Search Results - "Serrador, J.M."

Cerebral blood flow decreases prior to nausea during off-vertical axis rotation by Blatt, M, Falvo, M.J, Jasien, J.J, Wood, S.J, Serrador, J.M

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The role of nitric oxide in the regulation of adaptive immune responses by Ibiza, S, Serrador, J.M

“…Abstract The immune system constitutes a set of effective host responses to pathogens. T lymphocytes orchestrate these responses through specific receptor…”
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Brain freeze induced changes in cerebral blood flow by Falvo, M.J, Blatt, M, Jasien, J.J, Deegan, B.M, OLaighin, G, Serrador, J.M

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Sympathetic activation during the cold pressor test changes cerebral compliance by Falvo, M.J, Blatt, M, Jasien, J.J, Deegan, B.M, OLaighin, G, Serrador, J.M

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Cerebrovascular hemodynamics, gait, and falls in an elderly population: MOBILIZE Boston Study by SOROND, F. A, GALICA, A, SERRADOR, J. M, KIELY, D. K, ILOPUTAIFE, I, CUPPLES, L. A, LIPSITZ, L. A

“…To determine whether alterations in cerebral blood flow regulation are associated with slow gait speed and falls in community-dwelling elderly individuals. The…”
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Elderly women regulate brain blood flow better than men by Deegan, B.M., Sorond, F.A., Galica, A., Lipsitz, L.A., ÓLaighin, G., Serrador, J.M.

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Cerebral blood flow regulation during cognitive tasks: Effects of healthy aging by Sorond, Farzaneh A., Schnyer, David M., Serrador, Jorge M., Milberg, William P., Lipsitz, Lewis A.

“…Aging is associated with frontal subcortical microangiopathy and executive cognitive dysfunction, suggesting that elderly individuals may have impaired…”
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Cerebral vasoconstriction precedes orthostatic intolerance after parabolic flight by Serrador, J.M, Shoemaker, J.K, Brown, T.E, Kassam, M.S, Bondar, R.L, Schlegel, T.T

“…The effects of brief but repeated bouts of micro- and hypergravity on cerebrovascular responses to head-up tilt (HUT) were examined in 13 individuals after…”
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Gender related differences in cerebral autoregulation in older healthy subjects by Deegan, B.M., Sorond, F.A., Lipsitz, L.A., OLaighin, G., Serrador, J.M.

“…Cerebral autoregulation is an intrinsic mechanism of the cerebrovasculature that maintains cerebral blood flow relatively constant over a wide range of blood…”
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