Search Results - "Buck, L.T"

Oxygen-sensitive reduction in Ca2+ -activated K+ channel open probability in turtle cerebrocortex by Rodgers-Garlick, C.I, Hogg, D.W, Buck, L.T

“…Highlights ► Discovered an oxygen-sensitive Ca2+ -activated K+ channel (KCa ) in the turtle cortex. ► Channel inhibited by TEA, IbTX and requires Ca2+ for…”
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Evidence of different climatic adaptation strategies in humans and non-human primates by Buck, L. T., De Groote, I., Hamada, Y., Hassett, B. R., Ito, T., Stock, J. T.

“…To understand human evolution it is critical to clarify which adaptations enabled our colonisation of novel ecological niches. For any species climate is a…”
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Late persistence of the Acheulian in southern Britain in an MIS 8 interstadial: evidence from Harnham, Wiltshire by Bates, M.R., Wenban-Smith, F.F., Bello, S.M., Bridgland, D.R., Buck, L.T., Collins, M.J., Keen, D.H., Leary, J., Parfitt, S.A., Penkman, K., Rhodes, E., Ryssaert, C., Whittaker, J.E.

“…This paper presents evidence of the discovery of a new Middle Pleistocene site in central southern England, with undisturbed evidence of hominin occupation…”
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Adaptive responses of vertebrate neurons to anoxia—Matching supply to demand by Buck, L.T., Pamenter, M.E.

“…Oxygen depleted environments are relatively common on earth and represent both a challenge and an opportunity to organisms that survive there. A commonly…”
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50 years of comparative biochemistry: The legacy of Peter Hochachka by Buck, L.T., Burness, G., Campbell, K.L., Darveau, C.-A., Driedzic, W., Guderley, H., McClelland, G.B., Moon, T.W., Moyes, C.D., Schulte, P.M.

“…Peter Hochachka was an early pioneer in the field of comparative biochemistry. He passed away in 2002 after 4 decades of research in the discipline. To…”
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Variation in Paranasal Pneumatisation between Mid-Late Pleistocene Hominins by Buck, L.T., Stringer, C.B., MacLarnon, A.M., Rae, T.C.

“…There is considerable variation in mid-late Pleistocene hominin paranasal sinuses, and in some taxa distinctive craniofacial shape has been linked to sinus…”
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Environmental remodelling of GABAergic and glutamatergic neurotransmission: Rise of the anoxia-tolerant turtle brain by Hogg, D.W., Hawrysh, P.J., Buck, L.T.

“…Climate cooling over the past one hundred thousand years has resulted in seasonal ice cover at northern and southern latitudes that has selected for hypoxia…”
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Adenosine as a signal for ion channel arrest in anoxia-tolerant organisms by Buck, Leslie Thomas

“…Certain freshwater turtles and fish are extremely anoxia-tolerant, capable of surviving hours of anoxia at high temperatures and weeks to months at low…”
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The role of the NMDA receptor (NMDAr) in the high anoxia-tolerance and ammonia-tolerance of the goldfish ( Carassius auratus) by Wilkie, M.P., Pamenter, M.E., Shin, D.S., Skelton, G., Alkabie, S., Buck, L.T.

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The hypoxic brain: suppressing energy-expensive membrane functions by regulation of receptors and ion channels by Bickler, P.E, Buck, L.T

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Adenosine and anoxia reduce NMDAR whole cell currents in turtle cerebrocortex by Shin, D.H., Buck, L.T.

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Gap junctions are not involved in the reduction in whole-cell conductance in anoxic turtle neurons by Ghai, H., Buck, L.T.

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Succinate and alanine as anaerobic end-products in the diving turtle ( Chrysemys picta bellii) by Buck, L.T

“…The western painted turtle is an extremely anoxia-tolerant vertebrate capable of tolerating blood lactate levels of 150–200 mM. Since lactate increases to such…”
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Effect of adenosine on metabolic rate and HSP 70 expression in anoxic hepatocytes by Buck, L.T., Balasubramaniam, J., Salem, N.

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Oxygen Sensing and Signal Transduction in Metabolic Defense Against Hypoxia: Lessons from Vertebrate Facultative Anaerobes by Hochachka, P.W., Land, S.C., Buck, L.T.

“…Earlier studies identified two main defense strategies against hypoxia in hypoxia tolerant animals: (1) reduction in energy turnover, and (2) improved…”
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