真鲷

真鲷肿瘤坏死因子（TNFα）基因的体外重组与纯化研究

Expression and Purification of Red Seabream Recombinant Tumor Necrosis Factor α in E.coli

真鲷天然抗性相关巨噬蛋白全长cDNA的克隆与序列分析

Cloning and sequence analysis of Nramp cDNA from Pagrus major

经过剪接、比较，分析了真鲷MSTN基因的序列和结构特征。

The MSTN genomic sequence and structural characteristic were analyzed .

Forskolin处理真鲷胚胎条件的研究

The study on the condition of treatment on the embryos of sea bream by Forskolin

结果表明，饵料中缺乏EPA、DHA时，真鲷幼鱼生长缓慢，成活率仅达65%；

The results showed : the juvenile growth was slow and survival rate was only 65 % , when EPA and DHA were insufficient in diets .

研究了温度、酸碱度、气体环境、营养成分及培养时间等培养条件对真鲷病原菌最小弧菌VmPm毒素产生的影响。

In this article , effect of cultural conditions such as temperature , pH , air conditions , culture medium and incubation time on the yield of toxin Vm-Pm by Vibrio mimicus were studied .

通过向真鲷幼鱼饵料中分别添加0.2%、0.5%和1%的EPA、DHA以及两种混合脂肪酸，以豆油为基础脂肪源研究真鲷幼鱼的EPA、DHA的需求量。

The red sea bream 's requirements of EPA , DHA and their mixture acids were studied by addition of0.2 % , 0.5 % and1 % respectavly into the experimental diets .

优化了适合检测真鲷血细胞DNA损伤的彗星实验电泳条件：20V、300mA、20min。

The optimum electrophoresis conditions for the comet assay were 20 V , 300 mA for 20 min in order to better evaluate the DNA damage in blood cells .

进化分析显示，真鲷TNF与哺乳类TNFα和TNFβ具有较高的相似性，源于共同的祖先。

The red seabream TNF sequence shared relatively high similarity with both mammalian TNF α and TNF β by multiple sequence alignments . Phylogenetic analysis showed that the piscine TNF α were located independently in a different branch compared with mammalian TNF α and TNF β .

结果表明，真鲷精子在普通冰箱的冷冻室（-15℃）中能存活120h以上；

The results are as follows : 1 . Sperm can survive for more than 120 hours when keeping in refrigerator ( - 15 ℃ ) .

在20℃条件下，对分别饥饿处理0（对照）、3、6、9、12和15d的真鲷进行了再投饵的恢复生长实验。

This recovery growth experiment on red sea bream following deprivation of food for 0 ( control )、 3 、 6 、 9 、 12 and 15 days , respectively at 20 ℃ .

海水养殖真鲷最小弧菌外毒素的免疫学特性初步研究

The immunological characteristics of the exotoxin vm-pm produced by Vibrio mimicus

牙鲆、鲈鱼和真鲷的四个永生性细胞系建立

Four Continuous Cell Lines of Three Marine Fish Species Were Established

真鲷全人工工厂化育苗技术研究

Studies on Technique for Artificial Industrial Seed rearing of Red Porgy

培养条件对养殖真鲷弧菌病病原菌毒素产生的影响

Effects of cultural conditions on the production of toxin by Vibrio mimicus

真鲷对蛋白质和必需氨基酸需要量的研究

The Requirement of Red Sea Bream for Protein and Essential Amino Acids

我要尝尝看真鲷。但是会不会太辣？

I want to try the red snapper-but is it very spicy ?

产于北美洲南大西洋沿岸的真鲷。

Porgy of southern Atlantic coastal waters of North America .

真鲷幼鱼能源物质的研究

Study on energy source substance of red seabream juvenile

真鲷能量收支和氮与碳收支的初步研究

Study on energy budget , nitrogen and carbon budget in young red sea bream

真鲷肌肉蛋白的分解及影响因素

Degradation Profiles of Muscular Protein of Sea Bream ( Pagrosomus major ) and Affecting Factors

真鲷抗菌肽基因重组表达载体的构建及其在酵母中的表达

Construction of Recombinant Expression Vector of Sea Bream and Its Expression in Yeast Pichia Pastoris

中国沿海真鲷群体遗传多样性的同工酶电泳分析

Studies on the Genetic Polymorphisms of Red Sea Bream Stocks from the Coastal Waters of China Using Isoenzyme Analysis

美国西北部、太平洋沿岸的州。产于北美洲南大西洋沿岸的真鲷。

A state in northwestern United States on the Pacific . porgy of southern Atlantic coastal waters of North America .

延迟投饵对真鲷、牙鲆仔鱼早期阶段摄食、存活及生长的影响

Effect of delayed feeding on feeding ability , survival and growth of red sea bream and olive flounder larvae during early development

在海岸里，在种种的年幼和年轻的鱼在一起汇集里，也有一两条年幼的“真鲷”。

There is also a few juvenile Japanese Red Seabream among various kinds of juvenile and young fish gathering at the rocky shore .

卵磷脂强化活饵料对真鲷仔稚鱼生长、存活的影响

Effects of living food organisms enriched by lecithin on the growth and survival of the red sea bream ( pagrus major ) larvae

在434.8水体中，一次育出体长0.49～2.50cm的真鲷仔稚鱼484万尾。

In the water body of 434.8 , 4.84 million fry of red porgy with the body length 0.49 ~ 2.50 cm long were produced .

秋冬季生殖真鲷仔、稚、幼鱼摄食习性与生长的研究

Studies on then Feeding Habits and the Growth of Larval 、 Juvenile and Young Red Sea Bream ( Pagrosomus major T , et S. ) Spawning in the Autumn-winter Season

结果表明真鲷幼鱼具有超补偿生长能力，短期饥饿的真鲷在恢复生长中通过显著提高摄食水平来达到补偿生长；

This results suggest the compensatory growth in red sea bream which was deprived of food for 6 days resulted in significant increase of the feeding rate in the recovery growth ;