卵母细胞能修复精子的DNA碎片吗?

Q4 Biochemistry, Genetics and Molecular Biology Medical Journal of Cell Biology Pub Date : 2020-06-01 DOI:10.2478/acb-2020-0008
M. Ješeta, M. Mysková, J. Žáková, I. Crha, K. Crha, E. Chmelikova, E. Kistanova, P. Ventruba
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引用次数: 3

摘要

大约一半的不孕症病例是由男性因素引起的。在许多情况下,男性不育的根本原因没有被发现,因此,这种情况被认为是特发性的。检查形态、活力、浓度和精子总数是非常重要的,但不足以评估复杂的男性生育能力。精子DNA的完整性是非常重要的。精子DNA会因内部或外部因素而分裂。在未成熟的精子细胞中,DNA可以通过精原细胞或精母细胞的修复机制进行修复。然而,在单倍体成熟精子细胞中,这些片段不能被男性修复,碎片化的DNA被转移到卵母细胞中。卵母细胞在受精后能够修复男性碎片化的DNA。一个高质量的胚胎可以修复受损的精子DNA,而修复系统取决于卵母细胞的细胞质和基因组质量。卵母细胞修复精子DNA的能力取决于受精卵的质量。标题:卵母细胞和DNA修复
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Can oocytes repair fragmented DNA of spermatozoa?
Abstract Approximately half of the cases of infertility are due to male factor. In many cases the underlying cause of male infertility is not discovered and, therefore, the condition is considered idiopathic. Examination of morphology, motility, concentration and total sperm count is very important but not sufficient for complex men fertility evaluation. Sperm DNA integrity is a very important one. Sperm DNA can be fragmented by several internal or external factors. In immature sperm cells, the DNA can be repaired by reparatory mechanisms of spermatogonia or spermatocytes. However, in a haploid mature sperm cell, these fragments can not be repaired by male and the fragmented DNA is transferred to oocyte. Oocytes are able to repair male fragmented DNA after their fertilization. A quality embryo can repair damaged sperm DNA and the repair system depends on cytoplasmic and genomic quality of the oocyte. The ability of oocyte to repair sperm DNA strong depend on quality of fertilized oocytes. Running title: Oocyte and DNA repair
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来源期刊
Medical Journal of Cell Biology
Medical Journal of Cell Biology Biochemistry, Genetics and Molecular Biology-Cell Biology
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