2016
DOI: 10.4103/1008-682x.187582
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Foreword to Sperm morphometrics today and tomorrow special issue in Asian Journal of Andrology

Abstract: Early in his investigations, Leeuwenhoek (1670s)1 deduced that spermatozoa were alive and an integral part of semen, rather than artifacts or parasites. He eventually observed spermatozoa in the semen of men, dogs, horses, birds, fishes, amphibians, molluscs, and many insects, and concluded that they must be a universal feature of male reproduction. The huge differences in sperm form among species have been discussed in relation to evolutionary changes dictated by the egg and its investments.2 Spallanzani (180… Show more

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Cited by 9 publications
(9 citation statements)
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“…Because automatic analysis of sperm morphometry allows for detailed measurements of individual sperm dimensions, species-specific sperm head morphometry subpopulations can be determined using similar statistical procedures as for motility data (Vicente-Fiel et al 2013;Yániz et al 2015). However, Soler and Cooper (2016) warn that regardless of the specific CASA-Morph system used, only a few research groups are using the proper statistical analyses to assess the large volumes of data generated with sperm morphometry analysis.…”
Section: Morphometry Subpopulationsmentioning
confidence: 99%
“…Because automatic analysis of sperm morphometry allows for detailed measurements of individual sperm dimensions, species-specific sperm head morphometry subpopulations can be determined using similar statistical procedures as for motility data (Vicente-Fiel et al 2013;Yániz et al 2015). However, Soler and Cooper (2016) warn that regardless of the specific CASA-Morph system used, only a few research groups are using the proper statistical analyses to assess the large volumes of data generated with sperm morphometry analysis.…”
Section: Morphometry Subpopulationsmentioning
confidence: 99%
“…Классическое исследование морфологии клетки предусматривает различные методы ее окрашивания (27). Подготовка окрашенных препаратов включает дегидратацию, фиксацию и собственно окрашивание, изменяющие реальную структуру и размеры клетки, что создает различные артефакты (28). Система ISAS ® PBos подсчитывает процент морфологических аномалий, анализируя наличие цитоплазматических капель и биспиральных хвостов у спермиев на основании изображений, используемых для оценки подвижности в клеточной суспензии (негативный фазовый контраст).…”
Section: рис 2 примеры счетных камер много-и одноразового использовunclassified
“…Как следствие, сложность исследований семени постоянно возрастала с целью улучшения прогнозирования его оплодотворяющей способности (39,40). Однако некоторые из параметров качества тесно взаимосвязаны, и простое увеличение числа аналитических исследований не всегда повышает прогнозирующую способность спермиограммы (28,38,41).…”
Section: рис 2 примеры счетных камер много-и одноразового использовunclassified
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“…In the routine practice of breeding enterprises, the use of complex tests based on the determination of ultrastructural damage of sperm is difficult [20][21][22][23][24]. For this purpose, the technologies of automated sperm differentiation by the functional state are proposed, in particular, complex computer analysis of sperm with of exposed microscopy of moving spermatozoa (CASA) [25].…”
Section: Introductionmentioning
confidence: 99%