Zobrazeno 1 - 10
of 119
pro vyhledávání: '"R.W Brauer"'
Pressure effects on thermal preference behaviour in gammarid amphipods from 600–1000m in Lake Baikal
Autor:
G.I. Galazii, R.W Brauer, V.G. Sidelyova, E.E. Williams, M.Yu. Bekman, R.D. Roer, M.R. Jordan
Publikováno v:
Journal of Thermal Biology. 9:205-213
Temperature preference behaviour of gammarid crustaceans from depths between 600–2000 m in Lake Baikal was studied in a system which provided a stable temperature gradient at pressures ranging from 50–150 atm. At the pressure of their habitat, th
Publikováno v:
Comparative Biochemistry and Physiology Part A: Physiology. 65:109-117
1. 1. Compression of freshwater gammarids from Lake Baikal elicits a series of 9 distinguishable response stages reflecting successive phases of hyperactivity, convulsions and immobilization. 2. 2. Convulsion threshold pressures are much greater for
Autor:
R.W Beaver, R.W Brauer
Publikováno v:
Comparative Biochemistry and Physiology Part A: Physiology. 69:665-674
1. 1. The effects of varying test temperature ( T 1 ) and acclimation temperature ( T a upon the threshold pressure eliciting HPNS convulsions ( P c ) were measured in three representative ectotherm vertebrates. 2. 2. Test temperature had little effe
Publikováno v:
Journal of Experimental Zoology. 233:65-72
A 60–140-atm change in the hydrostatic pressure causes fresh water gammarid amphipods from Lake Baikal to lose Na+ to the medium. This effect occurs whether the change is an increase in pressure for shallow species or a decrease in pressure for dee
Publikováno v:
Comparative Biochemistry and Physiology Part A: Physiology. 68:501-505
1. 1. Instrumentation is described to permit study of temperature preference behavior in small aquatic animals as a function of ambient pressures in the range from 1 to 400 atm. 2. 2. The device provides a dynamically stabilized thermal gradient orth
Publikováno v:
Comparative Biochemistry and Physiology Part A: Physiology. 65:119-127
1. 1. Freshwater gammarids from 900–1400 m depths lose Na at 1 atm, 4°C, while related shallow water gammarids are near neutral Na balance. 2. 2. Na + influx rates are similar at 1 atm, 4°C, for abyssal and shallow water gammarids of similar weig
Publikováno v:
Otolaryngologic Clinics of North America. 8:417-430
Vascular embolic and thrombotic problems postulated to be the cause of inner ear sudden deafness have been reported with decompression sickness also. Decompression sickness has been found to lead to cochlear potential loss in the guinea pig, and thes
Publikováno v:
Comparative Biochemistry and Physiology Part A: Physiology. 77:699-705
1. 1. Pressure tolerance of ten species of shallow water ( 2. 2. The observed family differences reflect not merely acclimation to habitat pressure, but rather suggest a significant degree of genetic determinacy of this characteristic, pointing to a
Publisher Summary This chapter discusses several aspects of the comparative physiology of the high pressure neurologic syndrome. The high pressure nervous syndrome (HPNS)—like sequence observed among invertebrates—reveals a number of interesting
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=doi_________::1119bc47a589ea33bf27c3f4345bd92a
https://doi.org/10.1016/b978-0-08-027339-6.50027-0
https://doi.org/10.1016/b978-0-08-027339-6.50027-0
Autor:
G. ALBANO, JAMES E. ALLEN, BANKS ANDERSON, N.R. ANTHONISEN, ALBERT R. BEHNKE, PETER B. BENNETT, R.J. BIERSNER, GEORGE D. BLENKARN, ROBERT C. BORNMANN, M.E. BRADLEY, R.W. BRAUER, A.C. BRYAN, A.A. BÜHLMANN, C.R. CAREY, JOHN G. CASSILS, BRITTON CHANCE, J. CHOUTEAU, J.M. CLARK, A.T.K. COCKETT, M. COLUMBA, ALBERT B. CRAIG, P.M. CRISCUOLI, WILLIAM D. CURRIE, BRIAN G. D'AOUST, HELEN C. DAVIES, R.E. DAVIES, JAMES G. DICKSON, G.F. DOEBBLER, J.H. DOUGHERTY, PETER O. EDEL, D.H. ELLIOTT, EDGAR END, G.M. FANT, R.M. FEATHERSTONE, WALLACE O. FENN, CRAIG L. FISCHER, EDWARD T. FLYNN, R.E. FORSTER, X.R. FRUCTUS, ANDRE GALERNE, PHILLIP D. GRIFFITHS, R.W. HAMILTON, H.T. HAMMEL, J.D. HARDY, J. DONALD HARRIS, J.A.B. HARRISON, NIELS HAUGAARD, S. HEGEMAN, H.V. HEMPLEMAN, J.M. HERRON, CARL MAGNUS HESSER, RUPORT HESTER, B.A. HILLS, F.M. HIROSE, H. HOLLIEN, RODNEY T. HOULIHAN, M.R. JORDAN, J.S. KELLEY, P.L. KELLEY, D.J. KIDD, STEPHEN L. KIMZEY, JO ANN S. KINNEY, C.J. KNIGHT, J.A. KYLSTRA, C.J. LAMBERTSEN, J.V. LANDAU, PAUL W. LANGE, E.H. LANPHIER, M.J. LEVER, P.G. LINAWEAVER, J. LINDQVIST, S.M. LURIA, JOSEPH B. MACINNIS, R. STUART MACKAY, ALF MARTINSSON, J.N. MILLER, J.W. MILLER, K.W. MILLER, EUGENE NAGEL, R. NAQUET, CHARLES W. NICHOLS, E.M. OVERFIELD, DONALD C. PARKER, D.E. PARRISH, W.D.M. PATON, S.M. PAULEY, D.C. RAUSCH, J.S.P. RAWLINS, HANS O.E. RÖCKERT, CARL J. RUBENSTEIN, GEORGE RUBISSOW, H.A. SALTZMAN, J. SALZANO, AARON P. SANDERS, J.C. SAUNDERS, K.E. SCHAEFER, H.R. SCHREINER, K.E.A. SEEMANN, W. SETTLE, R.D. SINCLAIR, E.B. SMITH, B. SONESSON, W.B. STREETT, R.A. STUBBS, JAMES K. SUMMITT, J.F. TAUBER, HUGH D. VAN LIEW, P.V. VAN TASSEL, J. VOROSMARTI, O.D. WANGENSTEEN, R.O. WAY, R.S. WEAVER, B.E. WELCH, J.D. WOOD, L.D.H. WOOD, R.D. WORKMAN, J. MURRAY YOUNG, A.M. ZIMMERMAN
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=doi_________::d6edd91fb10d314780594d2a6274fad6
https://doi.org/10.1016/b978-0-12-434750-2.50004-6
https://doi.org/10.1016/b978-0-12-434750-2.50004-6