Results The immunocytochemistry staining of specific Anti-ActR ⅱ A C polyclonal antibody showed that ActR ⅱ A was highly expressed on murine macrophages, but not other immunocytes, such as T, B, NK, and DC cells.

Methods Anti-ActR ⅱ A C-terminal polyclonal antibody was prepared by immunizing the rabbit with ActR ⅱ A C-terminal protein. The expression of ActR ⅱ A on immunocytes was observed by immunocytochemistry staining.

方法以ActRⅡAC末端肽作为抗原免疫家兔制备特异性抗ActRⅡAC末端抗体，通过免疫细胞化学染色技术观察ActRⅡA在免疫细胞上的分布。

Methods Construct the plasmid for expressing the C terminal of ActR ⅱ A C, analyze the expressed protein by SDS PAGE, and immunize rabbits with GST ActR ⅱ A C terminal polypeptide to prepare corresponding antibody.

方法构建GST ActRⅡAC末端蛋白表达质粒，经SDS page分析表达蛋白。

By mammalian cell two-hybrid, its ability to combine with ActR ⅱ A was confirmed.

采用哺乳细胞双杂交进一步确定ActRIP4与ActRⅡA的相互作用；

Teflon PTFE electret with 300V to 1500V surfact voltage, disinfected by ultraviolet rays, acted on the ACTT 25923 staphylococci aureus with the concentration of 10 4 for 1 to 24 hours, respectively, then we began to observe the bacteriostasis of the electret.

表面电位为－300V～－1500V的Teflon PTFE驻极体，经紫外线消毒后，对浓度为10－4的ACTT25923金黄色葡萄球菌分别作用1～24小时，观察驻极体对该细菌的抑菌作用。

Objectives The aim of this experiment is to test the bactericidal power outside of the human body of silver-covered urinary catheter with killing ATC 25922 Escherichia coli, ACTT 25923 Staphylococcus aureus, ACTT 27853 Pseudomonas aeruginosa and ATCC 9372 Bacillus subtilis.

目的采用医用橡胶导尿管被覆银后观察对ATCC25922大肠埃希氏菌、ATCC25923金黄色葡萄球菌、ATCC27853绿脓假单胞菌和ATCC9372枯草杆菌黑色变种的体外杀菌作用。

The Growth Characteristics of Penaeus Japonicus Released in Fuzhou Bay

复洲湾移植放流日本对虾的生长特性

Under conditions of 27 t, pH 8.0 and salinity 33, we studied the method of latent infection of white spot syndrome virus ( WSSV) in Penaeus japonicus by nested-PCR and dot blot hybridization.

在27℃，pH8.0，盐度33条件下，用套式PCR方法和斑点杂交方法对日本对虾（Penaeus japonicus）体内潜伏性感染WSSV的方法进行了研究。

The larger infant Penaeus japonicus with about 3 cm lenghth were fed in two tanks at our laboratory for about 60 days without exchanging the sea water.

我们将约3厘米的日本对虾苗进行实验室模拟内陆养殖，发现不换海水经过约60天养殖可生长到约7厘米。

Laboratory Analogy on Inland Breeding of Penaeus japonicus

日本对虾内陆养殖的实验室模拟研究

Cell Culture From Hepatopancreas of Penaeus japonicus

日本对虾肝胰腺的细胞培养

Studes on activities determination and properties of hemolysin of Penaeus japonicus

日本对虾溶血素的活性测定及性能研究

After 45 days of feeding, the Penaeus japonicus increased 14.49% in body length and 10.4% in body weight.

对虾试验结果表明，在饵料中添加2%的鱼腥藻粉，饲喂45d后，对虾的体长增加了14.49%；体重增加了10.43%。

Respiration and excretion by Penaeus japonicus post larvae were studied during feeding and starvation states at different temperatures, using water bottle method and flow through system.

本文采用水瓶法和径流装置研究了不同温度下摄食和饥饿的日本对虾（Penaeus japonicus）仔虾（P）的呼吸与排泄。

Effects of salinity on growth and instantaneous oxygen consumption rate of juvenile Penaeus japonicus

盐度对日本对虾幼虾生长与瞬时耗氧速率的影响

Studies on the transplanted penaeid shrimp ( penaeus japonicus) in the Laizhou Bay

莱州湾日本对虾放流移植的研究

Hemocyte Culture of Penaeus japonicus

日本对虾（Penaeus japonicus）血细胞的培养

Study on multi-utility of the parent shrimp Penaeus japonicus

日本对虾亲虾性腺多次成熟利用的研究

Progress on Nutrition Research of Penaeus japonicus

日本对虾的营养研究进展

Studies on high density culture of Penaeus japonicus in shrimp hatchery in autumn in north China

北方地区秋季日本对虾室内高密度精养的试验

Effects of Metal Ions on Cultured Hepatopancreatic Cells of Penaeus japonicus

金属离子对培养日本对虾肝胰腺细胞的影响