体壁

仿刺参体壁、肠和呼吸树全长cDNA文库的构建及部分ESTs初步分析

Construction of cDNA Libraries from Body Wall , Intestine and Respiratory Tree of Sea Cucumber ( Apostichopus japonicus ) and ESTs Analysis

考察温度、pH、NaCl浓度和液料比对海参体壁和肠自溶过程的影响，发现温度和pH是两个最主要的影响因素。

PH and temperature were found to be the two main factors by investigating the effects of pH , temperature , NaCl concentration and liquid to sample ratio on the autolysis process of sea cucumber body wall and guts .

复合体壁外原AAA腔内充满血栓，未探及通畅的腰动脉和肠系膜下动脉，AAA外径无变化。

The primary AAA sac was full of thrombi and no patent lumbar and inferior mesenteric arteries were observed .

2～3龄幼虫，蜡蚧轮枝菌菌丝24h就可穿透体壁进入血腔，48h可见脂肪体等器官发生病变；

The hyphae penetrated the cuticle of the 2nd and 3rd instar larvae in 24 h and pathogenesis started on their fat body in 48 h.

杀线虫细菌W3胞外体壁降解蛋白酶的纯化及部分特性

Purification of an Extracellular Cuticle Degrading Protease of Nematicidal Bacteria W3 and its Partial Characteristics

球孢白僵菌降解昆虫体壁蛋白酶基因CDEP-1的克隆与序列分析

Cloning and Characterization of Cuticle Degrading Enzyme CDEP-1 from Beauveria bassiana

一般来说，鞘翅目昆虫与其它昆虫的不同之处就是体壁非常坚硬，透气透水性差，在同等条件下，较其他昆虫阴干的时间要长，阴干时间越长对DNA的质量越不利。

The results : 1 . In general , the difference of Coleoptera insects from others is that the body wall is very hard , gas and water permeability is bad . Under the same conditions the time for drying is longer and the DNA quality worse than other kinds .

序列分析表明，PeptidasesS8家族相似性很高，已报道的体壁降解蛋白酶主要是PCSK9ProteinaseKlike亚家族与Subtilisinsubset亚家族中成员，是真菌重要的毒力因子。

Sequence analysis showed that members of Peptidases_S8family were highly similarity . The reported cuticle-degrading proteases are mainly belong to the PCSK9_ProteinaseK_like subfamily and Subtilisin_subset subfamily , are important fungal virulence factors .

结果显示，肠、体壁中CAT、体壁中的SOD和GST活性从夏季到秋季逐渐升高，在秋季（10月或11月）达到高峰，而在春季酶活性表达一般较低。

Results showed that the activities of CAT ( in the two tissues ), SOD and GST ( only in body walls ) increased gradually from summer to autumn , and peaked in October or November . In spring , all the activities maintained the low levels .

发现脂肪、体壁、气管组织对MbNPV最敏感。

It was found that the most sensitive tissues were fat bodies , integument and tracheal tissues .

非甾醇类蜕皮激素竞争物（RH-2485）对棉铃虫六龄幼虫部分组织蛋白质表达和体壁结构的作用

Effect of Non-steroidal Ecdysone Agonist ( RH-2485 ) on the Expression of Proteins in Some Tissues and the Structure of Body Wall in 6th-instar Larva Helicoverpa armigera

RT-PCR结果显示，VasamRNA在中华卵索线虫的精巢、卵巢中特异性表达，而在其他部位，如头、尾、体壁均未检测到vasa的表达信号。

The results by the RT-PCR through the specific primers showed that vasa mRNA was expressed specifically in the gonads of both testis and ovary . However , in other tissues such as head , tail and body wall , there is no vasa mRNA expression signals . 2 .

Vangieson染色法观察体壁组织结构，发现胶原纤维和肌原纤维分布在仿刺参体壁的不同位置，其中大部分为胶原纤维，仅含少量肌原纤维。

Using Van Gieson staining technology to observe the structure of the different part of raw sea cucumber . The results showed that collagen fibrils and myofibrils were distributed in different part of S. japonicus body wall among which the most parts were collagen fibrils . 2 .

牙体壁厚度；根管疗法；研究。

Thickness of the tooth body ; Root canal therapy ; Research .

水泡绦虫体壁的超微结构与功能

The Ultrastructure and Function of Body Walls on Adult Worm Taenia Hydatigena

水下航行体壁面脉动压力的大涡模拟研究

Large eddy simulation of wall pressure fluctuations of underwater vehicle

体壁粘液细胞主要为Ⅱ型。

The type of mucous cells of body wall is mainly type II .

海参体壁胶原蛋白肽的体外抗氧化活性研究

Study on Antioxidant Activity of Collagen Peptides Obtained from Sea Cucumber Body Wall

日本血吸虫成虫体壁与肠道的透射电镜观察

Observation of tegument and caecum of adult Schistosoma japonicum by transmission electron microscopy

承压设备圆柱形筒体壁厚计算方法的选择

Selection of Calculation Method for Wall Thickness of Cylinder Body in Pressure Equipment

刺参的肠比体壁在遭受热胁迫时敏感度更高。

Exposed to thermal stress , intestine was more sensitive than body wall .

家蚕幼虫体壁内陷体的发现与研究

The discovery and research in body wall invaginated tissue of Bombyx mori Larvae Wu

水份的吸取及损失的大部分可能是通过体壁进行的。

Probably most of the uptake and loss water is through the body wall .

研究了基于全反射消光原理测量管状透明体壁厚的原理和方法。

The principle and method for measuring the wall thickness of transparent tube are presented .

其对斜纹夜蛾幼虫高龄幼虫侵染能力的降低主要受昆虫体壁结构和表皮成分的影响。

The epidermis of S. litura larvae was the main reason for fungal infection prevention .

马尾松毛虫感染绿僵菌后体壁组织和血淋巴的病理生化分析

The Pathological Biochemistry Analyses Body Wall and Hemolymph in Dendrolimus Punctuates Infected by Metarhizium Anisopliae

脊神经节神经元周围突至肾及体壁的分支投射舌咽神经感觉神经元周围突分支投射的研究

Studies on Divergent Projection of the Peripheral Processes of the Neurons in the Glossopharyngeal Sensory Ganglion

抑制棉铃虫幼虫体壁几丁质的合成；

Inhibition ( 2 ) retarding the chitin synthesis in the integument of cotton bollworm larvae ;

刺参体壁酶促溶和酸促溶性胶原蛋白的提取及性质研究

Isolation and Characterization of Acid-And Pepsin-solubilized Collagens from the Body Wall of Sea Cucumber Stichopus Japonicus

离体壁细胞研究模型的建立及壁细胞泌酸机制的若干研究

Establishment of an in Vitro Model of Parietal Cells and a Study on Their Secretory Mechanisms