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马鹿雄性鹿茸生长的内分泌调控

Endocrine control of antler growth in red deer stags.

作者信息

Suttie J M, Lincoln G A, Kay R N

出版信息

J Reprod Fertil. 1984 May;71(1):7-15. doi: 10.1530/jrf.0.0710007.

DOI:10.1530/jrf.0.0710007
PMID:6374134
Abstract

Observations of body weight, testis size, antler status, plasma testosterone and prolactin were made on 12 red deer stags during their first 2 years of life. Six of the stags were fed to appetite throughout the study (Group A) and 6 were fed a 70% restricted diet during each winter (Group B). In addition 6 of the stags , 3 from each group, were studied in more detail; LH and testosterone were measured either after a single injection of LH-RH or in samples taken at frequent intervals over a period of 8 or 24 h. During the study the stags became sexually mature, developed first their pedicles and then antlers and showed at least one complete cycle of casting and regrowth of the antlers . The stags in Group A developed their testes and pedicles about 2 months earlier than did those in Group B. Pedicle initiation was associated with increasing plasma testosterone levels in response to changes in LH secretion, and antler development occurred when testosterone levels were low or decreasing. Cleaning of the velvet was associated with high levels of plasma testosterone. Antler casting occurred when plasma testosterone concentrations were low or undetectable and prolactin levels were high or increasing. The relationship between LH and testosterone varied during the study; in spring when the testes and antlers were growing, relatively high levels of LH were associated with only small peaks of testosterone, yet in summer, when antler growth was complete and the antlers were clean of velvet, low LH concentrations were associated with large peaks of testosterone.

摘要

在12只雄性马鹿生命的头两年对其体重、睾丸大小、鹿茸状况、血浆睾酮和催乳素进行了观察。在整个研究过程中,6只马鹿自由采食(A组),另外6只在每年冬季给予70%的限食(B组)。此外,对其中6只马鹿(每组3只)进行了更详细的研究;在单次注射促黄体生成素释放激素(LH-RH)后或在8或24小时内定期采集的样本中测量LH和睾酮。在研究期间,这些马鹿性成熟,首先长出角柄,然后长出鹿茸,并至少经历了一个完整的鹿茸脱落和再生周期。A组的马鹿比B组的马鹿大约早2个月发育出睾丸和角柄。角柄的开始与血浆睾酮水平随着LH分泌变化而升高有关,而鹿茸发育发生在睾酮水平较低或下降时。鹿茸脱绒与血浆睾酮水平升高有关。鹿茸脱落发生在血浆睾酮浓度较低或无法检测到且催乳素水平较高或升高时。在研究期间,LH和睾酮之间的关系有所变化;在春季,当睾丸和鹿茸生长时,相对较高的LH水平仅与较小的睾酮峰值相关,而在夏季,当鹿茸生长完成且鹿茸脱绒时,较低的LH浓度与较大的睾酮峰值相关。

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