DNA fragmentation in spermatozoa of mammals and methods of its investigation (review)

M. Shubina, E. Korochkina
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Abstract

Purpose: systematization and analysis of scientific information on DNA fragmentation of spermatozoa of farm animals and methods of its research.Not long ago, one of the factors that negatively affects the fertility of male producers was discovered - fragmentation of sperm DNA. Numerous studies have established that DNA fragmentation is the breaking of DNA strands into pieces. According to Agarval A. (2003), sperm DNA fragmentation is the most common disorder of sperm ultrastructure. According to Baumber J. et al. (2003) determination of sperm DNA fragmentation is currently one of the modern methods for assessing sperm quality. Numerous studies have generated a pool of data on factors causing DNA fragmentation in sperm. Thus, Baumber J. et al. (2003) in their studies indicates that the cause of DNA fragmentation may be problems with chromatin remodeling, apoptosis and oxidative processes in sperm. Research conducted by Aboneev V.V. with coauthor. (2021) found that in severe forms of pathozoospermia, the number of sperm with fragmented DNA is higher than in less severe disorders of spermatogenesis [24]. The appearance of abnormal and inactive sperm in the ejaculate is one of the indirect markers of an increase in the index of DNA fragmentation in sperm, which negatively affects fertilizing ability of sperm. In this regard, the study of sperm DNA fragmentation is an effective diagnostic method for determining fertility. Considering some pathophysiological aspects leading to DNA fragmentation, determining the index of this process a priori cannot be routine. Currently, such high-precision methods as TTUNEL (terminal deoxynucleotidyl transferase dUTP nick end labeling) — marking the ends of a broken molecule, SSCSA (Sperm Chromatin Structure Assay) — study of sperm chromatin dispersion, Comet (Single-cell gel electrophoresis assay, Cometassay) — capable of identifying breaks in single cells, SCD (Sperm Chromatin Dis) — are actively used. persiontest ) — chromatin dispersion test, etc.
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哺乳动物精子中的 DNA 断裂及其研究方法(综述)
目的:系统整理和分析有关农场动物精子 DNA 断裂及其研究方法的科学信息。不久前,人们发现了对雄性生产者生育能力产生负面影响的因素之一--精子 DNA 断裂。大量研究证实,DNA 断裂是指 DNA 链断裂成碎片。Agarval A.(2003 年)指出,精子 DNA 断裂是精子超微结构最常见的紊乱。Baumber J. 等人(2003 年)指出,测定精子 DNA 片段是目前评估精子质量的现代方法之一。大量的研究已经积累了大量关于导致精子 DNA 断裂的因素的数据。因此,Baumber J.等人(2003 年)在研究中指出,DNA 片段化的原因可能是精子中染色质重塑、凋亡和氧化过程的问题。Aboneev V.V.与合著者进行的研究(2021 年)发现,在严重的精子死亡病例中,精子中的脱氧核糖核酸(DNA)会被破坏。(2021 年)的研究发现,在严重的病理无精子症中,带有 DNA 碎片的精子数量高于较轻的精子发生障碍[24]。射精中出现异常和非活动精子是精子 DNA 碎片指数增加的间接标志之一,这对精子的受精能力产生了负面影响。因此,研究精子 DNA 片段是确定生育能力的有效诊断方法。考虑到导致 DNA 破碎的一些病理生理学因素,确定这一过程的先验指数不可能是常规的。目前,TTUNEL(末端脱氧核苷酸转移酶 dUTP 缺口末端标记)--标记断裂分子的末端,SSCSA(精子染色质结构检测)--研究精子染色质的分散性,Comet(单细胞凝胶电泳检测,Cometassay)--能够识别单个细胞中的断裂,SCD(精子染色质检测)--染色质分散性检测等高精度方法得到了广泛应用。
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