azoospermia
azoospermia
1. known as azoospermia factors (AZF), which are further divided into three separate regions including AZFa, AZFb and AZFc.
23上含有与精子发生相关的基因,称为无精子因子(AZF)。
2. The expression change of BOULE gene or the absence of BOULE protein brings on meiosis arrest and spermatogenic failure, which can lead to azoospermia and male infertility.
BOULE基因表达的改变或BOULE蛋白的缺乏可引起减数分裂阻滞和精子生成障碍,从而导致无精子症并产生不育.
3. Cloning of the idiopathic azoospermia related genes with mRNA differential display method
mRNA差异显示法克隆原发无精症相关基因
4. Microdeletion of AZF in Y chromosome may cause idopathic azoospermia and severe oligozoospermia in infertile men, so does in CBAVD patients.
Y染色体 AZF微缺失可能是导致男性特发性无精症、少精症的原因之一 ,双侧输精管缺如患者也存在 Y染色体的基因微缺失
5. Keywords Male infertility;Y chromosome;Azoospermia factor （AZF）;
不育;男性;Y染色体;无精子因子;
6. Keywords infertility;male;ejaculatory duct obstruction;azoospermia;transurethral resection of ejaculatory duct;
不育;男性;射精管梗阻;无精子症;经尿道射精管切开术;
7. Idiopathic azoospermia
严重少精子症
8. Illustrate the Azoospermia Treated by Integrated Traditional Chinese and Western Medicine
中西医结合治疗无精子症举隅
9. Congenital absence of the vas deferens (CAVD) is an important factor that contributes to obstructive azoospermia and male infertility.
先天性输精管缺如(CAVD)是梗阻性无精子症及男性不育的一个重要原因,其病因仍未完全阐明。
10. Keywords RNA-binding proteins;Human male infertility;Azoospermia factor（AZF）;RNA-binding motif;SRGY box;
关键词RNA结合蛋白;人类男性不育;无精因子;RNA结合基序;SRGY盒;
11. 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;
12. Keywords infertility;male;azoospermia;intracytoplasmic sperm injection;percutaneous epididymal and testicular sperm aspiration;
关键词不育症;男性;无精子症;单精子卵浆内显微注射;经皮附睾、睾丸穿刺取精术;
13. Keywords cryoloop;vitrification without cryoprotectants;microquantities of sperm;azoospermia;droplets;non-cryoprotectant vitrifying;small quantities of sperm;freezing;non-cryoprotectants;PESA;
关键词冷冻环;无保护剂玻璃化;微量精子;无精子症;微滴;无保护剂;冷冻;经皮附睾穿刺取精术;
14. Keywords azoospermia;intrauterine insemination with donor semen;clinical pregnancy rate;
关键词无精子症;供精人工授精;临床妊娠率;
15. Keywords male infertility;Y-chromosome;multipolymerase chain reaction （PCR）;azoospermia factor （AZF）;
关键词男性不育症;Y染色体;多重聚合酶链反应（PCR）;无精子因子;
16. Keywords Testicular;Fine needle aspiration;Azoospermia;Seminal fluid;Spermatogenesis;
关键词睾丸;细针穿刺吸液;无精子症;生精功能;
17. Keywords Seminal vesicle B ultrasound Ejaculatory duct Obstructive azoospermia;
关键词精囊腺;B超;射精管;梗阻性无精子症;
18. Keywords serum inhibin B;nonobstructive azoospermia;testicular spermatozoa;
关键词血清抑制素B;非阻塞性无精子症;睾丸精子;
19. Title： Can inhibin-B predict the outcome of microsurgical epididymal sperm aspiration in patients with suspected primary obstructive azoospermia?
关键词：抑制素-B;男性不育;显微外科附睾精子抽吸术;原发阻塞性无精子症
20. Azoospermia occupied 57.99% in infertile men.Then was oligo-asthenospermic and severe oligo-asthenospermic patients, occupied 37.34%.
其中无精子症在男性不育患者中占57.99%，少弱精子症及严重少弱精子症占37.34%。
21. Analyse the serum reproductive hormones of azoospermia,and retrospect analyse the reproductive hormones of different outcome of PESA performed for normal chromosome azoospermic patients.
分析无精子症患者的生殖内分泌激素水平的变化。对染色体正常的无精子症患者行PESA,并对PESA能否抽吸精子与生殖激素水平进行回顾性分析。
22. Keywords Testosterone undecanoate;Male contraceptive;Severe oligozoospermia;Azoospermia;
十一酸睾酮酯;男性避孕;少精子症;无精子症;
23. There were significant differences in the values of LH and FSH between idiopathic azoospermia and normal control group(P< 0.01 or P< 0.05).
卵泡刺激素 (FSH)分别为 (1.90± 0 .79)IU/L和 (2 .2 7± 0 .2 5 )IU/L ,与正常组 (1.6 1± 0 .14)IU/L相比 ,差异均有显著性 (P <0 .0 5 ) ;
24. CYTOGENETICAL ANALYSIS OF PATIENTS WITH PRIMARY AZOOSPERMIA
原发性无精子症病人的细胞遗传学分析
25. In azoospermia and severe oligo-asthenospermic patients, chromosome abnormality showed numerical abnormalities and structural abnormalities which involved in most chromosomes.
在无精子症及严重少弱精子症患者中，染色体异常表现有数目异常和涉及大多数染色体在内的结构异常。
26. Keywords Gene mini-deletion;Azoospermia;Spermophlebectasia;Gonadal hormone;
基因微缺失;无精子症;精索静脉曲张;性激素;
27. Keywords Androgen Progesterone Gonadotropins Sperm density Azoospermia Severe oligozoospermia;
孕激素;雄激素;促性腺激素;精子密度;无精子;严重少精子;
28. The diagnosis and treatment for azoospermia of ejaculatory duct obstruction (Report of 46 cases)
射精管梗阻性无精子症的诊断与治疗(附46例报告)
29. Keywords oligospermia;azoospermia;glutathione S-transferase T1;gene polymorphism;
少精子症;无精子症;谷胱甘肽S-转移酶T1;基因多态性;
30. oligospermia; azoospermia; sex hormone; chemiluminescent immunoassay (CLIA
少精；无精；性激素；化学发光免疫分析法（CLIA）
31. One of the important reasons of male infertility is azoospermia and dead spermatozoa.
引起男性不育的一个重要原因是无精症、死精症。
32. Objective: To investigate the relationship between testicular biopsy and serum FSH (follicle stimulation hormone) in azoospermia and to discuss its significance.
摘要目的：探讨无精症患者睾丸活检与血清FSH水平关系，及其在无精症诊断、治疗中的意义。
33. Objective: To probe the effect of microsurgical testicular sperm extraction for managing the patients suffered with non obstructive azoospermia (NOA).
摘要目的：探讨睾丸切开显微取精术在辅助男性非阻塞性无精子症患者生育的效果。
34. Objective: To study the clinical effect of intracytoplasmic sperm injection (ICSI) in treatment of oligozoospermia, azoospermia and teratozoospermia.
摘要目的：探讨采用卵胞浆内单精子显微注射(ICSI)治疗少、弱、畸精子不育症的临床效果。
35. Objective: To evaluate the value of transrectal ultrasonography for patients with obstructive azoospermia (OA).
摘要目的：研究经直肠超声在评估梗阻性无精子症患者中的价值。
36. BACKGRONUD &AIM: To investigate the relationship between spermatogenesis disorder and genetic defects of patients with azoospermia or severe oligospermia.
摘要背景与目的：探讨无精子症和严重少精子症患者的遗传缺陷与精子生成障碍的关系。
37. Method:levels of serum reproductive hormons:FSH,LH,E,T and PRL were examined in 59 patients with aspermacrasia and 36 with azoospermia by RIA.
方法:利用放射免疫分析技术,分别测定59例男性少精,36例无精不育症患者血清中FSH、LH、E、T、PRL的浓度。
38. Methods:26 cases (30 ICSI cycles)of azoospermia males underwent percutaneous epididymas sperm aspiration or testicular sperm extraction.ICSI had been done in all of these patients.
方法:对26例无精症患者配偶进行超排卵治疗30个周期,获卵当日从患者附睾或睾丸穿刺取精,进行胞浆内单精子注射(ICSI)。
39. Methods: The periphery blood lymphocyte was cultured and the G-banding chromosome was analyzed on 394 male patients with the severe oligospermia and azoospermia.
方法:对364例严重少精子症和无精子症患者进行外周血淋巴细胞培养,G显带染色体核型分析。
40. Methods: We examined 385 azoospermia patients using the techniques of PESA and TESE.
方法:应用经皮附睾精子抽吸术(PESA)和睾丸精子获取术(TESE)两种方法对385例无精子症患者进行穿刺检查。
41. Methods:six patients(6 cycles)with obstructive azoospermia have been performde ICSI,which adopted a controlled ovarian hyperstimulation scheme and a improved micro-operation system.
方法:本中心采用控制性超排卵方案并使用改良的显微操作系统,对6例(6个周期)梗阻性无精子症患者经细针睾丸抽吸精子加ICSI术治疗。
42. Methods Totally 1756 cases with azoospermia diagnosed and classified according to the WHO manual were reviewed.
方法对1756例在广东省计划生育专科医院诊断为无精子症的病例,按照WHO的诊断分类标准,进行回顾性分析。
43. Methods 209 infertile men who were considered obstructive azoospermia were mostly performed vesiculography through per-cutaneous vasopuncture by single operator.
方法对初步诊断为梗阻性无精子症的男性不育209例施行单人操作经皮穿刺输精管精道造影,对经皮穿刺失败者改行开放穿刺。
44. Methods:32 severe oligozoospermia or azoospermia patients and 15 health controls were assessed (CAG)n repeats by dsDNA cycle sequencing.
方法应用DNA双链循环测序方法,对32例无精或严重少弱精症患者(不育组)、15例正常生育男性(对照组),进行外周血雄激素受体基因(CAG)n重复数的测定。
45. Methods Karyotypes were analyzed by chromosome G-banding in 415 infertile patients with idiopathic azoospermia or severe oligozoospermia.
方法运用染色体G显带方法，对415例原发无精症或严重寡精症患者的核型进行分析。
46. Azoospermia factor (AZF)
无精子因子
47. azoospermia factor microdeletion
无精子因子微缺失
48. Azoospermia symptom
无精子症
49. Keywords Azoospermia;Artificial insemination by donor（AID）;Pregnancy rate;Fallopian tube sperm perfusion（FSP）;
无精子症;供精人工授精（AID）;妊娠率;输卵管内精液灌注（FSP）;
50. Keywords azoospermia;spermatocyte;cell culture techniques;in vitro;
无精子症;生精细胞;细胞培养技术;体外研究;
51. Keywords azoospermia;serum inhibin B;testicular tissue;immunohistochemical staining;
无精子症;血清抑制素B;睾丸组织;免疫组织化学染色;
52. Keywords Azoospermia;Serum reproductive hormones;Diagnosis;
无精子症;血生殖激素;诊断;
53. Comparative Analysis of Proteins in Seminal Plasma of Non-obstructive Azoospermia Patients and Healthy Fertile Males
无精子症患者与生育男性精浆蛋白质群的比较分析
54. Detection of cytokines in seminal plasma and serum of obstructive azoospermia and non-obstructive azoospermia patients
无精子症患者血清和精浆细胞因子水平的检测
55. Azoospermia is one of important factors causing male infertility.The etiology of azoospermia include pretestis factor,testis factor and posttestis factor.The etiology of most of azoospermia is unknow.
无精子症是导致男性不育的常见原因,引起无精子症病因较多,有睾丸前因素、睾丸因素及睾丸后因素。
56. Azoospermia; Seman Analysis; Spermatic cytology ; Testis dysgenesis; Obstruction of vas deferens
无精子症；精液检查；精液细胞学；睾丸生精障碍；输精管梗阻
57. Zinc and Acid Phosphatase in Seminal Plasma and FSH and LH in Plasma of Azoospermia Infertility Men
无精性不育精浆锌酸性磷酸酶与血清FSH LH测定
58. Keywords azoospermia;serious oligozoospermia;azoospermia factor microdeletion;chromosomal abnormality;male infertilityBoth CAI Zhi-ming and XIAO Xiao-su are the first authors;
无精症;严重少精症;无精子因子微缺失;染色体异常;男性不育;
59. Analysis of the relation between cause of azoospermia and chromosomes
无精症病因与染色体关系分析
60. Keywords azoospermia factor c;deleted in azoospermia;gene deletion;normozoospermia;
无精症缺失基因;基因缺失;正常精液;
61. Epididymovasostomy with microsurgical techniques for treatment of azoospermia of epididymal tubular obstruction
显微技术附睾管输精管吻合治疗梗阻性无精子症
62. Keywords Y-chromosome;azoospermia factor;male infertility;
染色体;无精子因子;男性不育;
63. Keywords Y chromosome microdeletion;Azoospermia factor（AZF）;
染色体微缺失;无精子因子;
64. obstructive azoospermia
梗阻性无精子症
65. Relationship between microdeletion on Y chromosome and patients with idiopathic azoospermia and severe oligozoospermia in the Chinese
特发性无精症和严重少精症患者与Y染色体微缺失的关系(英文)
66. Keywords male infertility;azoospermia;severe oligozoospermia;polymorphism;FASL;
男性不育;无精子症;严重少精子症;基因多态性;FASL;
67. Keywords Infertility;Obstructive azoospermia;Intracytoplasmic sperm injection （ICSI）;Percutaneous epididymal sperm aspiration （PESA）;
男性不育;梗阻性无精子症;单精子卵胞浆内注射;附睾穿刺;
68. Induction of Azoospermia Model in Mice by Busulfan
白消安诱导小鼠无精子症模型
69. Objective:To treat obstructive azoospermia by percutaneous epididymal,testicular sperm aspiration(PETSA) and intracytoplasmic sperm injection(ICSI).
目的:应用经皮附睾、睾丸穿刺取精术(PETSA),结合单精子卵浆内显微注射(ICSI)技术治疗阻塞性无精子症。
70. Purpose:To evaluate the diagnosis and therapy experience of azoospermia.
目的:总结无精子症的诊断和治疗经验。
71. Objective:To study the relation between severe oligospermia, azoospermia and abnormal chromosome karyotypes.
目的:探讨男性严重少精子症和无精子症与染色体异常的关系。
72. Objective:To probe the effect of microsurgical testicular sperm extraction for managing the patients suffered with non-obstructive azoospermia (NOA).
目的:探讨睾丸切开显微取精术在辅助男性非阻塞性无精子症患者生育的效果。
73. Objective: To evaluate percutaneous epididymal sperm aspiration (PESA) and testicular sperm extraction (TESE) in the diagnosis and treatment of azoospermia.
目的:研究附睾和睾丸精子抽吸术对无精子症患者的诊断和治疗价值。
74. Objective: To observe the relationship between microdeletions of AZF(azoospermia factor) on Y chromosome in male with idiopathic azoospermia and severe oligozoospermia.
目的:观察Y染色体AZF微缺失与原发性无精子症和严重少精子症之间的关系。
75. We studied the expression of NYD-SP6 gene in testiculars of azoospermia patients and normal men of different age to discuss the important role in testicular development and spermatogenesis .
目的NYD-SP6基因是江苏省生殖医学重点实验室克隆出的一条成年睾丸高表达的全长新基因。
76. Objective:To investigate the correlation of chromosomal abnormality with the azoospermia and to study the meaning of the karyotype analysis in azoospermis.
目的应用细胞遗传学方法对无精子症患者进行分析,探讨染色体核型异常与无精子症的关系以及对无精子症进行染色体分析的意义。
77. s:Objective:To study the relationships between idiopathic oligospermia or azoospermia and spermatogenesis related genes in Y chromosome .
目的探讨原因不明无精子症和少精子症患者与Y染色体精子发生相关基因的关系。
78. Objective To investigate the clinical value of the determinations of serum sex hormone in the patients with oligospermia and azoospermia.
目的探讨少精、无精症患者血清性激素检测的临床应用价值。
79. Objective To investigate the usefulness of serum inhibin B for successful testicular sperm extraction (TESE) in patients with non-obstructive azoospermia.
目的探讨抑制素B对非梗阻性无精子症病人睾丸精子获取成功的预测价值。
80. Objective: To study the meaning of the karyotype analysis in oligospermia and azoospermia.
目的探讨染色体核型分析在少精子及无精子者中存在的意义。
