@techreport{oai:shinshu.repo.nii.ac.jp:00039269,
 author = {竹岡, みち子 and 酒井, 秋男 and 柳平, 坦徳 and 浅野, 功治 and 上田, 五雨},
 month = {Mar},
 note = {Wave heights of vasooscillation in right and left ear central arteries during一7'Cexposure of both earlobes of 7r abbits were 0.883:t0.044'C (mean:tSE) and 0.893:t0.052'C，re spectively. There was no significant difference between those two. Wave heights of both ear central arteries during一7'Cexposure of one (ri ght )e arlobe with the other one (left) at room temperature of 6 rabbits were 0.811:t0.060'C (mean:tSE) for right and 0.483:t0.412'C for left， respectively. Wave heights of right earlobe were significantly higher than those of left earlobe (p <O.Ol .) 2) A regression line of wave heights for right and left ear central arteries during一7'Cexposure of both earlobes was :Y = 1.05 X +0 .03. The correlation was 0.8958 (p <O.O ，l) which means high similarity of wave patterns between both earlobes. 3) A regression line of wave heights for right and left ear central arteries during一7'Cexposure of one earlobe was :Y = 0.36 X +0 .19. The correlation coefficient was 0.5834. Values were divided into two groups. One scattered along the line of Y = X，a nd the other distributed toward the abscissa. This phemonenon suggests the intermittent reflex transmission of cold -induced vasooscillation to the other earlobe not exposed to cold. 4) Further study using a laser blood volume meter supported the results obtained by thermistor., Article, application/pdf, 環境科学年報13:42-46(1991)},
 title = {家兎耳翼寒冷血管動揺の反射性波及機序について},
 year = {1991}
}