Profile
Dr. Buckwalter's primary research interest is Cardiovascular Physiology. Publications in this area have examined topics such as: the influence ofthe sympathetic nervous system on skeletal muscle blood flow during exercise, the mechanisms responsible for skeletal muscle hyperemia at the onset of exercise and endogenous vascular remodeling of ischemic skeletal muscle. He has used both animal models and human subjects in his research. Dr. Buckwalter's most recent projects have examined the separate effects of aging and obesity on sympathetic mediated vasoconstriction in exercising skeletal muscle.
Clifford, P. S., Madden, J. A., Hamann, J. J., Buckwalter, J. B., & Valic, Z. (2010). Absence of flow-mediated vasodilation in the rabbit femoral artery. Physiological Research.
Journal Article
Refereed/Juried
Accepted
2008
McDonough, P., Keller, D. M., & Buckwalter, J. B. (2008). Point Counter Point Letter. Journal of Applied Physiology(104), 895-899.
Journal Article
Refereed/Juried
Accepted
2007
Kluess, H. A., Buckwalter, J. J. H., DeLorey, D. S., & Clifford, P. S. (2007). Frequency and pattern dependence of adrenergic and purinergic vasoconstriction in skeletal muscle arteries. Experimental Physiology(91), 1051-1058.
Journal Article
Refereed/Juried
Accepted
2007
DeLorey, D. S., Hamann, Z. V., Kluess, P. S. C., & Buckwalter, J. B. (2007). Alpha-adrenergic receptor responsiveness in preserved during prolonged exercise. American Journal of Physiology: Heart and Circulatory Physiology(292), H392-H398.
Journal Article
Refereed/Juried
Accepted
2006
Clifford, P. S., Kluess, J. J. H., Buckwalter, J. B., & Jasperse, J. L. (2006). Mechanical compression elicits vasodilation in skeletal muscle vasculature. Journal of Physiology(London)(572), 561-567.
DeLorey, D.S., J.B. Buckwalter, S. Middelstadt, M.M. Anton, H.A. Kluess, J.D. Tune, P.S. Clifford. Responsiveness and density of alpha-adrenergic receptors in skeletal muscle of young and old beagles. The FASEB Journal 22(6): 1211.6, 2008.
DeLorey, D.S., J.B. Buckwalter, S. Middelstadt, H.A. Kluess, P.S. Clifford. Adrenergic receptor mediated tonic vasoconstriction is not increased in skeletal muscle of older beagles. The FASEB Journal 22(6): 1211.4, 2008.
Kluess, H.A., J.B. Buckwalter, J.J. Hamann, D.S. DeLorey, and P.S. Clifford. Heat attenuates vasoconstriction produced by release of endogenous neurotransmitter. The FASEB Journal 20(5):a1426, 2006.
Valic, Z., J.J. Hamann, D.S. DeLorey, H.A. Kluess, J.B. Buckwalter, and P.S. Clifford. Is the blood flow response to contraction attributable to potassium? The FASEB Journal 20(5):a1401, 2006.
Kluess, H.A., J.B. Buckwalter, J.J. Hamann, D.S. DeLorey and P.S. Clifford. Frequency dependence of adrenergic and purinergic vasoconstriction in skeletal muscle arteries. The FASEB Journal 19(4):a1622, 2005.
Canadian Society for Exercise Physiology Meeting 2005
DeLorey, D.S., J.B. Buckwalter, J.J. Hamann, H.A. Kluess and P.S. Clifford. Alpha 1-adrenergic restraint of blood flow during prolonged exercise. The FASEB Journal 19(4):a1244, 2005.
DeLorey, D.S., J.B. Buckwalter, J.J. Hamann, H.A. Kluess, and P.S. Clifford. Sympathetic restraint of blood flow during prolonged exercise. Medicine and Science in Sports and Exercise. 37(5):s223, 2005.
Hamann, J.J., D.S. DeLorey, J.B. Buckwalter, H.A. Kluess, and P.S. Clifford. Is Potassium responsible for contraction-induced hyperemia? Medicine and Science in Sports and Exercise. 37(5):s222, 2005.
American Heart Association Meeting 2005
Jasperse, JL, H.A. Kluess, J.J. Hamann, J.B. Buckwalter and P.S. Clifford. A novel hypothesis for exercise hyperemia: Mechanical compression. Circulation, 112(17):II-211, 2005.
Canadian Society for Exercise Physiology Meeting 2005
DeLorey, D.S., Z. Valic, J.J. Hamann, H.A. Kluess, P.S. Clifford and J.B. Buckwalter. Alpha adrenergic receptor responsiveness is perserved during prolonged exercise. Canadian Journal of Applied Physiology. 30(5): 2005.
Taylor, J.C., J.B. Buckwalter, J.J. Hamann and P.S. Clifford. Role of nitric oxide in exercise sympatholysis. Medicine and Science in Sports and Exercise. 36(5):s225, 2004.
Experimental Biology 2004
Hamann, J.J., J.B. Buckwalter and P.S. Clifford. Vasodilation is obligatory for contraction-induced hyperemia. The FASEB Journal 18(5):a1215, 2004.
Experimental Biology 2004
Buckwalter, J.B., J.J. Hamann H.A. Kluess and P.S. Clifford. NPY Y1 responsiveness in exercising skeletal muscle. The FASEB Journal 18(5):a1214, 2004.
Experimental Biology 2004
Buckwalter, J.B., J.J. Hamann and P.S. Clifford. Role for NPY in the regulation of skeletal muscle blood flow during exercise? The FASEB Journal 18(5):a1214, 2004.
Experimental Biology 2004
Kluess, H.K., J.B. Buckwalter, J.J. Hamann and P.S. Clifford. Acidosis attenuates P2X purinergic vasoconstriction in skeletal muscle arteries. The FASEB Journal 18(4):a285, 2004.
The Physiologist 2004
Hamann, J.J., J.B. Buckwalter, Z. Valic and P.S. Clifford. Role of vascular ATP-sensitive potassium channels in exercise hyperemia. The Physiologist. 47(4):227, 2004.
Hamann, J.J., H.A. Kluess, J.B. Buckwalter, and P.S. Clifford. Blood flow response to muscle contractions not determined by work performed. Medicine and Science in Sports and Exercise. 36(5):s225, 2004.
Experimental Biology 2003
Hamann, J.J., J.B. Buckwalter and P.S. Clifford. Nitric oxide attenuates purinergic vasoconstriction in exercising skeletal muscle. The FANSEB Journal 17(4):a21, 2003.
Experimental Biology 2003
Buckwalter, J.B, J.J. Hamann and P.S. Clifford. P2X purinergic receptor responsiveness in exercising skeletal muscle. The FASEB Journal 17(4):a21, 2003.
Experimental Biology 2003
Taylor, J.C., J.B. Buckwalter, J.J. Hamann, and P.S. Clifford. Is there purinergic vasoconstriction in exercising skeletal muscle? The FASEB Journal 17(4):a21, 2003.
Hamann, J.J., J.B. Buckwalter, P.S. Clifford, and J.K. Shoemaker. Blood flow response to a single contraction Medicine and Science in Sports and Exercise. 35(5):s42, 2003.
Buckwalter, J.B. Is there attenuation of non-adrenergic vasoconstriction in active skeletal muscle? Medicine and Science in Sports and Exercise. 35(5):s1, 2003.
Experimental Biology 2002
Valic, Z., J. A. Madden, V. C. Curtis, J. B. Buckwalter, J. J. Hamann & P. S. Clifford. Does flow mediated vasodilation contribute to exercise hyperemia. The FASEB Journal 16(5):a766, 2002.
Experimental Biology 2002
Hamann, J. J., Z. Valic, J. B. Buckwalter, J. S. Naik & P. S. Clifford. Muscle pump does not enhance blood flow in exercising skeletal muscle. The FASEB Journal 16(5):a763, 2002.
International Symposium on Vascular Neuroeffector Mechanimsms 2002
Purinergic Vasoconstriction in Skeletal Muscle. Poster.
Shepanski, M.A., M. D. Hoffman, S. B. Ruble, Z. Valic, J. B. Buckwalter & P. S. Clifford. Habitual exercise is associated with exercise-induced mood enhancement. Medicine and Science in Sports and Exercise. 33(5):s168, 2001.
Experimental Biology 2001
Hamann, J. J., Z. Valic, J. B. Buckwalter, & P. S. Clifford. Sympathetic restraint of blood flow at the onset of dynamic exercise. The FASEB Journal 15(5):a1148, 2001.
Experimental Biology 2001
Curtis, V.C., J.B. Buckwalter, R.L. Coon, Z. Valic, J.J. Hamann, & P. S. Clifford. Laser revascularization of ischemic skeletal muscle. The FASEB Journal 15(4):a116, 2001
Experimental Biology 2001
Buckwalter, J. B., V.C. Curtis, S.B. Ruble, M.A. Shepanski, Z. Valic, S.T. Hayworth, C.A. Dawson, & P. S. Clifford. Nitric oxide is essential for endogenous vascular remodeling in ischemic skeletal muscle. The FASEB Journal 15(4):a116, 2001.
American Physiological Society Intersociety MeetingAmerican Physiological Society Intersociety Meeting 2000
Valic, Z., S. B. Ruble, J.B. Buckwalter, & P.S. Clifford. Influence of the muscle pump on blood flow response to contraction. The Physiologist. 43(4):343, 2000.Ruble, S. B., Z. Valic,. M. E. Tschakovsky, J.B. Buckwalter, & P.S. Clifford. Exercise attenuates skeletal muscle vascular responsiveness. The Physiologist. 43(4):343, 2000.
American College of Sports Medicine Meeting 2000
Valic, Z., S. B. Ruble, J. B. Buckwalter, & P. S. Clifford. Elevation in flow reduces contraction-induced hyperemia. Medicine and Science in Sports and Exercise. 32(5):s249, 2000.
American College of Sports Medicine Meeting 2000
Ruble, S. B., M. A. Shepanski, M. D. Hoffman, Z. Valic, J. B. Buckwalter, & P. S. Clifford. Does exercise intensity influence pain perception? Medicine and Science in Sports and Exercise. 32(5):s71, 2000.
American College of Sports Medicine Meeting 2000
Shepanski M. A., M. D. Hoffman, S. B. Ruble, Z. Valic, J. B. Buckwalter, & P. S. Clifford. Effect of exercise duration on exercise analgesia. Medicine and Science in Sports and Exercise. 32(5):s70, 2000.
Experimental Biology 2000
Valic Z., E. H. Vidruk, Ruble S. B., J. B. Buckwalter, & P. S. Clifford. Bronchoconstrictor stimuli increase pararecurrent efferent nerve activity. The FASEB Journal 14(4):a391, 2000.
Experimental Biology 2000
Ruble S. B., J. B. Buckwalter, Z. Valic, & P. S. Clifford. Reduced vascular effect of ganglionic stimulation during dynamic exercise. The FASEB Journal 14(4):a381, 2000.
Experimental Biology 2000
Buckwalter J. B., Z. Valic, J. S. Naik, & P. S. Clifford. Does sympathetic activation of KATP channels mediate vasodilation in exercising skeletal muscle. The FASEB Journal 14(4):a380, 2000.
American Alliance for Health, Physical Education, Recreation and Dance Meeting (AAPHERD) 2000
Regulation of Skeletal Muscle Blood Flow During Exercise. Lecture.
American Physiological Society Intersociety Meeting 2000
Naik J. S., J. B. Buckwalter, Z. Valic, & P. S. Clifford. Exercise hyperemia is attenuated by prior elevation in blood flow. Circulation. 100(18):I350, 1999.
American College of Sports Medicine Meeting 1999
Naik J. S., Z. Valic, J. B. Buckwalter, & P. S. Clifford. Evidence for rapid metabolic vasodilation following a brief tentanic contraction. Medicine and Science in Sports and Exercise. 31(5):s353, 1999.
American College of Sports Medicine Meeting 1999
Buckwalter J. B., J. S. Naik, Z. Valic, & P. S. Clifford. ATP sensitive potassium channels do not mediate the initial increase in blood flow to skeletal muscle at the onset of exercise. Medicine and Science in Sports and Exercise. 31(5):s332, 1999.
Experimental Biology 1999
Clifford P. S., J. S. Naik, Z. Valic, & J. B. Buckwalter. Do KATP channels mediate vasodilation in exercising skeletal muscle? The FASEB Journal 13(5):a1056, 1999.
Experimental Biology 1999
Naik J. S., Z. Valic, J. B. Buckwalter, & P. S. Clifford. Acetylcholine spillover from motor nerve does not increase muscle blood flow. The FASEB Journal 13(5):a1056, 1999.
Experimental Biology 1999
Buckwalter J. B., Z. Valic, J. S. Naik, & P. S. Clifford. Reduced vascular responsiveness to adrenergic agonists during ischemia. The FASEB Journal 13(5):a1056, 1999.
Experimental Biology 1999
Valic Z., J. S. Naik, J. B. Buckwalter, & P. S. Clifford. Parasympathetic innervation of tracheal smooth muscle. The FASEB Journal 13(5):a822, 1999.
Biomedical Engineering Society Annual Meeting 1998
Buckwalter J. B. & P. S. Clifford. Sympathetic vasoconstriction during exercise. Annals of Biomedical Engineering. 26(1):s89, 1998.
American College of Sports Medicine Meeting 1998
Mueller P. J., K. P. O'Hagan, K. A. Skogg, J. B. Buckwalter, & P. S. Clifford. Renal nerves are responsible for renal vasoconstriction at the onset of dynamic exercise in rabbits. Medicine and Science in Sports and Exercise. 30(5):s212, 1998.
American College of Sports Medicine Meeting 1998
Buckwalter J. B. & P. S. Clifford. ±2-adrenergic vasoconstriction in active skeletal muscles during dynamic exercise. Medicine and Science in Sports and Exercise. 30(5):s213, 1998.
Experimental Biology 1998
Clifford P. S., K. P. O'Hagan, K. A. Skogg, J. B. Buckwalter & P. J. Muelller. In Vivo verification of renal denervation. The FASEB Journal 12(5):a690, 1998.
Experimental Biology 1998
Buckwalter J. B., & P. S. Clifford (1998). Reduced vascular responsiveness to ±2-adrenergic agonist during dynamic exercise.. The FASEB Journal 12(5):a691, 1998.
Experimental Biology 1998
Ruble S. B, J. B. Buckwalter, & P. S. Clifford. Autonomic influence on skeletal muscle blood flow at the onset of dynamic exercise. The FASEB Journal 12(5):a691, 1998.
Biomedical Engineering Society Annual Meeting 1998
Sympathetic Vasoconstriction During Exercise. Free communication/Poster.
Annual Meeting Society for Neuroscience 1997
Mueller, P. J., E. J. Zuperku, J. B. Buckwalter, & P. S. Clifford. Microinjection of glutamate receptor antagonists in the rostral ventrolateral medulla abolishes hypercapnic-induced airway constriction. Society for Neuroscience Abstracts 23(1):434, 1997.
American College of Sports Medicine Meeting American College of Sports Medicine Meeting 1997
Millet G. Y., M. D. Hoffman, R. B. Candau, J. B. Buckwalter, & P. S. Clifford. High resistance roller skis induce greater upper body demands than low resistance roller skis in ski skating. Medicine and Science in Sports and Exercise. 29(5):s8, 1997.
American College of Sports Medicine Meeting 1997
Buckwalter J. B., S. B. Ruble, P. J. Mueller, & P. S. Clifford. Muscarinic receptors do not mediate the rapid increase in blood flow to active skeletal muscle. Medicine and Science in Sports and Exercise. 29(5):s178, 1997.
Reduced Vascular Responsiveness 1997
Buckwalter J. B., P. J. Mueller, & P. S. Clifford. Reduced vascular responsiveness to ±1-adrenergic agonist during dynamic exercise. The FASEB Journal 11(3):a254, 1997.
Experimental Biology 1997
Ruble S. B., J. B. Buckwalter, P. J. Mueller, & P. S. Clifford. Increase in skeletal muscle blood flow at the onset of exercise is not mediated by ²-adrenergic receptors. The FASEB Journal 11(3):a254, 1997.
American Alliance for Health, Physical Education, Recreation and Dance Meeting 1997
Assessment of Alcohol and Drug Use Among College Students, Free communication/Poster.
Annual Meeting Society for Neuroscience 1996
Mueller, P. J., K. J. Dormer, E. J. Zuperku, J. B. Buckwalter, & P. S. Clifford. NMDA or AMPA receptor activation in the rostral ventrolateral medulla produces bronchoconstriction. Society for Neuroscience Abstracts 22(2): 1601, 1996.
Intersociety Conference: The Integrative Biology of Exercise 1996
Mueller P.J., J.B. Buckwalter, & P.S. Clifford. ²-adrenergic or muscarinic receptors increase but do not modulate hindlimb blood flow during moderate exercise. The Physiologist. 39(5):a18, 1996.
Intersociety Conference: The Integrative Biology of Exercise 1996
Buckwalter J. B., P.J. Mueller, & P.S. Clifford. Sympathetic vasoconstriction to active skeletal muscle during dynamic exercise. The Physiologist. 39(5):a18, 1996.
American College of Sports Medicine 1996
Buckwalter J. B., S.E. Moore, A.K. Bhunia, I.L. Fort, G.S. Denny, & J.R. Hayward. The acute response of salivary immunoglobulin A to moderate exercise in women. Medicine and Science in Sports and Exercise. 28(5):s92, 1996.
Affiliations
Memeberships
American Alliance for Health, Physical Education, Recreation and Dance 1994 - Present
American College of Sports Medicine, 1995 - Present
American Heart Association, Council on Basic Cardiovascular Sciences, 2000 - Present
American Physiological Society, 1998 - Present
Society for Experimental Biology and Medicine, 1998 - 2007
Society for Neuroscience - 1995 - 2004
Appointments
Duration
Rank
Department / School
College / Office
University / Company
2008-Present
Associate Dean of Research
College of Education
University of Texas-Arlington
2007-Present
Professor and Chair
Department of Kinesiology
College of Education
University of Texas-Arlington
2005-2007
Associate Professor
Department of Anesthesiology
Medical College of Wisconsin
2000-2005
Assistant Professor
Department of Anesthesiology
Medical College of Wisconsin
1999-2001
Clinical Assistant Professor
Department of Human Kinetics
University of Wisconsin-Milwaukee
1998-2000
Instructor
Anesthesiology
Medical College of Wisconsin
1995-1998
Post-Doctoral Fellowship
Anesthesiology
Medical College of Wisconsin
1993-1995
GTA
Kinesiology
University of Arkansas
Synergistic Activities
Member
Membership Committee, American College of Sports Medicine (2001-2004)
Member
Research Awards Committee, American College of Sports Medicine (2002-2005)
Member
Membership Committee, American Physiological Society (2005-2007)
Member
Admissions Committee, Medical College of Wisconsin (2004-2007)
Member
Ethics Committee, Research Consortium, AAHPERD (2005-present)
Alternate
Human Studies Subcommittee, VA Medical Center, Milwaukee (2005-2007)
Alternate
Animal Studies Subcommittee, VA Medical Center, Milwaukee (2006-2007)
Member
College Continuous Assessment Committee, UT-A College of Education (2007 to present)
Member
Athletics, Physical Education, Recreational Sports Committee, UT-A (2007 to present)
Member
Association of Academic Directors and Chairs, UT-A (2007 to present)
Member
Teacher Education Council, UT-A (2007 to present)
Chair
Membership Committee, American Physiological Society (2008-present)
Member
Curriculum Committee, UT-A College of Education (2008 to present)
Ex Officio
Research Committee, UT-A College of Education (2008 to present)
Support
Duration
Title
Sponsor
Amount
Status
2003-2007
Regulation of Blood Flow to Exercising Skeletal Muscles
National Institutes of Health
$925,000
Previous
2002-2006
Vascular Tone and Blood Pressure Control During Exercise
National Institutes of Health
$900,000
Previous
2000-2002
Sympathetic Control of Blood Flow during Exercise
American Heart Association
$80,000
Previous
1998-2000
Adrenergic Control of Muscle Blood Flow During Exercise
Internet course. Consult: (http://courses.uta.edu/). Exercise Technology is incorporated in this course. The student will be required to purchase a specific heart rate watch (model and brand will be provided in syllabus). The cost of this piece of equipment is $250. If the student does not want to purchase the watch, the equipment can be rented from the Kinesiology department for $50 per semester. However, if the equipment is not returned to the Kinesiology department upon completion of the course the student will be charged the full value of the equipment and a hold will be placed on the student's account.
Download Syllabus (1795.02KB. This syllabus was uploaded Monday 31st, August 2009 11:41:49 AM and is subject to change.)
Internet course. Consult: (http://courses.uta.edu/). Exercise Technology is incorporated in this course. The student will be required to purchase a specific heart rate watch (model and brand will be provided in syllabus). The cost of this piece of equipment is $250. If the student does not want to purchase the watch, the equipment can be rented from the Kinesiology department for $50 per semester. However, if the equipment is not returned to the Kinesiology department upon completion of the course the student will be charged the full value of the equipment and a hold will be placed on the student's account.
Download Syllabus (1795.02KB. This syllabus was uploaded Monday 31st, August 2009 11:42:19 AM and is subject to change.)
Internet course. Consult: (http://courses.uta.edu/). Exercise Technology is incorporated in this course. The student will be required to purchase a specific heart rate watch (model and brand will be provided in syllabus). The cost of this piece of equipment is $250. If the student does not want to purchase the watch, the equipment can be rented from the Kinesiology department for $50 per semester. However, if the equipment is not returned to the Kinesiology department upon completion of the course the student will be charged the full value of the equipment and a hold will be placed on the student's account.
Download Syllabus (1795.02KB. This syllabus was uploaded Monday 31st, August 2009 11:42:48 AM and is subject to change.)
Internet course. Consult: (http://courses.uta.edu/). Exercise Technology is incorporated in this course. The student will be required to purchase a specific heart rate watch (model and brand will be provided in syllabus). The cost of this piece of equipment is $250. If the student does not want to purchase the watch, the equipment can be rented from the Kinesiology department for $50 per semester. However, if the equipment is not returned to the Kinesiology department upon completion of the course the student will be charged the full value of the equipment and a hold will be placed on the student's account.
Download Syllabus (1795.02KB. This syllabus was uploaded Monday 31st, August 2009 11:43:12 AM and is subject to change.)
Internet course. Consult:
(https://courses.uta.edu/). Exercise Technology is incorporated in this
course. The student will be required to purchase a specific heart rate
watch (model and brand will be provided in syllabus). The cost of this
piece of equipment is $250. If the student does not want to purchase
the watch, the equipment can be rented from the Kinesiology department
for $50 per semester. However, if the equipment is not returned to the
Kinesiology department upon completion of the course the student will
be charged the full value of the equipment and a hold will be placed on
the student's account.
Contact Information Hammond Hall 506, #Online Phone: 817 272 0219 Email: buckwalter@uta.edu
Internet course. Consult:
(https://courses.uta.edu/). Exercise Technology is incorporated in this
course. The student will be required to purchase a specific heart rate
watch (model and brand will be provided in syllabus). The cost of this
piece of equipment is $250. If the student does not want to purchase
the watch, the equipment can be rented from the Kinesiology department
for $50 per semester. However, if the equipment is not returned to the
Kinesiology department upon completion of the course the student will
be charged the full value of the equipment and a hold will be placed on
the student's account.
Contact Information Hammond Hall 506, #Online Phone: 817 272 0219 Email: buckwalter@uta.edu
Internet course. Consult:
(https://courses.uta.edu/). Exercise Technology is incorporated in this
course. The student will be required to purchase a specific heart rate
watch (model and brand will be provided in syllabus). The cost of this
piece of equipment is $250. If the student does not want to purchase
the watch, the equipment can be rented from the Kinesiology department
for $50 per semester. However, if the equipment is not returned to the
Kinesiology department upon completion of the course the student will
be charged the full value of the equipment and a hold will be placed on
the student's account
Contact Information Hammond Hall 506, #Online Phone: 817 272 0219 Email: buckwalter@uta.edu
Internet course. Consult:
(https://courses.uta.edu/). Exercise Technology is incorporated in this
course. The student will be required to purchase a specific heart rate
watch (model and brand will be provided in syllabus). The cost of this
piece of equipment is $250. If the student does not want to purchase
the watch, the equipment can be rented from the Kinesiology department
for $50 per semester. However, if the equipment is not returned to the
Kinesiology department upon completion of the course the student will
be charged the full value of the equipment and a hold will be placed on
the student's account.
Contact Information Hammond Hall 506, #Online Phone: 817 272 0219 Email: buckwalter@uta.edu
Young Investigator Travel Award, APS Cardiovascular Section - 2001
Fellow, American College of Sports Medicine - 2000
Outstanding Health and Physical Education Major, Centenary College - 1991
Impact Factors and Citations for Journals Dr. Buckwatler has Published In
Impact Factors, Citations, and Total Articles in 2007
Title
Impact Factor
# of Articles Published in 2007
# of Citations
Journal of Applied Physiology
3.632
539
37102
Experimental Physiology
3.014
107
2431
American Journal of Physiology: Heart and Circulatory Physiology
3.973
800
26695
Journal of Physiology(London)
4.58
628
43833
Archives of Physical Medicine and Rehabilitation
1.814
285
11620
Brain Research
2.218
1226
54770
Exercise and Sport Sciences Reviews
2.983
28
1419
International Journal of Sports Medicine
1.524
168
3836
Medicine and Science in Sports and Exercise
2.864
278
16393
Rankings
Journal of Applied Physiology - 25 of Dr. Buckwatler's Publications #1 Sports Science Journal by Total Cites (out of 72) #1 Sports Science Journal by Number of Articles Published (out of 72) #2 Sports Science Journal by Impact Factor (out of 72) #3 Physiology Journal by Cites (out of 78) #5 Physiology Journal by Articles (out of 78) #23 Physiology Journal by Impact Factor (out of 78) Archives of Physical Medicine and Rehabilitation - 2 of Dr. Buckwalter's Publications #2 Sports Science Journal by Number of Articles Published #3 Sports Science Journal by Total Cites #12 Sports Science Journal by Impact Factor International Journal of Sports Medicine - 1 of Dr. Buckwatler's Publications #7 Sports Science Journal by Total Cites #11 Sports Science Journal by Number of Articles Published #21 Sports Science Journal by Impact Factor Exercise and Sport Sciences Review - 1 of Dr. Buckwalter's Publications #5 Sports Science Journal by Impact Factor #22 Sports Science Journal by Total Cites #54 Sports Science Journal by Number of Articles Published
Medicine and Science in Sports and Exercise - 1 of Dr. Buckwalter's Publications #2 Sports Science Journal by Cites #3 Sports Science Journal by Articles #6 Sports Science Journal by Impact Factor All Rankings Based on the ISI Web of Knowledge Database
Important Disclaimer: The responsibility for the accuracy of the information contained on these pages lies with the authors and user providing such information.
Faculty Profile
701 Planetarium Place, Arlington, TX 76019 
Mail Box: 19227, Hammond Hall, Room No.: 506 
817 272 0219 
