1) internal reproductive organ
内生殖器官
1.
Structure and development of female internal reproductive organs in the Japanese oak silkworm Antheraea yamamai.;
珍贵绢丝昆虫天蚕雌性内生殖器官的结构及其发育
2) Reproductive organ
生殖器官
1.
The effects of estradiol benzoate on the number and distribution of mast cells in the reproductive organs of mice;
苯甲酸雌二醇对小鼠生殖器官肥大细胞的影响
2.
Relationship between ERαgenotype and partial reproductive organic characteristic of Meishan sows;
ERα基因与小梅山猪生殖器官发育特性的关系
3.
Quantitative characters of reproductive organs of natural Elymus excelsus population in Songnen Plains of China;
松嫩平原天然肥披碱草种群生殖器官的数量性状分析
3) Reproductive organs
生殖器官
1.
Experimental study on improving antioxidation of reproductive organs of praesenilis female rats with JINGXUEGUI GRANULE;
精血归颗粒对初老雌性大鼠生殖器官抗氧化作用的实验研究
2.
Research on the Growth of Reproductive Organs on Rex Rabbit;
獭兔生殖器官生长发育规律研究
3.
Expression of substance P in the reproductive organs of mastitis rat and observation of mast cells;
乳腺炎大鼠生殖器官中P物质的表达与肥大细胞的形态学观察
4) genital organs
生殖器官
1.
In order to understand procreating physiology of the male porcupine,provide the foundation for studying on the artificial procreating technology and heighten the breeding efficiency of porcupine,the authors have made the anatomical study on the genital organs of male porcupines.
了解雄性豪猪的生殖生理,以便为豪猪的人工繁殖技术研究提供基础依据,进而提高豪猪繁殖效率,对雄性豪猪的生殖器官进行了系统解剖研究。
2.
In order to understand the female porcupine procreating physiology and provide the foundation for studying on the procreating technology of the manpower such as the judgement of oestrus,the technique of urging oestrus,the artificial insemination,the embryo transplant,the fecundation outside the body etc,the authors have carried out the anatomical study of the genital organs of female porcupines.
为了解雌性豪猪的生殖生理,为其发情鉴定、催情技术、人工授精、胚胎移植、体外受精等人工繁殖技术方面的研究提供基础依据,对成年雌性豪猪的生殖器官进行了系统解剖研究。
3.
Using immunohistochemistry SABC technique, the location, distribution and density of nerve fibers immunoreactive to substance P(SP) were studied in the genital organs of the female Wistar rats during diestrus.
结论:分析研究雌性大鼠生殖器官内P物质免疫反应阳性神经纤维的分布,提示P物质可能与卵泡发育、性激素的产生、血管及非血管平滑肌的运动调节有关。
5) internal genitalia
内生殖器
1.
In the present paper, the taxonomic methods on female of the genus Coniopteryx are primarily groped, and internal genitalia of four species are described, they are Coniopteryx (Coniopteryx) aspoecki Kis, 1967, Coniopteryx (Coniopteryx) pygmaea Enderlein, 1906 、 Coniopteryx (Coniopteryx) plagiotropa Liu et Yang, 1997 、 Coniopteryx (Coniopteryx) choui Liu et Yang, 1998.
对粉蛉科雌虫的分类研究方法进行了初步摸索,并对阿氏粉蛉Coniopteryx(Coniopteryx)aspoecki Kis,1967、圣洁粉蛉Coniopteryx(Coniopteryx)pygmaea Enderlein,1906、斜突粉蛉 Coniopteryx(Coniopteryx)plagiotropa Liu et Yang, 1997、周氏粉蛉Coniopteryx (Coniopteryx) choui Liu et Yang,1998的雌虫内生殖器结构特征进行了描述和绘图。
6) Weight of reproductive organs
生殖器官重量
补充资料：内生殖器官的神经
内生殖器官的神经
内生殖器官主要由交感神经与副交感神经所支配。交感神经自腹主动脉前神经丛分出，下行入盆腔分为两部分，一为卵巢神经丛，经卵巢门入卵巢，并有分支分布于输卵管；另一沿腹主动脉下降，形成骶前神经丛而进入盆腔，在直肠壶腹部后面分成左右两束腹下神经丛，除少数神经纤维分布于子宫外，大部分在阔韧带骶部的宫颈旁形成骨盆神经丛，分布于子宫体，宫颈及膀胱上部。骨盆神经丛中有来自第Ⅱ、Ⅲ、Ⅳ骶神经的副交感神经纤维，并含有向心传导的感觉神经纤维。详见附图。骨盆神经丛分出的神经支配子宫的肌肉活动，又从子宫传导向心的感觉冲动到中枢，从而引起子宫反射性收缩，但子宫平滑肌有自律活动，完全切断其神经后，还能完成分娩活动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条