{"id":3467,"date":"2008-06-04T13:34:34","date_gmt":"2008-06-04T17:34:34","guid":{"rendered":"https:\/\/www.med.unc.edu\/cellbiophysio\/faculty-old\/archives\/waldrop\/waldroppublications\/"},"modified":"2018-06-11T14:42:49","modified_gmt":"2018-06-11T18:42:49","slug":"waldroppublications","status":"publish","type":"page","link":"https:\/\/www.med.unc.edu\/cellbiophysio\/waldroppublications\/","title":{"rendered":"Waldrop – Publications"},"content":{"rendered":"
\n

Pubmed:<\/h2>\n

Pubmed List
\n<\/a><\/p>\n

Recent Publications:<\/h2>\n

Waldrop TG<\/span>, Iwamoto GA. (2006) Point: supraspinal locomotor centers do contribute significantly to the hyperpnea of dynamic exercise. J Appl Physiol. 100(3):1077-9.
\n<\/a>
\nPotts JT, Waldrop TG. <\/span>(2005) Discharge patterns of somatosensitive neurons in the nucleus tractus solitarius of the cat. Neuroscience. 132(4):1123-34.<\/a><\/p>\n

Beatty JA, Kramer JM, Plowey ED, Waldrop TG.<\/span> (2005) Physical exercise decreases neuronal activity in the posterior hypothalamic area of spontaneously hypertensive rats. J Appl Physiol. 98(2):572-8.<\/a><\/p>\n

Ichiyama RM, Waldrop TG,<\/span> Iwamoto GA. (2004) Neurons in and near insular cortex are responsive to muscular contraction and have sympathetic and\/or cardiac-related discharge. Brain Res. 1008(2):273-7.<\/a><\/p>\n

Plowey ED, Waldrop TG.<\/span> (2004) Cobalt injections into the pedunculopontine nuclei attenuate the reflex diaphragmatic responses to muscle contraction in rats. J Appl Physiol. 96(1):301-7.<\/a><\/p>\n

Plowey ED, Kramer JM, Beatty JA, Waldrop TG. <\/span>(2002) In vivo electrophysiological responses of pedunculopontine neurons to static muscle contraction. Am J Physiol Regul Integr Comp Physiol. 283(5):R1008-19.<\/a><\/p>\n

Ichiyama RM, Gilbert AB, Waldrop TG,<\/span> Iwamoto GA. (2002) Changes in the exercise activation of diencephalic and brainstem cardiorespiratory areas after training. Brain Res. 947(2):225-33.<\/a><\/p>\n

Kramer JM, Beatty JA, Plowey ED, Waldrop TG.<\/span> (2002) Exercise and hypertension: a model for central neural plasticity. Clin Exp Pharmacol Physiol. 29(1-2):122-6.<\/a><\/p>\n

Kramer JM, Waldrop TG.<\/span> (2001) Spontaneously hypertensive rats exhibit altered cardiovascular and neuronal responses to muscle contraction. Exp Physiol.<\/a> 86(6):717-24.<\/a><\/p>\n

Kramer JM, Aragones T, Waldrop TG.<\/span> (2001) Reflex cardiovascular responses originating in exercising muscles of mice. J Appl Physiol. 90(2):579-85.<\/a><\/p>\n

Little HR, Kramer JM, Beatty JA, Waldrop TG.<\/span> (2001) Chronic exercise increases GAD gene expression in the caudal hypothalamus of spontaneously hypertensive rats. Mol Brain Res 95:48-54.<\/a><\/p>\n

Kramer JM, Beatty JA, Little HR, Plowey ED, Waldrop TG.<\/span> (2001) Chronic exercise alters caudal hypothalamic regulation of the cardiovascular system in hypertensive rats. Am J Physiol 280:R389-R397.<\/a><\/p>\n

Horn EM, Waldrop TG.<\/span> (2000). Hypoxic augmentation of fast-inactivating and persistent sodium currents in rat caudal hypothalamic neurons. J Neurophysiol 84:2572-2581.<\/a><\/p>\n

Fan Y-P, Horn EM, Waldrop TG.<\/span> (2000) Biophysical characterization of rat caudal hypothalamic neurons: Calcium channel contribution to excitability. J Neurophysiol 84:2896-2903.<\/a><\/p>\n

\n<\/div>\n","protected":false},"excerpt":{"rendered":"

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