Joshi Narahari V, Cruz Ibis, Osuna Jesus A
Department of Physiology, University of Los Andes, Merida, Venezuela.
Methods Mol Biol. 2011;736:259-84. doi: 10.1007/978-1-61779-105-5_17.
Applications of atomic force microscopy to ultrastructural investigation of human spermatozoa are -discussed, with particular emphasis to their most common pathological alterations, which are recognized to be associated with male infertility. Morphological alterations can be located in the head, neck piece, and/or in the flagellum. The consequences of these defects on infertility-related topics are examined in the light of aberrations caused in varicocele and in other spermatozoa morphological alterations like globozoospermia, oligoasthenospermia, and in semen from patients with HIV syndrome. Special attention is given to the temperature effects on sperm abnormalities. The application of the present approach to pharmacology, namely, the development of male contraceptive methods, is also referred.
讨论了原子力显微镜在人类精子超微结构研究中的应用,特别强调了其最常见的病理改变,这些改变被认为与男性不育有关。形态学改变可位于头部、颈部和/或鞭毛。根据精索静脉曲张以及其他精子形态学改变(如圆头精子症、少弱精子症)和HIV综合征患者精液中出现的异常情况,研究了这些缺陷对不育相关问题的影响。特别关注了温度对精子异常的影响。还提到了本方法在药理学中的应用,即男性避孕方法的开发。