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[白色Wistar大鼠(褐家鼠,贝肯霍特)颅内器官(垂体叶、松果体、终板血管器)种内生长与啮齿动物种间生长的比较]

[Comparison of the intraspecific growth of the endocranial organs (hypophyseal lobes, pineal gland, SFO) in the white Wistar rat. Rattus norvegicus (Berkenhout), with their interspecific growth in the rodents].

作者信息

Legait H, Legait E, Roux M, Sirjean D

出版信息

Bull Assoc Anat (Nancy). 1976 Mar;60(168):189-200.

PMID:1016744
Abstract

The intraspecific growth of various endocranian organs (hypophysis, pineal gland and SFO) in the Rat compared to a group of Rodents shows that their allometry coefficient/somatic weight is : close to isometry for the anterior and intermediate lobes of the hypophysis which is suitable for endocrine glands; lower and close to that found for the relation brain weight/somatic weight for the nervous lobe in the Rat and in Rodents; and extremely low (0,33) for the SFO in the Rat, which is comparable to that found in Rodents (0,44). The allometry coefficient found for the pineal gland is not comparable to that found in Rodents (1,25). Many facts (important intra and interspecific variations, existence of species or individuals deprived of pineal gland) seem to indicate that this gland is not related to an essential somatic function.

摘要

与一组啮齿动物相比,大鼠各种脑内器官(垂体、松果体和终板血管器)的种内生长情况表明,它们的异速生长系数/体重为:垂体前叶和中叶接近等速生长,这对于内分泌腺而言是合适的;神经叶的该系数低于大鼠和啮齿动物脑重/体重的系数;大鼠终板血管器的该系数极低(0.33),与啮齿动物的(0.44)相当。松果体的异速生长系数与啮齿动物的(1.25)不可比。许多事实(种内和种间的重要差异、缺乏松果体的物种或个体的存在)似乎表明,该腺体与基本的躯体功能无关。

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