a_level_statistics_crawshaw_and_chambers_pdf__gf9 v1.0.0

A Level Statistics Crawshaw And Chambers Pdf Download

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in brief, the results show that the fok rats were not able to regulate their body temperature at a higher level than that of the donryu rats in the thermocline box. the fok rats were able to maintain their body core temperature at a higher level than that of the donryu rats in the thermocline box. the fok rats maintained their body core temperature at a higher level than that of the donryu rats in the thermocline box. thus, there are two possibilities to explain the difference of tpref between the fok and donryu rats. first, in the fok rat, behavioral thermoregulation was brought about by increased voluntary activity or high metabolic heat production to counteract an excessive rise in body core temperature, as is the case of the low tpref in the dark phase of the day. second, the low tpref of the fok rat showed that the regulated level of their body core temperature was shifted to a low level.


just after the body warming was begun, the thy of all rats slightly decreased for several minutes (refer to fig. 1 ). the drop in thy was caused by the perfusion of water, which had cooled while it was stationary in the tubing between the thermode and the warm water tank, as described elsewhere ( 27 ). the mean changes in thy from the initial levels during body warming and cooling did not differ among the fok, wkah, and donryu rats. there were, however, great individual variations in the patterns of change in tsk andm during body warming and cooling because of differences in the onset for tail skin vasodilation and cold-induced thermogenesis (also refer to fig. 84d34552a1