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Texas A&M University Student Research Week (2006)

Caleb S. Pettit, Ketaki V. Desai, Bryan J. Sowers, Eric S. Williams, Pia Chaudhury, Christopher M. Quick. Relating the hyperemic flow response to changes in microvascular radii. TAMU Student Research Week 2006. (abstract) (presentation)

Ketaki V. Desai, C. Eric Cunningham, Nicholas L. Ranallo, Mohamed A. Zebda, Nigel R. Fontenot, Joshua K. Meisner, Ranjeet Dongaonkar, and Christopher M. Quick. Bat Wing as a Model for Chronic Changes in Microvascular Network Structure. TAMU Student Research Week 2006. (abstract) (poster)

Houston Society for Engineering and Medicine and Biology (2006)

M. W. Mohiuddin, Tam Nguyen, C. M. Quick. Model of axial-flow LVAD with pulsatile cardiovascular system. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (presentation)

Andrew R. Tullman, R. Jay Widmer, Jennifer E. Laurinec, Christopher M. Quick. The venous response to local heat is not biphasic in nature. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (presentation)

Caleb S. Pettit, Ketaki V. Desai, Bryan J. Sowers, Eric S. Williams, Pia Chaudhury, Christopher M. Quick. Relating the hyperemic flow response to changes in microvascular radii. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (presentation)

Marlo Nordt, Joshua K. Meisner, Christopher M. Quick. Achieving Critical Mass: An Open Access Biomedical Research Lab. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (poster)

Priscilla D. Pepper, Ranjeet M. Dongaonkar, Phuc H. Nguyen, Christopher M. Quick. Lymphatic Contractions are Dependent on the Contraction Velocity of the Vein. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (presentation)

Phuc H. Nguyen, Bharati K. Hegde, Arun M. Venugopal, Christopher M. Quick. Light-Induced Modulation of Vascular Smooth Muscle Activity in Skin Microvasculature in vivo. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (presentation)

A.M.Venugopal, M. C. Vasquez, J. C. Lee, R. H. Stewart, C. M. Quick. Increases in Filling Pressure and Afterload Results in Lymphangion Pump Failure. 23nd Annual Houston Conference in Biomedical Research, February 9-10 2005. (abstract) (poster)

American Heart Association (2005)

R.J. Widmer, J.E. Laurinec, M.F. Young, R.H. Stewart, C. M. Quick. Shear Stress Contribution to the Neurally-Mediated Portion of the Biphasic Vasodilatory Response Following the Application of Local Heat in Skin Microcirculation. American Heart Association, 2005. (abstract) (poster)

CVRI (2005)

R.J. Widmer, J.E. Laurinec, M.F. Young, R.H. Stewart, C. M. Quick. The Origin of the Biphasic Response to Local Heat in the Skin Microcirculation. CVRI, 2005. (abstract) (poster)

AMAI (2005)

R.J. Widmer, J.E. Laurinec, M.F. Young, R.H. Stewart, C. M. Quick. Spatial and Temporal Arrangements Define the Structural and Functional Aspects of the Biphasic Vasodilatory Response to the Application of Local Heat. AMAI, 2005. (abstract) (presentation)

TACSM (2005)

R.J. Widmer, J.E. Laurinec, M.F. Young, R.H. Stewart, C. M. Quick. Vasodilation of the Bat Wing Microcirculation with Local Heat. TACSM, 2005. (abstract) (poster)

The Third Annual TAMUS Pathways Research Symposium (2005)

Andrew R. Tullman, R. Jay Widmer, Jennifer E. Laurinec, Vipin P. Kuriachan, Christopher M. Quick. Local heat increases the active transport of blood through batwing venules. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Andres E. Tovar, R. Jay Widmer, Jennifer E. Laurinec, C. Eric Cunningham, Joshua K. Meisner, Andrew R. Tullman, Christopher M. Quick. Venule pump reserve is sufficient to maintain flow during reactive hyperemia. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Pia Chaudhury, Ketaki V. Desai, Erin K. Johnson, Christopher M. Quick. Novel animal model for creating and characterizing microvascular stenoses. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Priscilla D. Pepper, Ranjeet M. Dongaonkar, Meggie Chauvin, Christopher M. Quick. Evidence for coordination between venomotion and intrinsic pumping of lymph. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Jawad T. Ali, Ketaki V. Desai, Christopher M. Quick Occlusion of microvessels significantly alters downstream hemotocrit. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Marlo Nordt, Sarah N. Gatson, Richard Furuta, Christopher M. Quick. Integrating research and teaching in ebat. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Phuc H. Nguyen, Ranjeet M. Dongaonkar, Christopher M. Quick Repeated characterization of stress-strain relationships in an intact living membrane. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

M. Waqar Mohiuddin, Christopher M. Quick. Mild hypertension with increases in heart rate maintains pulsatile loas to heart. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Sumedh D. Mankar, R. Jay Widmer, Jennifer E. Laurinec, Vipin P. Kuriachan, Andrea D. Dreiss, Joshua K. Meisner, Christopher M. Quick. Quantifying the effects of local heating and body heating on skin blood flow. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Vipin P. Kuriachan, R. Jay Widmer, Jennifer E. Laurinec, Obdulia Ley, Christopher M. Quick. Simplifying the study of thermoregulation. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

A.M.Venugopal, C.M.Quick, S.Rajagopalan and R.H.Stewart. Increased lymphangion pumping frequency can compensate for an increased afterload. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Daniel Gilbert, M. Waqar Mohiuddin, Joshua Meisner, and Christopher M. Quick. In vivo characterization of biomechanical properties of microvasculature. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Rose Bogenschutz, Ranjeet M. Dongaonkar, Christopher M. Quick.Characterization of the venular strain field in vivo. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Ranjeet Dongaonkar, Rose Bogenschutz, Randolph H. Stewart, Christopher M. Quick. Characterization of the mechanical coupling of microvasculature and interstitium in vivo. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

T. Brown, W. Mohiuddin, D. Gilbert, N. Guevara, J. Browning, C. M. Quick. Energy transmission during blood flow through arteries to capillaries is optimized bymyogenic response. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Mohamed A. Zebda, Ketaki V. Desai, M. Waqar Mohiuddin, Sarah A. Rohe, Michael R. Burlone, Nick L.Ranallo, Christopher M. Quick. Bridging strategies for modeling complex microvascular beds. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Ketaki V Desai, C Eric Cunningham, Nicholas L Ranallo, Mohamed A Zebda, Nigel R Fontenot, Joshua K Meisner, Ranjeet Dongaonkar, Christopher M Quick.Batwing as a model for chronic changes in microvascular network structure. Proceedings of third annual TAMUS pathways research symposium, Kingsville, 2005 (abstract) (poster)

Houston Society for Engineering and Medicine and Biology (2005)

V. P. Kuriachan, R. J. Widmer, J. E. Laurinec, R. H. Stewart, C. M. Quick. Relating the physics and physiology of thermoregulation. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 126. (abstract) (poster)

P. D. Pepper, R. M. Dongaonkar, J. T. Ali, C. M. Quick, Evidence for coordination between intrinsic and extrinsic pumping of lymph. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 204. (abstract) (presentation)

M. A. Zebda, K. V. Desai, S. A. Rohe, M. R. Burlone, N. L. Ranallo, C. M. Quick. Bridging strategies for modeling complex microvascular beds. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 127. (abstract) (poster)

J. E. Laurinec, R. J. Widmer, V. P. Kuriachan, C. M. Quick. Evidence that batwing vasculature is a thermoregulatory organ. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 205. (abstract) (presentation)

J. K. Meisner, S. A. Yazdani-Beioky, A. L. Weaver, C. M. Quick. Real-Time In Vivo Microvascular Diameter Tracking System. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 64. (abstract) (presentation)

R. M. Dongaonkar, R. Bogenschutz, R. H. Stewart, C. M. Quick. A novel model to repeatedly characterize the effect of interstitial tethering on vascular function. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 128. (abstract) (poster)

M. W. Mohiuddin, D. Gilbert, T. Brown, N. Guevara, J. Browning, R. H. Stewart, C. M. Quick. The myogenic response regulates both shear stress and pulse wave transmission at arteriolar bifurcations. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 69. (abstract) (presentation)

K. V. Desai, M. Burlone, S. Rohe, C. M. Quick. Regulation of endothelial shear stress is abolished in response to microvascular occlusion. 22nd Annual Houston Conference in Biomedical Research, February 10-11 2005: 94. (abstract) (presentation)

Texas A&M University Student Research Week (2005)

S. H. Dao, J. K. Meisner, C. Hsu, B. L. Ngo, C. M. Quick. Lymphatic Muscle is Weaker than both Cardiac and Blood Vessel Muscle. TAMU Student Research Week. (abstract) (poster)

K. V. Desai, C. E. Cunningham, R. H. Stewart, C. M. Quick. Developing a novel animal model to study angiogenesis and angioadaptation. TAMU Student Research Week. (abstract) (poster)

M. A. Zebda, K. V. Desai, S. A. Rohe, M. R. Burlone, N. L. Ranallo, C. M. Quick. Bridging strategies for modeling complex microvascular beds. TAMU Student Research Week. (abstract) (poster)

J. T. Ali, K. V. Desai, C. M. Quick. Occlusion of Microvessels Significantly Alters Downstream Hematocrit. TAMU Student Research Week. (abstract) (presentation)

P Chaudhury, K V Desai, E K Johnson, C M Quick. Novel Animal Model for Creating and Characterizing Microvasculature Stenoses. TAMU Student Research Week. (abstract) (presentation)

J. D. Browning IV, M. W. Mohiuddin, C. M. Quick. An Adaptive Arterial System Model Integrating Pulsatile Hemodynamics and Vascular Remodeling. TAMU Student Research Week. (abstract) (presentation)

Shan R. Huang, Phuc H. Nguyen, Justin Hao, Bharati Krishna, Christopher M. Quick. Microscope condenser irradiance induces heat in vessels in microvascular studies. TAMU Student Research Week. (abstract)

Christina M. Williams, Ranjeet M. Dongaonkar, Phuc H. Nguyen, Christopher M. Quick. Inerstitial tethering affects vascular function in vivo. TAMU Student Research Week. (abstract)

Phuc H. Nguyen, Ranjeet M. Dongaonkar, Christopher M. Quick. Repeated characterization of stress-strain relationships in an intact living membrane. TAMU Student Research Week. (abstract)

Andres E. Tovar, R. Jay Widmer, Jennifer E. Laurinec, C. Eric Cunningham, Joshua K. Meisner, Andrew R. Tullman, Christopher M. Quick. Venule Pump Reserve is Sufficient to Maintain Flow during Reactive Hyperemia. TAMU Student Research Week. (abstract) (poster)

Sumedh D. Mankar, R. Jay Widmer, Jennifer E. Laurinec, Vipin P. Kuriachan, Andrea D. Dreiss, Joshua K. Meisner, Christopher M. Quick. The Effect of Local Heating on Skin Blood Flow is Greater than those of Heating the Body. TAMU Student Research Week. (abstract)(poster)

Andrew R. Tullman, R. Jay Widmer, Jennifer E. Laurinec, Vipin P. Kuriachan, Christopher M. Quick. Local Heat Increases the Active Transport of Blood Through Batwing Venules Despite Vasodilation. TAMU Student Research Week. (abstract) (poster)

R.J. Widmer, J. E. Laurinec, V. P. Kuriachan, R.H. Stewart, C. M. Quick. Vasodilation of the bat wing microcirculation with local heat. TAMU Student Research Week. (abstract) (presentation)

Experimental Biology (2005)

Joshua K. Meisner, Randolph H. Stewart, Christopher M. Quick, Glen A. Laine. Lymphatic Myogenic Response Decreases Pumping. The FASEB Journal 19(4) part 1, March 4 2005: A166. (abstract) (poster)

Christopher M. Quick, R. H. Stewart, J. Hardy, A. A. Gashev, E. Wilson, J. C. Criscione, J N. Stallone, D. C. Zawieja, G. A. Laine. Texas A&M University System Program for Excellence in Life Sciences: A New Paradigm for Lymphatic Vessel Research. The FASEB Journal 19(4) part 1, March 4 2005: A167. (abstract) (poster)

Sarah N. Gatson, Joshua K. Meisner, Melissa F. Young, Ranjeet Dongaonkar, and Christopher M. Quick. The eBat Project. a Novel Model for Live-Animal Distance Learning Labs. The FASEB Journal 19(5) part 2, March 4 2005: A1352. (abstract) (poster)

Ketaki V. Desai, C. Eric Cunningham, Nicholas L. Ranallo, Mohamed A. Zebda, Nigel R. Fontenot, Joshua K. Meisner, Ranjeet Dongaonkar, and Christopher M. Quick. Bat Wing as a Model for Chronic Changes in Microvascular Network Structure. The FASEB Journal 19(4) part 1, March 4 2005: A729. (abstract) (poster)

Jennifer E. Laurinec, R. Jay Widmer, Vipin P. Kuriachan, Jawad T. Ali, Andrea D. Dreiss, Vaiva Turner, Arun M. Venugopal, Christopher M. Quick, Randolph H. Stewart. Heat Increases Microlymphatic Pumping Activity In Vivo. The FASEB Journal 19(4) part 1, March 4 2005: A169. (abstract) (poster)

Mohammed W. Mohiuddin, Daniel R. Gilbert, Joshua K. Meisner, and Christopher M. Quick. Novel Means to Characterize Microvascular Biomechanics In Vivo. The FASEB Journal 19(4) part 1, March 4 2005: A729. (abstract) (poster)

Ranjeet Dongaonkar, Rose A. Bogenschutz, Randolph H. Stewart, Christopher M. Quick. Characterization of the Mechanical Coupling of Microvasculature and Interstitium In Vivo. The FASEB Journal 19(4) part 1, March 4 2005: A729. (abstract) (poster)

Robert J. Widmer, Ranjeet Dongaonkar, Joshua K. Meisner, Jennifer E. Laurinec, David C. Zawieja, Randolph H. Stewart, and Christopher M. Quick. Venomotion Propels Lymph in the Pallid Bat Wing. The FASEB Journal 19(4) part 1, March 4 2005: A169. (abstract) (poster)

C. Eric Cunningham, Ketaki V. Desai, Joshua K. Meisner, and Christopher M. Quick. Hemodynamics in an Intact, Unanesthetized Microvascular Network During Acute Occlusion. The FASEB Journal 19(4) part 1, March 4 2005: A729. (abstract) (poster)

Bruce L. Ngo, Joanne Hardy, David Zawieja, Anatoliy Gashev, Emily Wilson, John Crisione, John Stallone, Christopher M. Quick, Glen Laine, Randolph Stewart. Lymphatic Vessel Function Adapts to High Flow Conditions. The FASEB Journal 19(4) part 1, March 4 2005: A165.

Randolph Stewart, Anatoliy Gashev, John Stallone, David Zawieja, Emily Wilson, John Crisione, Joanne Hardy, Glen Laine, Christopher Quick. Lymphatic Vessel Contraction Impedes Flow Under High Flow Conditions. The FASEB Journal 19(4) part 1, March 4 2005: A166.

Arun M Venugopal, Bharati Hegde, Phuc Nguyen, Randolph H Stewart, Christopher M Quick. Visible light stimulates microlymphatic pumping in thebat wing. The FASEB Journal 19(4) part 1, March 4 2005. (abstract)

The Second Annual TAMUS Pathways Research Symposium (2004)

R.J. Widmer, R.H. Stewart, C.M. Quick, G.A. Laine. Michael E. DeBakey Summer Research Program. Proceedings of second annual TAMUS pathways research symposium, Corpus Christi, 2004 (abstract) (poster)

K.V. Desai, C.E. Cunningham, R.H. Stewart and C.M. Quick. Developing a novel animal model to study angiogenesis and angioadaptation. Proceedings of second annual TAMUS pathways research symposium, Corpus Christi, 2004 (abstract) (poster)

R. Dongaonkar, J. Johnston, C.M. Quick, R.H. Stewart. Novel noninvasive technique for in vivo measurement of changes in tissue fluid volume. Proceedings of second annual TAMUS pathways research symposium, Corpus Christi, 2004 (abstract) (poster)

J. Laurinec, R.J. Widmer, A. Venugopal, A. Rainer, C.M. Quick, R.H. Stewart. Lymphatic Vessel Pumping Increases with Temperature: In Vivo Study with Pallid Bats.Proceedings of second annual TAMUS pathways research symposium, Corpus Christi, 2004 (abstract) (poster)

North American Symposium on Bat Research (2004)

Young, MF, LJ Roberts, CM Quick and SN Gatson. Leveraging Informal Networks: Research/Conservation Partnerships. (poster)

Roberts, LJ, MF Young, CM Quick, and SN Gatson. Reduce, Reuse, Recycle: The eBat project.� North American Symposium on Bat Research, Salt Lake City, Utah, October 27-30, 2004. (abstract)

Biomedical Engineering Society (2004)

A.M. Venugopal, C.M. Quick, S. Rajagopalan R.H. Stewart. Increased Lymphangion Pumping Frequency Can Compensate For An Increased Afterload. BMES 2004 Annual Fall Meeting. Philadelphia, 2004 (abstract) (poster)

J. K. Meisner, R. H. Stewart, C. M. Quick. Characterization of Lymphatic Vessel Behavior with both Classical Arterial and Ventricular Mechanics. BMES 2004 Annual Fall Meeting. Philadelphia, 2004 (abstract) (poster)

M. W. Mohiuddin, C. M. Quick. Concomitant Increases In Pressure, Heart Rate and Arterial Stiffness Maintain Pulsatile Arterial Load. BMES 2004 Annual Fall Meeting. Philadelphia, 2004 (abstract) (poster)

Institute of Electrical and Electronics Engineers (2004)

Venugopal, M. V., R. H. Stewart, S. Rajagopalan, G. Laine, C. M. Quick. Optimal lymphatic vessel structure. Proceedings 26th Annual International Meeting of IEEE/EMB Society, San Francisco, 2004. (poster)

Experimental Biology (2004)

Desai, K. V, F. Xu, M. F. Young, and C. M. Quick. Pulsatile blood flow velocity in the bat wing microvasculature. FASEB J., 2004 (in press). (abstract) (poster)

Venugopal, A. M, R. H. Stewart, S. Rajagopalan, K. V. Desai, G. A. Laine, and C. M. Quick. Lymphatic pump efficiency. FASEB J., 2004 (in press). (abstract) (poster)

Mohiuddin, M. W., C. M. Quick, K. V. Desai, S. Rajagopalan, G. A. Laine, and R. H. Stewart. Collapsible behavior in non-collapsing vessels: implications for lymph flow. FASEB J., 2004 (in press). (abstract) (poster)

Xu, F., K. V. Desai, M. F. Young, and C. M. Quick. Characterizing bifurcation geometry in an unanesthetized animal. FASEB J., 2004 (in press). (abstract) (poster)

Quick, C. M., D. C. Zawieja, A. A. Gashev, R. Stewart, and G. A. Laine. Modeling strategies for optimizing lymph flow. FASEB J., 2004 (in press). (abstract) (poster)

Quick. C. M. Modeling Lymph Transport. Experimental Biology 2004. (presentation)

Houston Society for Engineering and Medicine and Biology (2004)

Mohiuddin, M. W., B. Guyton, A. Smith, V. Lugo, S. Shroder, and C. M. Quick. Pulse pressure as cause and effect of arterial compliance. Proceedings of 21st Annual Houston Conference on Biomedical Engineering Research, Houston, TX, February 12-13, 2004. (abstract) (presentation)

Desai, K. V., M. F. Young, R. H. Stewart, and C. M. Quick. Noninvasive characterization of vascular network structure and function in the bat wing. Proceedings of 21st Annual Houston Conference on Biomedical Engineering Research, Houston, TX, February 12-13, 2004. (abstract)

Venugopal, A. M., R. H. Stewart, Glen A. Laine, S. Rajagopalan, and C. M. Quick. Dis-coordination of lymphangion pumping in lymphatic vessels. Proceedings of 21st Annual Houston Conference on Biomedical Engineering Research, Houston, TX, February 12-13, 2004. (abstract)

Rajagopalan, S., A. M. Venugopal, R. H. Stewart, K. V. Desai, G. A. Laine, and C. M. Quick. Optimal diastolic period for lymphangion contraction. Proceedings of 21st Annual Houston Conference on Biomedical Engineering Research, Houston, TX, February 12-13, 2004. (abstract)

IEEE EMBC (2003)

Venugopal, A. M., R. H. Stewart, S. Rajagopalan, D. C. Zawieja, G. A. Laine, and C. M. Quick. Applying the time-varying elastance concept to determine optimum coordination of lymphangion contraction in a lymphatic vessel. Proceedings 25th Annual International Meeting of IEEE/EMB Society, Cancun Mexico, 2003. (poster)

Rajagopalan, S., R. H. Stewart, A. M. Venugopal, G. A. Laine, D. C. Zawieja, and C. M. Quick. Evaluating the time-varying elastance concept for lymphangions. Proceedings 25th Annual International Meeting of IEEE/EMB Society, Cancun Mexico, 2003. (poster)