood mononuclear cells contribute?
J.C. Schanzle,
S.H. Deo and P.J. Fadel. Univ. of Missouri-Columbia.
B470
1142.7 PPAR
a modulates acrolein-induced
inflammatory signaling in gp91phox knock-out mice.
K. Marek,
N. Chug, Z. Yousefipour and M. Newaz. Chicago State Univ.
and Texas Southern Univ.
B471
1142.8 Caveolin-1 regulates neuronal regeneration
in peripheral nerve crush injury via regulation of Schwann cell
function.
S.D. Garcia, J. Dolkas, I. Shubayev, S.E. Kellerhals,
J.M. Schilling, V.I. Shubayev, H.H. Patel and Y. Kim. UCSD
and VA San Diego Healthcare Syst.
B472
1142.9 Neuroprotective properties of antioxidants
in stroke correlate with their effects on ischemic release of
glutamate.
P. Dohare, A. Vipani, M.C. Hyzinski-Garcia, N.H.
Bowens, P.J. Feustel, R.W. Keller, Jr., D. Jourd’heuil and
A.A. Mongin. Albany Med. Col.
B473
1142.10 Compartmentalization of redox processes,
Nox4 and endoplasmic reticulum chaperones within lipid
droplets in vascular smooth muscle cells.
T.B. Abrahao. InCor,
São Paulo.
B474
1142.11 Signaling mechanism of cytochrome P450 1B1-
dependent angiotensin II-induced activation of NADPH oxidase
in vascular smooth muscle cells.
C.Y. Song, B.L. Jennings, J.
Lin, X.R. Fang and K.U. Malik. Univ. of Tennessee Hlth. Sci.
Ctr., Memphis.
B475
1142.12 Quantitative analysis of tetrahydrobiopterin
synthesis and oxidation in eNOS uncoupling.
S. Kar and M.
Kavdia. Wayne State Univ.
B476
1142.13 Hydrogen peroxide induced changes in
endothelial function.
H. Patel, J. Chen, S. Daoud and M.
Kavdia. Wayne State Univ.
1143. OXIDATIVE STRESS III
Poster
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. 7:30
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B477
1143.1 Proteomic analysis of the lung proteome after
chronic ethanol exposure.
A.A. Alli, D.S. Montgomery, M.S.
Ghant, D.C. Eaton and M.N. Helms. Emory Univ. and Clark
Atlanta Univ.
B478
1143.2 EtOH consumption contributes to a ‘pro-injury’
environment in the alcoholic lung.
A.F. Eaton, L.A. Brown and
M.N. Helms. Emory Univ. and Children’s Healthcare of Atlanta.
B479
1143.3 Detecting cell adhesion molecules in intact
lung using quantum dot conjugates targeted to endothelial
cells.
R.L. Orndorff, N.K. Hong, B.J. Zern, K. Yu, K. Debolt,
V.R. Muzykantov, S. Huang, A.B. Fisher and S. Chatterjee.
Univ. of Pennsylvania.
B480
1143.4 Resolvins play a role in the resolution of
acute lung injury.
R.R. Cox, Jr., O. Phillips, J. Fukumoto,
I. Fukumoto, P. Tamarapu Parthasarathy, V. Lagishetty,
T. Luong, N. Remsen, R. Lockey and N. Kolliputi. Univ. of
South Florida Morsani Col. of Med.
B481
1143.5 ASC plays a role in alveolar epithelial integrity. J.
Fukumoto, I. Fukumoto, O. Phillips, R. Cox, Jr., P. Tamarapu
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