共查询到20条相似文献，搜索用时 281 毫秒
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五指山猪是中国特有的小型猪种,是作为人类实验模型的首选动物之一.为给五指山猪的品种保护和合理开发利用提供基础资料,试验采用解剖学和统计学方法,对不同日龄雌性五指山猪卵巢、输卵管和子宫进行了解剖测量,并对其数据进行了分析处理,探讨了其生长发育特点.结果表明,五指山猪卵巢长径、短径及厚度增长与日龄呈线性相关,其重量增长与日龄呈指数相关,而其指数随日龄增加呈先减后增的趋势;五指山猪输卵管长度和管径的增长与日龄呈线性相关,重量增长与日龄呈指数生长;五指山猪子宫体长度的生长与日龄呈线性生长模式,子宫体生长发育强度在70~110 d之间,其长度在1.093~11.557 cm之间. 相似文献
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《黑龙江畜牧兽医》2020,(13)
为了观察和分析李氏杆菌对雌性山羊生殖器官的影响,试验选取8只健康赣西山羊并随机分为2组,其中试验组山羊经颈静脉注射一定量的山羊源单核细胞增多性李氏杆菌培养物,对照组山羊经颈静脉注射等量的0.9%氯化钠溶液;待试验组山羊出现临床症状后,解剖8只山羊并分离和保存子宫、卵巢及输卵管,制作石蜡切片及进行苏木精-伊红染色,镜检观察山羊子宫、卵巢和输卵管的组织学变化。结果表明:试验组山羊的子宫黏膜结构损伤,黏膜炎性细胞浸润,腺体细胞变性坏死;卵巢黄体退化,血管充血;输卵管皱襞结构和腺体损伤,浆膜中炎性细胞浸润,血管充血。说明李氏杆菌可对山羊的子宫、卵巢和输卵管造成病理损伤。 相似文献
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《动物医学进展》2020,(8)
本试验对存在于广东云浮市境内的棕果蝠雌性生殖器官进行了大体及组织学观察。棕果蝠雌性生殖系统由卵巢、输卵管、子宫、阴道、阴道前庭和阴门组成。卵巢一对,位于两侧肾的后方,包于输卵管系膜内,肉眼不易区分。输卵管很短,分为漏斗部、壶腹部和峡部,黏膜上皮为单层柱状上皮,黏膜形成纵向黏膜褶,并具有宽阔的输卵管腺。子宫为双子宫类型,根据子宫内膜上皮类型,每侧子宫分为子宫角和子宫颈,子宫角内膜具有高柱状上皮,并形成类似于输卵管腺的子宫腺。子宫角较粗,外径在1 000μm以上,比输卵管外径大1倍。子宫颈内膜上皮为单层高柱状分泌型细胞。子宫颈内膜形成发达的纵行黏膜皱褶,但不形成宫颈腺或腺样隐窝;两个子宫颈后半部共同形成一个圆锥状子宫颈阴道部,相当发达,顶端向后,其外表面也具有一层高柱状分泌型上皮细胞。两个子宫颈管未能抵达子宫颈后端,而是分别开口于子宫颈阴道部中间段(前后向上)的腹侧面上,分别开口于阴道。阴道穹窿长而深,其最前部形成一对盲管,分别位于左右两宫颈管的外侧。阴道长而宽阔。其前端形成阴道穹窿。阴道黏膜为厚而角化的复层扁平上皮。阴道后腹侧有雌性尿道的开口。阴门呈椭圆孔状,未形成左右两个阴唇。 相似文献
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促性腺激素受体在雌性水牛生殖器官的表达定位研究 总被引：2，自引：1，他引：1
为研究促性腺激素受体(FSHR、LHR)在广西雌性水牛生殖器官中的分布情况,运用免疫组化SABC法对处于不同发情周期(卵泡期、黄体期)成年水牛的卵巢、子宫、输卵管中FSHR、LHR分别进行染色定位。结果表明,FSHR/LHR阳性细胞在卵巢主要见于卵巢内膜细胞及卵泡颗粒细胞;子宫主要见于子宫内膜上皮细胞和腺体细胞;输卵管主要见于柱状上皮纤毛细胞。其中,随着发情周期不同,FSHR、LHR的表达量也有所差异,卵巢中卵泡期FSHR、LHR的表达量均高于黄体期;子宫中FSHR的表达量卵泡期高于黄体期,LHR的表达量黄体期高于卵泡期;而输卵管并没有显著差异。 相似文献
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对两例银黑狐雌性生殖器官形态的观察，卵巢呈两端大小一样的蚕豆形，长１．１－１．３ｃｍ，宽０．７－０．８ｃｍ，厚０．５－０．７ｃｍ。两侧输卵管全长３．０－４．０ｃｍ，有３－１０个弯曲，输卵管有系膜固定。子宫角呈圆筒形，平均长度６．４ｃｍ，外壁直径０．４ｃｍ。子宫体亦为圆筒状，比子宫角粗，长１．４－１．５ｃｍ，直径０．５－０．６ｃｍ，平均体与两子宫角之间形成“丫”状，子宫角内未发现子宫阜。阴道呈扁圆筒 相似文献
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本实验旨在明确香猪卵巢转录组测序筛选出的5个候选基因是否对卵巢和子宫有直接的调节作用。采用荧光定量PCR方法,检测发情与未发情期香猪卵巢和子宫中SLPI、INHA、SERPINE1、MSMB和PTGFR基因的组织差异表达。结果表明:SERPINE1基因在不同时期和不同组织中的表达变化不明显;与未发情期相比,INHA基因在发情期香猪卵巢中的表达水平极显著升高(P0.01),SLPI基因在发情期香猪卵巢和子宫中的表达水平分别显著(P0.05)和极显著上升(P0.01),MSMB基因在发情时期卵巢和子宫中的表达量显著降低(P0.05),INHA、PTGFR基因在发情期子宫中的表达量明显减少(P0.05)。结果提示,INHA、SLPI、MSMB基因对香猪卵巢和子宫都有调节作用,而PTGFR仅对子宫有调控作用。 相似文献
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研究采用大体解剖法、石蜡切片法、HE染色法等对20只产蛋期的皖西白鹅母鹅生殖系统的形态结构和组织结构进行了观察,结果如下:皖西白鹅母鹅的生殖系统包括卵巢和输卵管两部分,仅左侧发育正常,右侧早已退化,卵巢表面被覆生殖上皮,下方是白膜,其实质由皮质和髓质组成,皮质内含有不同发育阶段的卵泡和萎缩卵泡,大卵泡突出了卵巢表面,卵泡无卵泡腔,也无卵泡液,排卵后不形成黄体。输卵管分为漏斗部、蛋白分泌部、峡部、子宫部和阴道部5个部分,各段均由黏膜层、肌层和外膜构成,黏膜上皮有纤毛,固有层内有腺体和淋巴组织,无黏膜肌层,肌层由内环外纵两层平滑肌组成,外膜为浆膜。 相似文献
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CD81和CCL26基因是影响哺乳动物性腺细胞融合的重要因子,但其在黔北麻羊性腺组织中的表达情况尚不清楚。为研究CD81和CCL26基因在黔北麻羊不同组织中的表达量,本实验以单、多羔黔北麻羊为研究对象,提取下丘脑、垂体、子宫、输卵管、卵巢组织的RNA,并将5种性腺组织RNA逆转录合成第一链cDNA,随后采用q-PCR技术检测CD81、CCL26基因的mRNA在单、多羔黔北麻羊不同性腺组织中的表达水平。结果表明:黔北麻羊性腺组织中CD81、CCL26基因的mRNA均有表达,2种基因均在单、多羔卵巢中的表达量最高;CD81基因在单羔组子宫中的表达量最低;CD81基因在多羔组、CCL26基因在单多羔组下丘脑中的表达量均最低;组间差异表达量分析可知,CD81基因在多羔组子宫的表达量显著高于单羔组;CCL26基因在单羔组卵巢和输卵管的表达量显著高于多羔组,在单羔组子宫的表达量极显著高于多羔组。本实验结果提示,CD81和CCL26基因可能与山羊繁殖能力相关,也为初步揭示山羊繁殖的分子调控机制提供了参考依据。 相似文献
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Tissue strips from the ovary, (uterine tube), and oviduct, and uterus of pregnant and nonpregnant cows were tested for their contractile response to prostaglandin F2 alpha (PGF2 alpha). When 2.1 x 10(-6)M PGF2 alpha was added to the uterine strips, tension of tissues from pregnant cows increased sharply; however, tension in tissues from nonpregnant cows only increased moderately. Similar concentrations failed to elicit any response from oviductal tissues of either group. Unlike the uterus and the oviduct, the ovaries contracted slowly and irregularly. They responded with varying degrees of stimulation; ovaries from pregnant cows with brief and mild stimulation and ovaries from nonpregnant cows with slower and relatively stronger stimulation. Results indicate that the bovine ovary contracts rhythmically and that its sensitivity to PGF2 alpha decreases during pregnancy in contrast to the bovine uterus which becomes increasingly sensitive during pregnancy. 相似文献
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Three reproductively quiescent female emus (Dromaius novaehollandiae) were embalmed with 10% formalin solution. The reproductive tract was dissected and described. The reproductive tract consists of an ovary and oviduct situated on the left side of the abdominal cavity. The left ovary is dark brown to black in colour with follicles covering the ventral surface. The ovary is located medial to the spleen and closely associated with the ventral surface of the cranial and middle lobes of the left kidney. The oviduct is a relatively straight tube that extends from the level of the cranial extent of the left ilium to the caudal border of the left pubic bone. The oviduct is grossly divided into the infundibulum, magnum, isthmus, uterus and vagina using variations in the mucosal fold pattern. 相似文献
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Two experimental procedures were investigated in order to assess their usefulness in diagnosing occlusion of the equine uterine tube. The starch grain test, which involves the injection of a starch suspension onto the ovary and the subsequent recovery of starch from the cervix, proved to be safe and reliable. Each tube could be investigated separately. It was found that when starch was injected onto the ovulating ovary on the day of ovulation, there was a delay of four to seven days before starch was recovered from the cervix. The phenolsulphonphthalein (PSP) test, which involves the deposition of dye solution into the uterus and its subsequent identification in urine after peritoneal absorption, was not reliable. Contamination of the urine occurred per vaginum, and the test was not unilaterally specific. 相似文献
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神经生长因子(NGF)在母牛性腺及性腺外生殖器官中的表达研究 总被引：1，自引：0，他引：1
本研究旨在探讨神经生长因子(nerve growth factor,NGF)在母牛卵泡期及黄体期子宫、卵巢、输卵管3种组织中的表达情况。采用FQ-PCR方法和Western blotting技术对成年母牛卵泡期及黄体期的子宫、卵巢、输卵管中的NGF mRNA和蛋白质表达进行了检测。结果表明,NGF mRNA和蛋白质在卵泡期和黄体期的子宫、卵巢、输卵管中均有表达,且卵泡期子宫中NGF mRNA表达量显著高于卵泡期卵巢和黄体期输卵管中NGF mRNA表达量(P0.05),其它组织间无显著差异。 相似文献
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R Agarwal KVH Sastry V Tripathi R Singh R Saxena J Mohan RP Singh 《Reproduction in domestic animals》2013,48(2):278-283
In the present study, the expression profile of luteinizing hormone receptor (LHR) was investigated in the ovary, magnum and uterus and in hierarchcal follicles (F‐1, F‐2, F‐3 and F‐4) of hens subjected to moulting to establish their involvement in moulting and presence in non‐gonadal tissues. Fifty‐two layers (72 weeks) were subjected to moult for a period of 14 days. Four birds were sacrificed each time on 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12 and 14 days of moulting, and samples (ovary, magnum, uterus and hierarchal follicles) were collected aseptically for the quantitative study by real‐time polymerase chain reaction. The ovary, isthmus, uterus and magnum weight reduced significantly during induced moulting. From the 4 DOM, this reduction was drastic and reached approximately 80% of original weight in the case of ovary, isthmus and magnum and approximately 65% of original weight in the case of uterus on 14 DOM. Ovarian yellow follicles decreased gradually from 1 DOM to 4 DOM, after that no normal yellow follicle was observed in moulted bird. The number of atretic follicles increased gradually during the course of induced moulting, reaching the peak at 5 DOM. The LHR mRNA was detected in non‐gonadal tissues like magnum and uterus. The LHR expression was significantly (p < 0.05) down regulated in ovary, magnum and uterus throughout the treatment. These results indicated that LHR may have a role in reproductive tissue regression during moulting. 相似文献
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旨在研究RBM3在牦牛(Bos grunniens)生殖相关调控中的作用。本研究以卵泡期、黄体期和妊娠期4~6岁健康雌性牦牛各3头为采集对象，采集其卵巢、子宫和输卵管共9组试验样品，每组设置3个生物学重复。利用基因克隆技术克隆牦牛RBM3基因并进行生物信息学分析；利用实时荧光定量PCR (quantitative real-time PCR,qRT-PCR)和蛋白免疫印迹(Western blot,WB)分别在基因层面和蛋白层面检测RBM3在牦牛子宫、卵巢和输卵管中的相对表达量；利用免疫组织化学(immunocytochemistry,IHC)方法检测RBM3蛋白在试验样品中的分布定位。牦牛RBM3基因(GenBank No.:MF142258.1)被成功克隆并预测出二、三级结构，发现其与野牦牛亲缘性最近，基因编码区第51位、98位核苷酸不同于常见哺乳动物，生物信息学分析预测其编码的蛋白质为稳定的非跨膜蛋白。RBM3蛋白在本试验9组样品的表达量有如下差异：在卵巢中，黄体期显著高于卵泡期和妊娠期(P＜0.05)；输卵管中，卵泡期显著低于黄体期和妊娠期(P＜0.05)；子宫上，卵泡期显著高于黄体期和妊娠期(P＜0.05)。免疫组织化学结果显示，RBM3在卵巢中的主要表达位置是卵泡膜、颗粒层和黄体细胞；在输卵管的表达位置是黏膜上皮；子宫上的表达主要以子宫内膜和子宫腺为主。本研究结果提示，RBM3可能参与牦牛个体发情周期和妊娠过程的调控以及妊娠识别等过程，为RBM3这一冷应激调节因子参与牦牛对高原环境的适应性生理机制方面的研究提供参考。 相似文献