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- Keywords Y chromosome;spermatogenesis;AZF;gene; 染色体;精子发生;AZF;基因;
- Keywords Y chromosome;Male infertility;AZF;Microdeletion;ICSI; 染色体;男性不育;AZF;微缺失;卵细胞质内注入精子术（ICSI）;
- Keywords Y chromosome;biallelic marker;genotype;haplotype; 染色体;双等位基因位点;基因型;单倍型;
- Keywords Y chromosome microdeletion;Azoospermia factor（AZF）; 染色体微缺失;无精子因子;
- Keywords Y chromosome;biallelic markers;haplogroup;Chinese population; 染色体;双等位基因;单体群;群体;
- Keywords Y chromosome;short tandem repeats;genetic polymorphism;allelic ladder; 关键词Y染色体;短串联重复序列;遗传多态性;等位基因分型标准物;
- Keywords Y chromosome haplotype;mitochondrial DNA;Bouyei people;origins and migrations; 染色体单倍型;线粒体DNA;布依族;起源及迁移;
- Keywords Y chromosome;DAZ gene;DAZLA gene;azoospermia factor;polymerase chain reaction; 关键词Y染色体;DAZ基因;DAZLA基因;无精子因子;聚合酶链反应;
- Keywords Y chromosome;Zhuang;internal genetic structure mtDNA;longevity;haplogroup; 染色体;壮族;内部遗传结构;线粒体DNA;长寿;单倍群;
- The cells of a male body one X and one Y chromosome ( XY ). 男性体细胞则含有一个X和一个Y染色体（XY）。
- The positive rate of Y chromosome of mice in Groups 2-6 was 100%. 第2~6组小鼠染色体核型分析显示Y染色体阳性率为100%25。
- Like humans, platypuses carry an X and a Y chromosome. 鸭嘴兽跟人类一样，也有X和Y染色体。
- The Y chromosome is starting to yield other intriguing tales as well. Y染色体开始讲出另一些令人神往的故事。
- Study on the clinical effect of Y chromosome polymorphism in 54 cases. 54例Y染色体多态性的临床效应探讨
- New, still unpublished work reveals that the Neandertal Y chromosome differs from the human one. 尚未发表的新近研究显示，尼安德塔人的Y染色体与人类不同。
- The pathway of male sexual development in mammals is initiated by SRY, agene on the short arm boundary of Y chromosome. 哺乳动物中位于Y染色体短臂临界区域的SRY基因启动雄性性状的发育。
- Objective: To investigate the presence of Y chromosome in hydatidiform mole (HM) and its genetic significance. 目的：探讨Y染色体在葡萄胎中的出现率及其遗传学意义。
- Human X and Y chromosomes behave differently from the autosomes. 人的X和Y染色体跟常染色体有不同的活动。
- The diet after pregnancy has no possible way of changing the Y chromosome that came from the father into an X. 怀孕后的饮食不可能改变胚胎中来自父亲Y染色体。
- This demonstrates that the genes on a Y chromosome are essential for meiosis and sperm maturation. 这证明，Y染色体上的基因对于细胞减数分裂和精子成熟至关重要。”
