Van Abeelen J H, Leenders H J, Lemmens W A
Department of Animal Physiology, University of Nijmegen, The Netherlands.
Growth Dev Aging. 1990 Winter;54(4):151-4.
From a four-way cross between unrelated inbred strains of mice, a random-breeding line was developed that segregated at two coat-color loci and carried Y chromosomes from different sources. Adult males were used for measurements of body weight, kidney weight, renal papilla length, and adrenal gland weight. Clear evidence was obtained of Y-linked influences on papilla length and adrenal weight, whereas direct effects of Autosome 9 were indicated with regard to adrenal weight only. Epistatic interaction of the Y chromosome with Autosome 4 was found for kidney weight and a 4-9 interaction appeared for papilla length. The direct effects of Y-chromosomal variation are interpreted in terms of a functional relationship between adrenal action and the development of Henle's loops and, in connection with previous findings, discussed in terms of adrenal functioning in the regulation of hippocampally-mediated behaviors.
通过对无关近交系小鼠进行四向杂交,培育出了一个随机繁殖品系,该品系在两个毛色基因座上发生分离,并携带来自不同来源的Y染色体。成年雄性用于测量体重、肾脏重量、肾乳头长度和肾上腺重量。获得了明确证据,表明Y染色体对乳头长度和肾上腺重量有影响,而9号常染色体仅对肾上腺重量有直接影响。发现Y染色体与4号常染色体在肾脏重量方面存在上位性相互作用,在乳头长度方面出现了4号与9号染色体的相互作用。Y染色体变异的直接影响根据肾上腺作用与亨利氏袢发育之间的功能关系进行解释,并结合先前的研究结果,从肾上腺在调节海马介导行为中的功能角度进行讨论。