该方法用于研究中华鳖消化道粘膜表面。
The methods were applied to study the face of tunica mucosa of the Trionyx sinensis.
对温室养殖中华鳖的性腺发育进行研究。
The gonadal development of Chinese turtle, Trionyx sinensis, cultured in hothouse was investigated.
肉碱对中华鳖脂肪代谢的影响。
Effects of carnitine on adipose metabolism in Chinese soft-shelled turtles.
新报了数种中华鳖病毒和病原菌等致病原。
Some new pathogens include virus and pathogenic bacteria had been reported.
现代食品类有：银丝米面、中华鳖、珍珠粉；
Modern food series: rice noodle, Chinese turtle, pearl powder;
探讨了卵黄特异性抗体在防治中华鳖气单胞菌病中的应用。
The article discusses the application of egg yolk specific antibody on preventing and curing tryonyx sinensis disease.
中华鳖的血液循环系统反映了龟鳖类爬行动物的主要特点，与其它龟类比较，略有差异。
The blood circulatory system of the chinese soft shelled turtle is much similar to other turtles, with but a few unique characteristics.
在各发育期中华鳖胸腺皮质、髓质交界处和髓质区有明显的囊状胸腺小体和交错突细胞。
During development period, there were cystoid thymic corpuscles and interdigitating cells in thymic medulla and cortico-medullary border.
采用性腺组织切片观察与繁殖行为观测相结合的方法，对温室养殖中华鳖的性腺发育进行研究。
By means of microscopic examination and observation on spawning activities, the gonadal development of Chinese turtle , Trionyx sinensis, cultured in hothouse was investigated.
试验研究了半胱胺对中华鳖生长性能和非特异性免疫功能的影响，并对其机理进行了初步探讨。
The experiment was conducted to determine the effects of cysteamine hydrochloride on growth performance and nonspecific immunity of Chinese soft-shelled turtle.
喹乙醇对中华鳖稚鳖营养组成的影响没有达到显著水平，但有提高鳖体中粗灰分及降低鳖体中粗蛋白的趋势。
No significant difference was observed in body composition, but the crude ash (CA) content increased and the crude protein (CP) content decreased with increasing in olaquindox levels.
结果表明：在正常生活状态下，中华鳖主要依靠空气呼吸摄氧；水呼吸仅占总呼吸摄氧量的2.68%左右。
The results showed that, the soft-shelled turtle depended mainly on aerial respiration, aquatic oxygen consumption was only 2.68% of total oxygen consumption.
中华鳖饲料的组成直接影响着其性能和并对中华 鳖产生多方面的影响。
The feed components of the Chinese soft-shelled turtle (CSST) affect those performance and give many effects to CSST.
中华鳖饲料的组成直接影响着其性能和并对中华 鳖产生多方面的影响。
The feed components of the Chinese soft-shelled turtle (CSST) affect those performance and give many effects to CSST.
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