1.
Analysis of proteomics of seminal plasma from male patients with idiopathic infertility
特发性男性不育患者精浆蛋白质分析
2.
Association Study of Single Nucleotide Polymorphisms in the Genes of Folate Metabolism and Idiopathic Male Infertility;
叶酸代谢相关基因的SNP与特发性男性不育的相关性研究
3.
The DYS1 Gene Microdeletion and the Sexual Hormone Change of Idiopathic Male Infertilities;
特发性男性不育DYS1基因微缺失和血清性激素水平变化
4.
Research on the Testical Pathology and AZF Microdeletion of the Idiopathic Male Sterility;
特发性男性不育症患者AZF基因微缺失和睾丸病理的研究
5.
Y chromosome microdeletion in male nonidiopathic infertility population from South Anhui province
皖南地区非特发性男性不育患者Y染色体微缺失的研究
6.
A Primary Research in Marriage Quality of Primary Male Infertility Couples;
原发性男性不育症夫妻婚姻质量初探
7.
Research on Growth of Physique Characteristics and Lower-Limb Explosive Strength of Male Adolescents;
9-19岁男性青少年身体形态和下肢爆发力的发育特征研究
8.
Reactive oxygen species levels in semen of male infertile patients detected by chemiluminescence aaasy
应用化学发光法检测男性不育人群精液活性氧水平
9.
Physiological Variation of Androgen Levels (T and DHT) in Target Tissues at Different Developmental Stages of Male
男性不同发育阶段靶组织中雄激素水平生理性变化
10.
For example, an excess of the androgenic steroid 17 α-hydroxyprogesterone may have masculinising effect on the development of the external genitalia of a female child.
例如，过多的产生男性特征的类固醇（17-羟孕酮）可影响女孩的外生殖器的发育，使之男性化。
11.
The Study on Influence of Sex Development in Obese Boys;
单纯性肥胖对男孩性发育影响的研究
12.
Sex chromosome abnormalities and analysis of the relationship between male infertility
性染色体异常与男性不育的关系分析
13.
Application Values of Reactive Oxygen Species Detection in Male Infertility
活性氧检测在男性不育中的应用价值
14.
Clinical Experience of Professor Qin Man Treating Infertility due to Male′s Dysspermia
秦满治疗男性精液异常性不育症经验
15.
Study on Personality and Psychic Behavior in Boys with Idiopathic Short Stature;
特发性矮小男童个性及心理行为研究
16.
make infertile; of both males and females.
使人失去生育能力；即使男性不育、女性不孕。
17.
Comparison of anatomical fruit structure in different types of peach during fruit development
桃不同类型果实发育的解剖结构特性
18.
Studies on the Growth,Development and Mechanism of Fertility Conversion of Thermo-sensitive Male Sterility-Temian S-1;
棉花温敏雄性不育系特棉S-1生长发育及育性转换规律研究