褶纹冠蚌

长江中下游褶纹冠蚌10个群体COⅠ基因序列变异分析

Sequence Variation of CO ⅰ Gene in Ten Populations of Cristaria plicata from the Middle and Lower Yangtze River

结果显示：（1）不用粘着剂将金属妈祖像形核模植入三角帆蚌，能培育出妈祖像形珍珠，且三角帆蚌的培育效果优于褶纹冠蚌；

It shows that : ( 1 ) without agglutinant , inserting metals Mazu image nucleus into Hyriopsis cumingii Lea , able to cultivate Mazu image pearls , and Hyriopsis cumingii Lea cultured high-quality Mazu image pearls excel Cristaria plicata Leach ;

同时采用聚丙烯酰胺凝胶（PAGE）电泳技术，比较了褶纹冠蚌的外套膜、珍珠囊、珍珠粉蛋白与经过培养的组织块蛋白的变化。

The character of proteins from mantle , pearl sac , pearl and cultured tissue were compared using PAGE technique .

褶纹冠蚌精子的超微结构研究

Studies on ultrastructure of the sperm of freshwater mussel , cristaria plicata

褶纹冠蚌外套膜组织培养及蛋白质电泳特性研究

Studies on The Mantle Tissue and Protein Character of Cristaria plicata Leach

武汉南湖褶纹冠蚌性腺发育与繁殖周期

On gonad development and reproduction cycle of the Cristaria plicata in the South Lake of Wuhan

利用光镜和电镜技术研究了褶纹冠蚌精子球的形态和超微结构。

The morphology and ultrastructure of the sperm ball of Cristaria Plicata was studied under light and electron microscope .

同时，本工作发现，褶纹冠蚌中枢神经系统脑、足、脏神经节神经元均存在较强的自发荧光：在荧光显微镜下可以观察到神经元发出绿色或红色荧光。

Meanwhile , we found that neurons in the cerebral , pedal and visceral ganglia demonstrate a strong red and green autofluorescence .