The growth and involution of lymphatic tissue and its interrelationships to aging and to the growth of the adrenal glands and sex organs in CBA mice
The growth and involution of lymphatic tissue and its interrelationships to aging and to the growth of the adrenal glands and sex organs in CBA mice
复制标题
CBA小鼠淋巴组织的生长和退化及其与衰老、肾上腺和性器官生长的相互关系
DOI:
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发表时间:
1960
期刊:
影响因子:
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通讯作者:
G. Santisteban
中科院分区:
文献类型:
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作者:
G. Santisteban
Since Paltouf ( 1880-1890) developed the theory of the lymphatic-chlorotic constitution, "the status thymicolymphaticus," much has been learned about the normal changes in the thymus which occur with increasing age in both human and lower animals (Waldeyer, 1890; Hammar, '06; Jackson, '13; Boyd, '32). However, the wide-spread distribution of lymph nodes and diffuse lymphatic tissue has made it difficult to obtain accurate data concerning the normal growth and involution of the total lymphatic tissue in the animal body and to correlate the normal age changes in the thymus and lymph nodes with the growth of other tissues and organs. A study of the normal growth of the lymph nodes and thymus was attempted in the rabbit by Hellman ('14), and to a lesser extent in the rat by Reinhardt ('46) and in the guinea pig by Gyllensten ('53). In recent years, the influences of the adrenocortical hormones and alarming stimuli upon the mass and cytology of lymphatic tissue in mice have been under extensive investigation (Dougherty, '52; Santisteban and Dougherty, '54; Santisteban and Swinyard, '56; Santisteban, '55, '56, '58, '59). In these studies the responses of the entire lympatic tissue to various experimental conditions have been assayed by sampling a few lymphatic organs and comparing them with the normal, using animals of the same age and sex. There is abundant evidence which indicates that the growth and involution of the thymus is also influenced by pituitary, thyroid and gonadal factors (Dougherty, '52; Shrewsbury and Reinhardt, '55). However, a complete analysis of the influences of age and sex upon the growth of lymphatic tissue in mice has never been reported. In the present study the influences of aging, sex and the adrenal glands upon the growth and involution of the thymus and representative lymph nodes have been studied. This has been done by correlating the alterations in the weights of the various types of lymphatic organs with each other and with respect to differences in age and sex as well as with respect to the general body growth and the growth of genital tissue and adrenal glands. The results presented here provided the basis for studies of the influences of aging and sex upon the growth of lymphatic tissue following adrenalectomy. The latter are being separately reported.