Note: Poster sessions are indicated by a "P" following
the session number.
| Friday, Oct 13 |
6.1.1 Cardiac Therapy |
10:30 AM |
| 13586 |
Heart-Cell Model Response to Biphasic External Defibrillator Waveforms |
Joseph Sullivan; Jeffrey Johnson |
| 14516 |
Finite Element Model of Radiofrequency Ablation with True Blood Flow |
Mudit Jain; Patrick WOLF |
| 14597 |
Creation of Uniform Linear Lesions by Phased Radiofrequency Energy |
Xiangsheng Zheng MD; Raymond Ideker MDPhD; Jeffrey Hall DVM; Dennis Rollins;
Gregory Walcott MD |
| 14529 |
Linear Phased Radiofrequency Catheter Ablation in the Left and Right Atria
For the Treatment of Atrial Fibrillation |
Gregory Walcott MD; Jeffrey Hall DVM; G Neal Kay MD; Kenneth Ellenbogen
MD; Mark Wood MD; Hugh Calkins MD |
| 16330 |
Biophysics of Radiofrequency Ablation Using an Irrigated Electrode |
Mark Mirotznik Ph.D.; Deeptankar Demazumder; David Schwartzman MD |
| Friday, Oct 13 |
6.1.2 Engineered Cardiac Electrophysiology |
2:00 PM |
| 13786 |
Genetic augmentation of Ca<sup>2+</sup> channels in cell monolayers:
comparing optical recordings and computer simulations of modulated action
potentials |
Emilia ENTCHEVA; Henry Colecraft M.; David YUE; Raimond WINSLOW; Leslie
TUNG |
| 14465 |
HIGH-RESOLUTION OPTICAL MAPPING OF THE RIGHT BUNDLE BRANCH IN CONNEXIN40
KNOCKOUT MICE REVEALS SLOW CONDUCTION |
Houman TAMADDON; Dhananjay VAIDYA; Alex SIMON; David PAUL; Jose JALIFE;
Gregory MORLEY |
| 14491 |
Molecular Genetic Analysis of Ventricular Repolarization in the Mammalian
Myocardium |
Weinong GUO; Barry LONDON; Jeanne NERBONNE |
| 14891 |
Three-dimenisonal cultures of cardiomyocytes for electrophysiological studies
of cardiac muscle |
Nenad BURSAC; Maria Papadaki; John WHITE A; Solomon Eisenberg R; Lisa Freed
E |
| 14718 |
Coupling Requirements for Successful Impulse Propagation with Skeletal Myocytes
Transplanted in Myocardium |
Randall LEE M.D, Robin Shaw Dr |
| Saturday, Oct 14 |
6.1.3 Cellular Electrophysiology |
9:00 AM |
| 14657 |
The progenitor of cardiac arrhythmias: the relationship between alternans
and restitution in individual cardiac cells |
Mingyi LI; Niels OTANI |
| 13557 |
Intracellular Ca<sup>2+</sup> Changes in Three Distinct Models
of Sinoatrial Node Cells: Computational Study |
Christopher OEHMEN; Semahat DEMIR |
| 13969 |
Transient Outward K<sup>+</sup> Current with <i>Shal</i>-type
Characteristic and its Role in Action Potential Prolongation in Rat Ventricle |
Sandeep Pandit; Robert Clark Dr.; Wayne Giles Dr.; Semahat Demir Dr. |
| 14738 |
Paradoxical Window of Impaired Excitability in Isolated Cardiac Cells Stimulated
with Elevated Electric Fields |
Vinod Sharma; Leslie Tung |
| Saturday, Oct 14 |
6.1.4 Tissue Electrophysiology |
10:30 AM |
| 14760 |
Fluorescence Emission Ratiometry for Measurement of Cardiac Action Potentials |
Stephen KNISLEY; Wei KONG |
| 13407 |
Line stimulation across fibers produces arrhythmias that depend on virtual
electrodes and action potential prolongation |
Tamara BAYNHAM; Stephen KNISLEY |
| 13954 |
Quantitative Analysis of Four Synchronous Rotors in Cardiac Reentry |
Mark-Anthony Bray; John P. Wikswo, Jr.; Shien-Fong Lin; Bradley J. Roth |
| 14527 |
Voltage-sensitive dye recordings of activation and conduction in adult mouse
hearts |
Anders NYGREN; Robert B CLARK; Darrell BELKE; Colleen KONDO; Wayne R GILES;
Francis X WITKOWSKI |
| 14564 |
An analysis of atrial arrhythmias resulting from vagal tone: a model study |
Kneller James; Hong Shi; Katayoun Derakhchan; Zhiguo Wang; Stanley NATTEL;
Medicine; ; ; ; |
| 14383 |
An efficient algorithm for large-scale modeling of cardiac tissue |
Didier ALLEXANDRE; Niels OTANI |
| Saturday, Oct 14 |
6.1.5 Organ Electrophysiology |
2:00 PM |
| 14300 |
Finite Element Modeling of Electrical Propagation in Cardiac Tissue |
Qing Zhao; Kwong Ng |
| 12775 |
Effects of the Recording Reference on the 3-D Potential Distribution and
Shape of the Unipolar Electrograms: An Experimental Study |
Bonnie PUNSKE; Robert LUX; Robert MacLeod; Philip Ershler; Theodore Dustman;
Yonild Vyhmeister; Bruno TACCARDI |
| 12498 |
Baseline Wander Removal Using Holter ECG Signals |
Michael COBB; Dean JEUTTER; Kristina ROPELLA |
| 14824 |
A New Technique for Non-linear Time Series Analysis of ECG signal for Detection
of Ventricular Premature Beats |
Sabita MISRA; Chee Keong Kwoh; S.M Krishnan |
| 13040 |
Tracking of fibrillatory changes in local epicardial activation intervals
using time-frequency analysis. |
Sachin Moghe; Abhijit Patwardhan |
| 14345 |
A new device for evaluating autonomic nervous activity of cardiovascular
system in the young and the elderly |
Noriko MATSUI; Kihwan Ju; Chieko Sugishita; Mamoru Kumada |
| Friday, Oct 13 |
6.1P Cardiac Electrophysiology |
12:00 PM - 2:00 PM (Poster Session) |
| 13355 |
Tissue thickness and epicardial dominant frequencies during ventricular
fibrillation |
Fujian QU; Abhijit Patwardhan |
| 13401 |
iCell: An Interactive Cell Modeling Tool for Electrophysiology |
Semahat DEMIR |
| 13416 |
Emission Overlap for Rh237 and Fluo-4 Used Simultaneously to Record Optical
Vm and Intracellular Calcium Transients in Rabbit Hearts |
Wei KONG; Philip Johnson Jr.; Stephen B. KNISLEY Ph. D |
| 13965 |
Correlation of the Defibrillation Threshold and the Upper Limit of Vulnerability
For Multipulse Biphasic Waveforms |
Jennifer REIGHARD; James SWEENEY; Derek Dosdall; Tedd Brandon |
| 14478 |
Bidomain Modeling of Reentrant Rotating Waves |
Zhiming Ni; Kwong Ng |
| 13459 |
Quantitative Analysis of the Effects of External Electrical Shocks on Rabbit
Myocardium |
Marcella Woods; John P. Wikswo Jr. |
| 14494 |
Power-law relationship of heart rate variability as a predictor of the need
for pacemakers in patients with atrial fibrillation. |
Eduardo HERNANDEZ; George Asare; Balvinder Blah; Kihwan Ju; Ki Chon; Kungming
Jan |
| 12222 |
Role of Inward Rectifier Potassium Current on Drug Therapy of Atrial Fibrillation |
Cheng-Jeng Tai; Wen-Hung Chao; Shih-ann Chen; John K-J Li; Po-Min Chen;
Jui-chien Hsieh |
| 14296 |
Three-dimensional Chebyshev Pseudospectral Modeling of Cardiac Propagation |
Rongqi Yan; Kwong Ng |
| Thursday, Oct 12 |
6.2.1 Cardiovascular Imaging for Function and Therapy |
10:30 AM |
| 13765 |
Assesing Ventricular Mechanics with Computer Aided Speckle Interferometry |
Glenn GAUDETTE; Joseph Todaro; Irvin Krukenkamp; Fu-Pen Chiang |
| 11976 |
Cardiac fiber orientation in goat measured with Diffusion Tensor Imaging. |
Liesbeth Geerts-Ossevoort; Peter Bovendeerd; Klaas Nicolay; Theo Arts |
| 17692 |
Myocardial Repair with ECM Scaffolds |
Stephen BADYLAK |
| 13599 |
Evaluation of Magnetic Resonance Angiography for Measuring Arterial Wall
Shear Stress |
Peter YIM; Juan Cebral; Yantian Zhang; Robert Lutz; Peter Choyke |
| 14023 |
Characterizing the Fluid Dynamics of Mitral Inflow: In vitro Studies |
Jason COOKE; Jean HERTZBERG; Robin SHANDAS; Craig Lanning; Rebecca Knobel |
| 13846 |
Using intravascular ultrasound to study mechanical properties of blood vessels
in vivo and in vitro |
Azita Tajaddini; Deborah Beattie; David G. Vince |
| Thursday, Oct 12 |
6.2.2 Cardiac Excitation-Contraction Coupling |
2:00 PM |
| 14459 |
Non Uniform E-C Coupling In Rat Trabeculae Is A Source Of Ca2+ Waves and
Arrhythmias |
Henk TER KEURS; Yu-Ji Wakayama Dr; Bruno Stuyvers Dr |
| 13632 |
The Underlying Mechanisms of Circular Calcium Wave Propagation in Rat Ventricular
Myocytes |
Theodore WIESNER; Sai Subramanian; Sandor Gyorke Ph. D; Serge Viatchenko-Karpinski
Ph. D; Valeriy Lukyanenko Ph. D |
| 13066 |
Protein Switches That Control Molecular Motors: Comparing Thin Filament
Activation in Cardiac vs. Skeletal Muscle. |
Michael REGNIER; Albert GORDON |
| 15261 |
Regulation of the stress -sarcomere length free calcium relationship in
the skineed cardiac muscle. |
Henk ter KEURS; Ying Ming Zhang; Amir LANDESBERG |
| 14376 |
Load Dependence of Ventricular Performance Explained by Changes in Calcium-Myofilament
Interactions |
Juichiro Shimizu; Koji Todaka; Daniel Burkhoff |
| Thursday, Oct 12 |
6.2.3 Cardiac Sarcomere Function |
4:00 PM |
| 13908 |
Structure-function relationships in cardiac contractile proteins |
Pieter DE TOMBE |
| 14543 |
Radial Crossbridge Elasticity Coupled with Thin-Filament Cooperativity as
the Basis for the Frank-Starling Law |
William HUNTER; Yiming WU; Kenneth CAMPBELL |
| 13945 |
Transfer Function Analysis of Myofilament-Load Interaction |
Kenneth CAMPBELL; Robert Krikpatrick Mr |
| 15265 |
Crossbridge dynamics: is it a function of sarcomere displacement or of the
shortening velocity? |
Amir LANDESBERG; Henk E.D.J. TER KEURS |
| 14653 |
Quantal behavior in muscle contraction |
Gerald POLLACK |
| Friday, Oct 13 |
6.2.4 Vascular Stents and Flow Dynamics |
10:30 AM |
| 14178 |
Intraaneurysmal Vorticity Reduction Subsequent to Stenting |
V. LIVESCU; B. B. LIEBER; L.N. HOPKINS; A. K. WAKHLOO |
| 13893 |
Finite Element Modeling and In Vivo Evaluation of a Compliance Matching
Stent |
James MOORE Jr.; Joel Berry; Pierre Rolland; Chouki Mekkaoui; Emil Manoach;
Alexander Rachev |
| 14034 |
Numerical Simulation of Flow in a Stented and Nonstented Cerebral Arterial
Segment with a Side Wall Aneurysm using the Immersed Boundary Technique |
C.C. NICHITA; B.B. LIEBER; E.B. PITMAN |
| 13794 |
A study of pulsatile flow in stenotic coronary artery models: Influence
of flow rate and stenosis size, symmetry, and wall roughness |
Ralph Budwig; Byron Hansen; Carla Egelhoff; Jonathan Foster |
| 14170 |
The Use of Europium Fluorescence to Visualize Endovascular Embolization
with n-Butyl-2-Cyanoacrylate |
W.J. CALVO; B.B. LIEBER; A.K. WAKHLOO; L.N. HOPKINS |
| 14025 |
Modeling of Emblic Agent Dispersion in a Swine Rete Model of an Arteriovenous
Malformation |
A.A. Divani; B.B. Lieber; A.K. Wakhloo; L.N. Hopkins |
| Friday, Oct 13 |
6.2.5 Vascular Mechanics |
2:00 PM |
| 11995 |
Biomechanical analysis of porcine coronary arteries |
Stacey DIXON; Raymond VITO; Russell HEIKES |
| 13842 |
Material Properties and Residual Stress of Individual Layers in the Arterial
Wall |
Jessica WAGENSEIL; Sara PETERSON; Thoralf SUNDT III; Nicholas KOUCHOUKOS;
Ruth OKAMOTO |
| 14538 |
Cyclic strain amplitude in the carotid bifurcation and its potential correlation
to atherogenesis |
Hesham YOUNIS; Chanil Chung; Roger KAMM |
| 14180 |
Effect of Physiologic Vessel Distensibility on Wall Shear Stress Distribution
in Vascular Flow Dynamics |
Yutong LIU; Y Lai; David MCPHERSON; A Hamilton; A Nagaraj; B Kane; Krishnan
CHANDRAN |
| 14659 |
<i>In Vivo</i> Validation of a Cardiovascular Surgical Simulation
System |
Joy P. KU; Mary DRANEY; W. Anthony Lee; Christopher K. Zarins; Charles A.
Taylor |
| 14492 |
Acute Hyperglycemia Alters Shear and Oxidant Stress in Coronary Arteries
In Vivo |
Eric R GROSS; Lars E Olson; Dorothee Weihrauch; Judy R Kersten; Douglas
A Hettrick; Paul S Pagel; David C Warltier |
| Saturday, Oct 14 |
6.2.6 Ventricular-Vascular Interaction |
8:30 AM |
| 14191 |
Computer modeling of cardiovascular response to posture and gravity |
Kristy Peterson; M Keith Sharp; George M Pantalos |
| 13778 |
Impedance characteristics of the internal carotid artery |
Marshal Childers; Calvin Hisley; Charles Eggleton |
| 14077 |
A Model of Cardiovascular Response to a Sustained Orthostatic Stress |
Colin WALSH; Srdjan Cirovic; William Fraser; Azfar Samin |
| 13692 |
Modeling of Pediatric Aortic Input Impedance |
M Keith Sharp; George M Pantalos; LuAnn Minich; Lloyd Y Tani; Edwin C McGough |
| 14396 |
When the Ventricle Perceives the Arterial System as a Windkessel |
David Berger; Christopher QUICK |
| 14662 |
Input Impedance at high and low frequencies reveals effects of pulse wave
propagation and reflection |
Christopher QUICK; David BERGER; Abraham Noordergraaf |
| Saturday, Oct 14 |
6.2.7 Cardiovascular Development and Disease Mechanics |
10:30 AM |
| 14224 |
The Carotid Sinus: Absent at Infancy but Develops at Maturity? |
J. Seong; A.K. Wakhloo; B.B. Lieber |
| 12197 |
Development of a simple method to construct finite element models of aortas
from MRI images and its application to thoracic aortic aneurysm |
Yoko KATO; Takeo MATSUMOTO; Kiichirou KUMAGAI; Hiroji AKIMOTO; Koichi TABAYASHI;
Masaaki SATO |
| 14259 |
Modification of a 3-D Reconstruction Technique for Abdominal Aortic Aneurysm
That Includes Intraluminal Thrombus |
David H.J. Wang; Michael S. Sacks; David A. Vorp |
| 14164 |
Predicting the Dynamic Behaviour of Various Embolic Mixtures for the Endovascular
Treatment of Cerebral AVMs |
M.J. GOUNIS; B.B. LIEBER; L.N. HOPKINS |
| 14862 |
Arterial Endothelium in Disturbed Flows: Sub-cellular Vs Macroscopic Shear
Stress Gradients |
Natacha DEPAOLA; Lucio Florez; Denise C. Polacek; Peter F. Davies |
| 14252 |
Free emboli formation and procoagulant properties of platelets induced by
flow past mechanical heart valves |
Danny Bluestein; Yanmei Li; Yang H. Yun; Irvine B. krukenkamp; Jolyon JESTY |
| Friday, Oct 13 |
6.2P Cardiovascular Mechanics |
12:00 PM - 2:00 PM (Poster Session) |
| 12053 |
Accelerometer Based Heart Recordings - The Role of Coupling |
Angela M. Nigro; Mark W. Otter Ph.D. |
| 13082 |
Uniaxial Strength of Human Ascending Aortic Tissue |
William DELONG; Thoralf SUNDT; Nicholas KOUCHOUKOS; Ruth OKAMOTO |
| 13597 |
The Role of Cytoskeletal Tension in Maintaining Actin Stress Fiber Integrity |
William HUCKER; Frank C-P YIN; Kevin D. Costa |
| 12359 |
Regional Material Properties of the Looping Chick Heart |
Evan Zamir; Larry TABER |
| 14719 |
Non-Invasive Assessment of Cardiovascular Health Using a Computational Model |
Xinshu XIAO; Yaqi HUANG; Edwin OZAWA; Roger KAMM |
| 14524 |
Motion studies with fluorescent beads, RBC, and WBC in dilute and concentrated
suspension flows indicate that the erratic transport has a common mathematical
basis |
Eugene ECKSTEIN; Baoshun MA; Marko LEGGAS; Jerome GOLDSTEIN |
| 13782 |
Study of the Role of Cytoskeletal Contraction in Looping of the Embryonic
Chick Heart |
Mathieu R…MOND; Robert THOMPSON; Larry TABER |
| 13797 |
SEPTAL MECHANICS IN A COMPUTATIONAL MODEL OF THE MLC2v-ras TRANSGENIC MOUSE
HEART |
Taras USYK; Jeffrey OMENS; Andrew MCCULLOCH |
| Thursday, Oct 12 |
6.3.1 Role of Mechanical Forces in Arterial Disease |
10:30 AM |
| 13580 |
Coronary Artery Bypass Graft Occlusion: Location and Possible Hemodynamic
Influence |
Richard LEASK; Matadial OJHA; K. W. Johnston Dr.; Jagdish BUTANY |
| 13378 |
Strain Distribution in Coronary Arteries Determined from IVUS |
Alexander VERESS; Anton BOWDEN; D. Geoffrey VINCE; Grant GULLBERG; Richard
RABBITT Ph.D. |
| 12371 |
Platelet procoagulation and DPIV measurements in models of arterial stenosis |
Yang H. Yun; Sagi Raz; Ygael Grad; Shmuel Einav; Jolyon JESTY; Danny Bluestein |
| 13972 |
In vivo Quantification of Blood Flow Distribution and Shear Stress in the
Abdominal Aorta at Rest and During Moderate Lower Limb Exercise |
Christopher CHENG |
| 13039 |
A method for assessing the need for case-specific hemodynamics: application
to the distribution of vascular permeability |
Morton Friedman; Andrew Hazel |
| 14329 |
A Model of the Relationship between Flow and Pressure in Vascular Access
Grafts |
Steven Amos JONES; Sunanda Ram Ph.D.; William Paulson M.D. |
| Thursday, Oct 12 |
6.3.2 Mechanisms of Shear Stress Transduction in
Endothelial Cells |
2:00 PM |
| 14866 |
Endothelial cells respond to fluid shear stress by increasing membrane fluidity |
John FRANGOS; Mark Haidekker |
| 14544 |
A ROLE FOR MEMBRANE FLUIDITY IN THE RATE SENSITIVITY OF SHEAR STRESS-INDUCED
ENDOTHELIAL CELL MAP KINASE ACTIVITY |
Peter Butler; Julie Yi-Shuan Li; Tsui-Chun Tsou; Shunichi Usami; Shu Chien |
| 14930 |
Spatial Analysis of Flow-Induced Intermediate Filament Displacement |
Brian HELMKE; David Thakker; Robert GOLDMAN; Peter DAVIES |
| 12403 |
Role of P2X4 purinoceptors in endothelial Ca2+ response to shear stress |
Kimiko Yamamoto Dr.; Risa Korenaga Dr.; Norihiko Ohura Mr.; Takaaki Sokabe
Mr.; Akira Kamiya Dr.; Joji Ando Dr. |
| 13683 |
VEGF Receptor Flk-1 Has Differential Effects on Shear-induced Signaling
Pathways |
Yingxiao WANG; Song Li; Hui Miao; Shu CHIEN |
| Thursday, Oct 12 |
6.3.3 Endothelial Cell Responses to Shear Stress |
4:00 PM |
| 14784 |
A spatial approach to gene expression in endothelial mechanotransduction |
Peter Davies; Congzhu Shi; Natacha DePaola; Denise Polacek |
| 14740 |
Identification of Genes Regulated by Shear Stress Using Microarray Technology |
Susan MCCORMICK Phd; Krishnan CHITTUR PhD; Christy Teng; Chiung-Mei Lu Ph.D.;
Suzanne Eskin Ph.D.; Christopher Russell PhD; Larry MCINTIRE PhD |
| 14145 |
Differential Regulation of Endothelial Gene Expression by Arterial Shear
Stress Waveforms |
Brett BLACKMAN Ph.D.; Guillermo GARCIA-CARDENA Ph.D.; Michael GIMBRONE,
Jr. M.D. |
| 14705 |
Temporal Gradients In Shear, But Not Spatial Gradients, Stimulate Endothelial
Cell Proliferation. |
Charles White; Mark Haidekker; John FRANGOS |
| 14694 |
Shear Stress Gradients (SSG) Regulate Endothelial Permeability to Macromolecules
In Vitro |
Natacha DEPAOLA; Jeffrey E. Phelps |
| Friday, Oct 13 |
6.3.4 Vascular Remodeling in Response to Mechanical
Forces |
10:30 AM |
| 13884 |
Effects of Fluid-Induced Shear Stress on Rat Aortic Smooth Muscle Cell Migration
Through a Basement Membrane |
Jeffrey Garanich; John TARBELL; Mete Civelek |
| 12373 |
How Blood Shear Stress Regulates Vascular Smooth Muscle Cell Migration |
Shu LIU; Lin Zhong; Jeremy Goldman |
| 14143 |
TGFβ1 Expression is Enhanced in Mesenteric Microvessels Exposed
to Altered Hemodynamics |
Eric J. Van Gieson; Thomas C. Skalak; Richard J. Price |
| 14855 |
Endothelial Monolayer Remodeling in Disturbed Flow Fields |
Natacha DEPAOLA; Lucio Florez; Peter F. Davies; Denise C. Polacek |
| 14504 |
Fluid Shear Stress Alters Actin Filament Turnover and Polymer Fraction in
Endothelial Cells |
Eric OSBORN; John HARTWIG; C. F. DEWEY Jr. |
| 14011 |
Mechanism of Shear Force-Dependent Monocyte Adhesion to Vascular Endothelium |
Kristina D. Rinker; H. Ping Ting-Beall; Robert M. Hochmuth; George A. Truskey |
| Friday, Oct 13 |
6.3.5 Fluid Mechanics of Small Vessels: Network
Coordination |
2:00 PM |
| 14617 |
Effects of flow rate and bifurcation geometry on predicted wall shear rate
gradients in T-type arteriolar bifurcations |
Mary FRAME; David Noren; Harvey PALMER |
| 14673 |
Integration of pressure and flow responses in vivo. |
Richard RIVERS |
| 13960 |
Capillary Blood Flow: In Vivo and Model Experiments |
Ghassan KASSAB |
| 14176 |
Shear forces in small venules and their relationship to leukocyte-endothelial
cell interactions. |
Ingrid SARELIUS; Michael Kim |
| Saturday, Oct 14 |
6.3.6 Role of the Glycocalyx in Microvascular Function |
8:30 AM |
| 13915 |
Flow-dependent mechanics of red blood cell motion in a capillary with an
endothelial surface layer |
Timothy W. Secomb; Richard Hsu; Axel R. Pries |
| 14522 |
Mechanics of the Capillary Glycocalyx and Its Influence on Electrophoretic
Molecular Mobility: A Mechano-Electrochemical Model |
Edward Damiano; Thomas Stace |
| 13799 |
The Role of the Glycocalyx in Leukocyte-Endothelial Cell Adhesion |
Aaron Mulivor; Herbert LIPOWSKY |
| 14828 |
Dynamic Contact Forces on Leukocyte Microvilli and the Penetration of the
Endothelial Glycocalyx |
Yihua Zhao; Shu CHIEN; Sheldon Weinbaum |
| Saturday, Oct 14 |
6.3.7 Microvascular Transport: A Communicative
Response |
10:30 AM |
| 14696 |
Sympathetic Control of Arteriolar Tone: Modulation by the Endothelium |
Matthew BOEGEHOLD |
| 13520 |
Roles For Nitric Oxide in Venular-to-Arteriolar and Arteriolar-to-Arteriolar
Communication |
Glenn BOHLEN |
| 14595 |
Venular Endothelial Control of Arteriolar Diameter During Functional Hyperemia |
Robert HESTER; Leah HAMMER Ph.D.; Louise NUTTLE |
| 14013 |
Constriction and coordinated arteriolar network flow behavior with interstitial
low dose dilators. |
Randall Fox; Mary FRAME |
| 13983 |
Arteriovenular control of capillary perfusion and filtration |
Norman HARRIS; Jason Barnidge |
| 13713 |
Simultaneous arterial calcium dynamics and diameter measurements: application
to myoendothelial communication |
Alexander Schuster; Oishi Hirotaka; Jean-Louis BÈny; Nikolaos Stergiopulos;
Jean-Jacques Meister |
| Saturday, Oct 14 |
6.3.8 Mechanical and Cytoskeletal Regulation of
Microvascular Permeability |
2:00 PM |
| 14401 |
Introduction: Intra/intercellular Endothelial Structures Mediating Microvascular
Permeability. |
Virginia HUXLEY |
| 14271 |
Distinct actions of VEGF and Angiopoietin-1 on blood vessel permeability |
Gavin THURSTON |
| 13995 |
Fluid shear regulation of permeability |
Norman HARRIS; Jenny ZILBERBERG; Jeanne Yealy |
| 14169 |
Assessment of solute permeability in vivo: impact of fluorescent dyes |
Rolando E. RUMBAUT |
| 14268 |
Modeling changes in permeability: the role of the junction strands. |
Fitz-Roy CURRY |
| Saturday, Oct 14 |
6.3.9 Vascular Structure and Network Design |
4:00 PM |
| 12883 |
Regulation of Microvessel Permeability by cAMP: An Interpretation from a
Mathematical Model |
Bingmei FU; Bin Chen |
| 14403 |
Pathways Mediating VEGF-Induced Increases in Transendothelial Transport |
Lucas DEMAIO; Dave Antonetti; John TARBELL |
| 14599 |
Microvascular Dimensions are Modified in Networks Formed in Response to
Vascular Endothelial Growth Factor (VEGF) |
Shayn M. PEIRCE; Richard J. Price Ph.D.; Thomas C. Skalak Ph.D. |
| 13830 |
Fractal Microvascular Networks: Design and Transport Modeling |
Mohammad R. Kaazempur-Mofrad Ph.D.; Joseph P. Vacanti M.D.; Roger D. Kamm
Ph.D. |
| Saturday, Oct 14 |
6.3.10 Fluid Mechanics of Large Blood Vessels |
4:00 PM |
| 14104 |
Experimental Investigation of Flow Fields in Abdominal Aortic Aneurysm Models
with Patient-based Geometry |
Robert A. PEATTIE; Stephanie J. ATKINSON; John P. KERR; Michael J. HALLISEY |
| 13871 |
Pulsatile Flow Slew Rates Modulate Endothelial Cell Remodeling |
Tzung HSIAI; Sung Cho; Susan Hama; Henry Honda; Mohamad Navab; Chih-Ming
HO |
| 14901 |
Procedure for Calculating Fluid Shear Stresses at the Wall of Dilated Large
Arteries: Application to 2D Axisymmetric and 3D Computational Models |
Ender FINOL |
| 14927 |
3-Dimensional Particle Tracking Velocimetry Measurements of Near-Wall Shear
in Human Left Coronary Arteries |
Deborah M. GRZYBOWSKI; Robert S. BRODKEY; Morton H. FRIEDMAN |
| WITHDRAWN |
Flow pattern in distal aorta determined by flow from aortic arch |
Nigel WOOD; Simon Weston; Philip Kilner; David Gosman; David Firmin |
| 14493 |
Effects of Asymmetry on Flow Conditions in an End-to-Side Anastomosis |
Steven JONES; Ushapriya Kadirvelu; Hisham Bassiouny Dr. |
| Thursday, Oct 12 |
6.3P Circulation |
12:00 PM - 2:00 PM (Poster Session) |
| 14110 |
Roles of Small GTPase Rac in Lamellipodium Formation and Cell Migration
under Flow |
Ying-Li Hu; Song Li; Hui Miao; Tsui-Chun Tsou; Shu Chien |
| 14114 |
A theoretical study of structural adaptation in microvascular networks:
Effect of metabolic response on distribution of blood flow between long
and short pathways |
Gabriel Gruionu; Timothy W. Secomb; Axel R. Pries |
| 14118 |
Effects of Bileaflet Valve Pivot Geometry and Gap Width on Blood Damage |
Brandon TRAVIS; Hwa Leo; Ulla Marzec; Stephen HANSON; Ajit YOGANATHAN |
| 14639 |
Dispersion in a Catheterized Artery |
ANAMIKA SARKAR; Girija Jayaraman |
| 14133 |
Uniaxial and Equibiaxial Strains Have Different Effects on the Time Course
of the Activation of c-Jun N-terminal Kinase and Morphology of Endothelial
Cells |
Roland KAUNAS; John Y-J. Shyy; Shu CHIEN |
| 13629 |
Breaking Correlation between Kinetic Parameters and Kinematics in Indicator
Dilution using Moments and Multiple Flows |
Gary Krenz; Said Audi; Christopher Dawson |
| 14397 |
Development of a Non-invasive Method for Estimating Pulmonary Vascular Resistance
in Pediatric Pulmonary Hypertension |
Craig WEINBERG; Ewen NICOL; Jean HERTZBERG; Curt DEGROFF; Robin SHANDAS |
| 14153 |
Increased fibrinogen level increases leukocyte-endothelial cell adhesion. |
Mark PEARSON; Herbert LIPOWSKY |
| 14156 |
A method to monitor changes in endothelial [Ca<sup>2+</sup>]<sub>i</sub>
in blood perfused microvessels of skeletal muscle <i>in situ</i> |
Michael Kim; Coral Murrant; Ingrid Sarelius |
| 14168 |
Local and Remote Upstream Arteriolar Vasomotor Responses Initiated by P<sub>2</sub>
Purinergic Receptor Stimulation |
Tasmia DUZA; Ingrid SARELIUS |
| 14947 |
In vitro spreading of passive leukocytes exposed to fluid shear stress |
Mark COUGHLIN; Geert SCHMID-SCH÷NBEIN |
| 13944 |
The effect of vibration on endothelin-1 production by dermal microvascular
endothelial cells |
Judy L. Cezeaux; William G. Lindsley |
| 14212 |
Torque and lift on elliptical cylinders in two-dimensional channel flow |
Yu Zhao; M Keith Sharp |
| 14477 |
Microcatheter delivery of a new endovascular occlusion material into an
advanced <i>in vivo</i> model of an arteriovenous malformation |
Timothy Becker |
| 12951 |
Mechanical Force Modulates Beta-Catenin Intracellular Signaling Activity |
Chris AVVISATO Mr.; Aydin TOZEREN; Stephen W. BYERS Dr. |
| 14505 |
A Hemodynamic Simulator for Simultaneous Circumferential Stretch and Shear
Stress on Endothelial Cells |
Michael DANCU; John TARBELL |
| 14263 |
Numerical simulations of angiogenesis in the cornea |
Sheng TONG; Fan YUAN |
| 11962 |
Human Coronary Artery Endothelial Cell Migration on a 3D, Smooth Muscle
Cell-Seeded Collagen Substrate in the Presence of Flow |
Stephanie M. KLADAKIS; Robert M. Nerem |
| 13768 |
The Shear Stress-induced c-fos Promoter Activation Is Regulated by Rho GTPases
and Intracellular Calcium |
Yan-Ting Elizabeth SHIU; Song Li; Yingxiao WANG; Suli Yuan; Benjamin Chen;
Shu CHIEN |
| 14540 |
Vascular Tissue Responses to Z-type Stents of Different Radial Forces |
Patrick Snowhill |
| 13787 |
Effect of Membrane Area Expansion on the Cortical Tension of Human Neutrophils |
Brian Albarran; H. Ping Ting-Beall; Doncho V. Zhelev; Robert M. Hochmuth |
| 14555 |
Shear Induced Tyrosine Phosphorylation of pp72syk in Human Platelets |
Jason H. Haga; Lisa K. Jennings; Steven M. Slack |
| 14561 |
MECHANISMS FOR PRODUCTION OF CARDIOVASCULAR CELL ACTIVATING FACTORS |
H. Mitsuoka; E.B. Kistler; Tony HUGLI; Geert SCHMID-SCH÷NBEIN |
| 14334 |
Kinetics of solute transport across the blood-brain barrier using a two-compartment
model |
Hong YUAN; Waleed Gaber; Thomas Merchant; Mohammad Kiani |
| Saturday, Oct 14 |
6.4 Ultrasound |
4:00 PM (Note
revised start time for this session.) |
| 19062 |
Current status of echocariography |
David Sahn |
| 19100 |
Quantitative 3D Echocariography: Status at 2000 |
Roy W. Martin; Florence H. Sheehan |
| 14451 |
B-Mode Blood Flow Imaging |
Richard CHIAO Y. |
| 19101 |
High frequency myocardial tissue characterization |
Christopher Hall; Sam Wickline |
| 14036 |
Hemostasis of Catheter-Induced Femoral Artery Injuries using Image-Guided
High Intensity Focused Ultrasound |
Shahram VAEZY; Roy MARTIN; Xuegong Shi; Marla Paun; Kirk BEACH; Peter Kaczkowski;
George Keilman; Stephen CARTER; Michael Bailey; Lawrence CRUM |
| 14108 |
Non-Invasive Image-Guided Therapy For Uterine Fibroid Tumors |
Arthur CHAN; Shahram VAEZY; Roy MARTIN; Victor FUJIMOTO; George Keilman |
