青海湖裸鲤

青海湖裸鲤线粒体DNA多态性研究

Mitochondrial DNA Diversity in Naked Carps in Qinghai Lake

青海湖裸鲤（Gymnocyprisprzewalskiiprzewalskii），俗称湟鱼，属鲤科，裂腹鱼亚科，裸鲤属，是青海湖中唯一的水生经济动物。

Gymnocypris przewalskii , also named scaleless carp , is the only economical aquatic in lake Qinghai .

青海湖裸鲤Gymnocyprisprzewalskii（Kessler）产卵场破坏原因与保护对策

Reason of Spawning Ground Destroying of Gymnocypris przewalskii ( Kessler ) in Qinghai Lake and Countermeasure of Its Conservation

青海湖裸鲤血清淀粉酶的研究

Investigation on Blood Serum Amylase of Qinghai - lake Naked Carps

青海湖裸鲤性成熟迟、繁殖力低。

Przewalskii przewalskii matures late , and has low fecundity .

青海湖裸鲤和鲤鱼胰脏和肠管淀粉酶活性的研究

Study on Amylase Activity in Pancreas and Intestina of Gymnocypris przewalskii and Carp

因此，青海湖裸鲤是功能性脂肪酸的重要膳食来源。

It is thus an ( important ) dietary ( resource ) of functional fatty acids .

青海湖裸鲤体重和体长性状的剖分与相关回归分析

Dissection and Correlation Regression Analysis between the Weight and the Body Length Characters of Qinghai-lake Naked Carps

青海湖裸鲤体外肝胰细胞原代与传代培养

The primary culture and subculture of hepatopancreas cells from Qinghai lake-naked carp ( Gymnocypris przewalskii ) in vitro

还对卵黄核和核仁在卵黄形成中的作用以及青海湖裸鲤的产卵类型和生殖间断性进行了讨论。

Besides , the role of yolk nucleus and nucleoli in the vitellogenesis , the spawning type and the spawning interval were discussed .

青海湖裸鲤种群结构变异与资源利用

Variation of the population structure of naked carps [ gymnocypris przewalskii przewalskii ( kessler ) ] in the Qinghai Lake and stock utilization

青海湖裸鲤的性腺发育可分为6期，卵母细胞从第3时相发育到第4时相基本同步，产后卵巢和精巢的组织学结构回复到Ⅱ期。

The gonad development of G. przewalskii can be divided into 6 stages . The development of oocytes from phase 3 to phase 4 was synchronous , the histological structure of the ovary and testis came back to stage II after reproduction .

青海湖是我国内陆最大的咸水湖，湖中主要鱼类为青海湖裸鲤（Gymnocyprisprzewalskii），D-loop分析初步结果显示青海湖及其周围河流中的裸鲤似乎没有新的种内遗传分化现象。

Lake Qinghai is the biggest inland saline lake in China . The main fish in the lake is scaleless carp ( Gymnocypris przewalskii ) . Initial analysis of its D-loop showed no intraspecific genetic differentiation among the populations in the lake and the rivers around .