Provide the following information
for the key personnel in the order listed for Form Page 2. Follow the sample format for each
person. DO NOT EXCEED FOUR PAGES. |
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NAME Tony G. Waldrop |
POSITION
TITLE Professor/Vice
Chancellor |
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EDUCATION/TRAINING (Begin
with baccalaureate or other initial professional education, such as nursing,
and include postdoctoral training.) |
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INSTITUTION AND LOCATION |
DEGREE (if applicable) |
YEAR(s) |
FIELD OF STUDY |
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A.B. |
1974 |
Political
Science |
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M.A. |
1980 |
Physical
Education |
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Ph.D. |
1981 |
Physiology |
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Univ. |
Ph.D. |
1982-1986 |
Physiology |
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A.
Positions
and Honors
Positions
1986‑1989 Assistant Professor,
Physiology, University of Illinois-Urbana
1989-1994
Associate Professor, Physiology, University
of Illinois-Urbana
1993-1999
Director, MD/PhD Program, University of
Illinois-Urbana
1994-2001
Professor, Physiology, University of
Illinois-Urbana
1997-1999
Acting Regional Dean,
1999-2000 Interim Vice Chancellor
for Research & Dean of
2000-2001
Vice Chancellor for Research, University of
Illinois-Urbana
2000-present
Professor, Cell and Molecular Physiology,
2000-present
Vice Chancellor for Research,
Honors
1988-1993 Established Investigator, American Heart Association
1989-1991
University
Scholar,
B. Selected from 98 peer-reviewed publications
(in chronological order).
Horn, E.M. and T.G. Waldrop: Modulation of the respiratory response to
hypoxia and hypercapnia by synaptic input onto caudal
hypothalamic neurons. Brain Research
664:25‑33, 1994.
Ryan, J.W. and T.G. Waldrop: Hypoxia sensitive neurons in the rat caudal
hypothalamus project to the periaqueductal gray. Respiration Physiology 100:185‑194,
1995.
Nolan, P.C., G. H. Dillon and T.G.
Waldrop: Central hypoxic chemoreceptors in the ventrolateral
medulla and caudal hypothalamus. Advances in Experimental Medicine and
Biology 393:261-266, 1995.
Nolan, P.C. and T.G. Waldrop: Ventrolateral medullary neurons show age dependent depolarizations. Developmental Brain Research
91:111-120, 1996.
Iwamoto, G.A., S.M. Wappel,
G.M. Fox, K.A. Buetow and T.G. Waldrop: Identification of diencephalic
and brainstem areas
activated during exercise.
Brain Research 726:109-122, 1996.
Iwamoto, G.A. and T.G. Waldrop: Lateral tegmental
field neurons sensitive to muscular contraction: A role in pressor
reflexes? Brain Research Bulletin
41:111-120, 1996.
Nolan, P.C. and T.G. Waldrop: In vitro responses of VLM neurons to hypoxia
after normobaric hypoxic acclimatization. Respiration Physiology 105:23-33,
1996.
Nolan, P.C. and T.G. Waldrop: Integrative role of medullary
neurones during exercise. Experimental Physiology 82:547-558,
1997.
Horn, E.M. and T.G. Waldrop: Oxygen-sensing neurons in the caudal
hypothalamus and their role in cardiorespiratory
control. Respiration Physiology
110:219-228, 1997.
Kramer, J.M. and T.G. Waldrop: Neural
control of the cardiovascular system during exercise: An integrative role for
the vestibular system. Journal of
Vestibular Research 8:71-80, 1998.
Horn,
Horn, E.M. and T.G. Waldrop: Suprapontine
control of respiration. Respiration
Physiology 114:201-211, 1998.
Horn, E.M., G.H. Dillon,
Y.-P. Fan and T.G.
Waldrop: Developmental aspects and
mechanisms of rat caudal hypothalamic neuronal responses to hypoxia. Journal of Neurophysiology
81:1949-1959, 1999.
Kramer, J.M., P.C. Nolan and T.G.
Waldrop: In vitro responses of neurons
in the periaqueductal gray to hypoxia and hypercapnia. Brain
Research 835:197-203, 1999.
Horn, E.M., J.M. Kramer and T.G. Waldrop: Development of hypoxia-induced Fox expression
in rat caudal hypothalamic neurons. Neuroscience
23:711-720, 2000.
Kramer, J.M., E.D. Plowey,
J.A. Beatty, H.R. Little and T.G. Waldrop:
Hypothalamus, hypertension and exercise.
Brain Research Bulletin 53:77-85, 2000.
Horn, E.M. and T.G. Waldrop: Hypoxic augmentation of fast-inactivating and
persistent sodium currents in rat caudal hypothalamic neurons. Journal of Neurophysiology
84:2572-2581, 2000.
Fan, Y.-P., E.M. Horn and Tony G.
Waldrop: Biophysical characterization of
rat caudal hypothalamic neurons: Calcium
channel contribution to excitability. Journal
of Neurophysiology 84:2896-2903, 2000.
Kramer, J.M., J.A. Beatty, H.R. Little, E.D.
Plowey and T.G. Waldrop: Chronic exercise alters
caudal hypothalamic regulation of the cardiovascular system in spontaneously
hypertensive rats. American Journal
of Physiology 280:R389-R397, 2001.
Kramer, J.M., A. Aragones
and T.G. Waldrop: Reflex cardiovascular
responses originating in exercising muscles of mice. Journal of Applied Physiology
90:579-585, 2001.
Little, H.R., J.M. Kramer, J.A. Beatty and
T.G. Waldrop: Chronic exercise increases
GAD gene expression in the caudal hypothalamus of spontaneously hypertensive
rats. Molecular Brain Research
95:48-54, 2001.
Kramer, J.M. and T.G. Waldrop: Spontaneously hypertensive rats
exhibit altered cardiovascular and neuronal responses to muscle. Experimental Physiology 86:717-724,
2001.
Kramer, J.M., T.G. Waldrop, L.A. Frizzzell, J.F. Zachary and W.D. O’Brien: Cardiopulmonary function in rats with lung
hemorrhage induced by exposure to superthreshold
pulsed ultrasound. Journal of
Ultrasound in Medicine 20:1197-1206, 2001.
Kramer, J.M., J.A. Beatty E.D. Plowey, and T.G. Waldrop:
Exercise and hypertension: A
model for central neural plasticity. Clinical
and Experimental Pharmacology and Physiology 29:122-126, 2002.
O’Brien, W.D., J.M. Kramer, T.G. Waldrop,
L.A. Frizzell, R.J. Miller, J.P. Blue and Z.A.
Zachary: Ultrasound-induced lung
hemorrhage: role of acoustic boundary conditions at the pleural surface. Journal of the Acoustical Society of
Ichiyama, R.M., A. Gilbert, T.G. Waldrop and G.A.
Iwamoto: Changes in the exercise
activation of diencephalic and brainstem cardiorespiratory areas after training. Brain Research 947:225-233, 2002.
Plowey, E.D., J.M. Kramer, J.A. Beatty and T.G.
Waldrop: In vivo electrophysiological
responses of pedunculopontine neurons to static
muscle contraction. American Journal
of Physiology 283:R1008-R1019, 2002).
Plowey, E.D. and T.G. Waldrop: Cobalt injections into the pedunculopontine nuclei attenuate the reflex diaphragmatic
responses to muscle contraction in rats.
Journal of Applied Physiology 96:301-307, 2003.
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