家猫睾丸血管的季节性变化:微血管、血管生成活性和内皮细胞表达的评估。

Anatomy research international Pub Date : 2012-01-01 Epub Date: 2012-02-08 DOI:10.1155/2012/583798
Graça Alexandre-Pires, Luísa Mateus, Catarina Martins, Graça Ferreira-Dias
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引用次数: 8

摘要

一些雄性季节性繁殖者全年都经历睾丸的生长和退化。本研究的目的是了解季节性对:(i)猫睾丸微血管的影响;(ii)体外睾丸组织血管生成活性;(iii)全年睾丸内皮细胞表达。睾丸血管面积在3、4月、6、7月增加,11、12月最高。睾丸组织的体外血管生成活性受不同季节的刺激不同,在2月、11月和12月更为明显。尽管CD143在12月表达较高,但在4月和7月出现较小的峰值。在繁殖季节和非繁殖季节,血管生成的变化可能对睾丸血管的生长和退化起作用,数据表明猫的睾丸血管在三个光周期窗口的时间内增加,即11月/ 12月,3月/ 4月和6月/ 7月。睾丸血管化的增加可能与猫的季节性性活动增加有关,这与大多数女王在年初,即5月至7月和9月分娩的事实一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Seasonal Changes in Testes Vascularisation in the Domestic Cat (Felis domesticus): Evaluation of Microvasculature, Angiogenic Activity, and Endothelial Cell Expression.

Seasonal Changes in Testes Vascularisation in the Domestic Cat (Felis domesticus): Evaluation of Microvasculature, Angiogenic Activity, and Endothelial Cell Expression.

Seasonal Changes in Testes Vascularisation in the Domestic Cat (Felis domesticus): Evaluation of Microvasculature, Angiogenic Activity, and Endothelial Cell Expression.

Seasonal Changes in Testes Vascularisation in the Domestic Cat (Felis domesticus): Evaluation of Microvasculature, Angiogenic Activity, and Endothelial Cell Expression.

Some male seasonal breeders undergo testicular growth and regression throughout the year. The objective of this study was to understand the effect of seasonality on: (i) microvasculature of cat testes; (ii) angiogenic activity in testicular tissue in vitro; and (iii) testicular endothelial cells expression throughout the year. Testicular vascular areas increased in March and April, June and July, being the highest in November and December. Testes tissue differently stimulated in vitro angiogenic activity, according to seasonality, being more evident in February, and November and December. Even though CD143 expression was higher in December, smaller peaks were present in April and July. As changes in angiogenesis may play a role on testes vascular growth and regression during the breeding and non-breeding seasons, data suggest that testicular vascularisation in cats is increased in three photoperiod windows of time, November/December, March/April and June/July. This increase in testicular vascularisation might be related to higher seasonal sexual activity in cats, which is in agreement with the fact that most queens give birth at the beginning of the year, between May and July, and in September.

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