扬子鳄

扬子鳄饲养种群线粒体DNA控制区的序列多态性

D-loop Sequence Variation of Mitochondrial DNA in Captive Chinese Alligator

本文的研究结果表明扬子鳄MHC基因的多态性较高，这对扬子鳄饲养种群的遗传保护将非常有利。

The high polymorphism of MHC genes in Chinese alligator would be of great benefit to genetic conservation in the captive population of Chinese alligator .

本文观察了初孵扬子鳄胃粘膜表面及胃腺的形态。

This paper the morphology of gastric glands and mucous surface in the hatchlings of alligator sinensis .

初孵扬子鳄脑垂体P物质的免疫组织化学研究

Immunohistochemical study of the hypophysis in NEW-HATCHING Alligator sinensis

神经肽Y、P物质在扬子鳄泄殖腔壁内的分布

Distribution of neuropeptide Y and substance P in cloaca wall of Alligator sinensis

扬子鳄鞣制皮革和鳞片的DNA提取方法

A method for DNA extraction from tannage and scales of Chinese alligator Alligator sinensis

本研究为扬子鳄品种鉴定和遗传研究提供了新的DNA分子标记。

The Chinese Alligator species identification and genetic research to provide a new DNA molecular markers .

野生扬子鳄栖息地水环境重金属元素含量及pH值的初步研究

Heavy metals content and pH value in water environment of wild Chinese alligator ( Alligator sinensis ) habitat : A preliminary study

扬子鳄MHCⅡ类B基因研究及其皮革的DNA提取

Studies on MHC Class ⅱ B Genes of Chinese Alligator ( Alligator Sinensis ) and DNA Extraction from Its Tannage

扬子鳄梨状皮质NOS、AChE阳性神经元的分布

Distribution of nos-and ache positive neurons in the piriform cortex of Alligator sinensis

扬子鳄MHCⅡ类B基因第二外元的克隆及序列分析

Cloning and Sequences Analysis of the Second Exon of MHC Class ⅱ B Genes in Chinese Alligator , Alligator sinensis

扬子鳄胚胎胃PAS反应观察

PAS reaction observation of the embryonic stomaches of Alligator sinensis

扬子鳄（Alligatorsinensis）肾的超微结构

Ultrastructure of the kidney of Alligator sinensis

扬子鳄食管颈段一氧化氮合酶（NOS）阳性神经元及神经纤维的分布

Distribution of nitric oxide synthase ( NOS ) - positive neurons and nerve fibers in the cervical esophagus of alligator sinensis

扬子鳄小肠壁神经丛内含AChE及SOM神经元的组织化学和免疫组织化学观察

Histochemical and immunohistochemical observations on ache-and som-containing neurons in the nerve plexus of the small intestine in Alligator sinensis

参考人SRY基因Hmgbox的保守区序列，设计一对简并引物，用PCR扩增了扬子鳄Sox基因的Hmgbox，并对PCR产物进行了亚克隆和测序。

Bp fragments of Sox gene HMG box in Alligator sinensis were amplified by PCR , and then sub cloned and sequenced .

本文观察了16例不同时间的扬子鳄（Alligatorsinensis）胚胎背部皮肤及鳞甲的形态和组织发生过程。

This paper described the morphogenesis and histogenesis of dorsal skin and scutes based upon 16 embryos of Alligator sinensis .

本实验采用还原型尼克酰胺腺嘌呤二核苷酸脱氢酶（NADPH-d）方法，观察扬子鳄食管颈段NOS阳性神经元和神经纤维的分布。

NADPH-diaphorase histochemistry was used to study the distribution of NOS-positive neurons and in the cervical esophagus in Alligator Sinensis .

扬子鳄盛衰与环境变迁秋季东、黄海异养细菌（HeterotrophicBacteria）的分布特点

The Rise and Fall of Alligator Sinensis and Vicissitudes of Environment THE DISTRIBUTION OF HETEROTROPHIC BACTERIA AND SOME RELATED FACTORS IN THE EAST CHINA AND YELLOW SEAS DURING FALL

扬子鳄（Alligatorsinensis）是中国特有的珍稀物种，其遗传资源的保护已受到广泛关注和重视。

Chinese alligator , Alligator sinensis , is a critically endangered rare species , and comprehensive attention has been paid to the conservation of its genetic resources .

应用7种特异性胃肠激素抗血清对扬子鳄（Alligatorsinensis）消化道内分泌细胞进行了免疫组织化学定位。

The distribution and density of the endocrine cells in the digestive tract of Alligator sinensis were studied by immunohistochemical method with seven antisera of gut hormone .

2005年6~9月，采用扫描取样法在浙江省长兴扬子鳄自然繁育中心，对人工繁殖的成年扬子鳄（Alligatorsinensis）行为的发生频率和活动规律进行了研究，并对其行为体温调节进行了分析。

The behavioral thermoregulation of adult Chinese Alligators ( Alligator sinensis ), in Zhejiang Changxing Natural Breeding Research Center for Chinese Alligator , was studied from June to September 2005 , recorded by instantaneous and scan sampling methods .

本研究为探索扬子鳄的性别决定机制、Sox基因与DMRT基因的功能及其进化等提供了分子资料。

Our work provides molecular data for the study of sex-determining mechanism , the function of Sox genes and DMRT genes , and the conservation of Sox genes ' and DMRT genes ' evolution .

本论文对涉及饲养条件下夏秋两季扬子鳄的行为和活动时间分配进行了研究，同时基于NT-3和BDNF基因部分序列探讨了扬子鳄的分类地位和爬行动物的系统发生。

This paper researched the behaviors and time budgets of captive-bred Chinese alligator , and discussed the taxonomical status of Chinese alligator ( Alligator sinensis ) and the phylogeny of the reptiles based on the sequences of NT-3 and BDNF genes .

1999&2003年，先后利用HOBO测温仪研究自然孵化巢（8个）的温度与气温间的作用机制，同时研究了有扬子鳄冬眠的洞穴温度、人工地窖温度与气温间的相互关系；

The influence of the temperature on the natural hatch was studied by using HOBO automatic thermometer . At the same time , the interactions between air temperature and natural burrow temperature or manual burrow temperature were also studied .

冬眠期温度和扬子鳄疾病发生的关系当林蛙完全进入深冬眠后，加水至50～60cm；

Relationship between Temperature and Diseases Occurrence of Chinese Alligator during Hibernation The depth of the water in the pound would be increased to between 50 ~ 60 centimeters , as the RTC was into the stage of deep hibernation .

对于与eBay的竞争，阿里巴巴集团董事局主席马云（JackMa）曾诙谐地说：“eBay是海洋中的鲨鱼，而我们是长江中的扬子鳄。如果在海洋中对抗，我们将会失败。但如果在长江里对抗，我们将取得胜利。”

The competition with eBay prompted Jack Ma , Alibaba 's chairman , to quip : " Ebay may be a shark in the ocean , but I am a crocodile in the Yangtze . If we fight in the ocean , we lose , but if we fight in the river , we win . "

初孵扬子鳄中脑视叶组织学结构观察

The histologic study of the optic lobe in NEW-HATCHING Alligator sinensis

扬子鳄大肠杆菌病的发生与防治

Occurrence and Prevention of E Coli Caused Diseases of Yangtze Crocodile

扬子鳄内耳的组织结构及其早期胚胎发育

Structure and early embryonic development of inner ear of Alligator sinensis