1)  connexin 43
接合素43
2)  Joint
接合
1.
Nonoxide Ceramics to Metal Joint and Its Mechanism;
非氧化物陶瓷－金属接合及其机理
2.
On joint pattern of front part tonic series between 8 pieces Bo and 9 pieces knobs bells or yong bells in Spring and Autumn period;
试论春秋编镈与钮钟正鼓音列“8+9”的接合形态
3.
On joint pattern of front part tonic series between 4 pieces Bo and 10 pieces knobs bells or yong bells in Spring and Autumn period;
论春秋编镈与钮钟正鼓音列“4+10”的接合形态
3)  bonding
接合
1.
The direct bonding joint between cemented carbide and nodular cast iron and the indirect bonding joint by using nickel foil as intermediate layer were obtained by HIP diffusion bonding process.
对直接连接和间接连接接头的接合强度进行了评估，并对接头断裂特性进行了分析。
2.
Behaviors such as migration, rotation, revolution, and bonding of Al, Au, and Pt fcc structured nanoparticles under electron beam irradiation have been investigated by a HRTEM on room temperature stage.
在高分辨透射电子显微镜温台上,动态研究了Al、Au、Pt等面心立方金属纳米粒子在电子束辐照下发生的迁移、转动、接合等行为。
4)  conjugation
接合
1.
Result: The conjugation rate of the strains treaded with PEF was raised from normal 42.
方法:采用接合转移试验,研究了PEF强电场作用对大肠埃希氏菌基因水平传递的影响,并以未经处理的标准菌株为对照,通过PCR方法进行基因检测分析。
2.
A total of 117 Salmonella strains isolated from retail meats and human in some regions of Jiangsu were assayed for their antimicrobial susceptibility, the presence of integrons and antimicrobial resistance genes, and the ability of horizontal transfer of the characterized antimicrobial resistance determinants via conjugation.
接合试验表明,氨苄青霉素、氯霉素、链霉素、甲氧苄氨嘧啶和四环素的耐药特性是由接合性质粒携带。
3.
Methods:Conjugation experiments.
方法 :采用膜接合试验。
5)  Engagement
接合
1.
Optimal Control of Dry Clutch Starting Engagement;
干式离合器起步接合最优控制
2.
Control of automatic diaphragm clutch engagement;
自动膜片弹簧离合器的接合控制
6)  zygote
接合孢子
1.
Study on correlation between the synthesis of β-carotene and zygote formation by Blakeslea trispora heterothallic strains;
三孢布拉霉异性菌株接合孢子的形成与β—胡萝卜素合成关系的研究
参考词条
补充资料：龙井43(Longjing 43)
　

龙井43(Longjing 43)

茶树无性系品种之一。从龙井茶树群体品种中单株选育而成。

灌木型、中叶类、早生种。植株较矮，从根颈处分枝，枝叶繁藏。树姿半开张，分枝密度极大。叶枝上斜，叶片呈椭圆形，叶尖钝，叶面隆起，叶色深绿，富光泽，叶较厚，叶质较软。侧脉明显，锯齿细匀，叶缘微波。芽平均长1.58cm，一芽三叶平均长5.05cm，芽粗壮，茸毛中等，嫩叶背卷，色黄绿，在芽柄上泛有红斑，育芽力强。叶层厚，新梢密度很高，在青壮期每0.333平方米有芽1025个。开花结实力一般。扦插成活率高，抗寒性强，适应性广，耐采性强。春茶一芽二叶化学成分含量为：氨基氮4.5mg%，儿茶素116.24mg/g，咖啡碱4.42%，茶多酚19.18%。适制龙井茶和其他绿茶。制成龙井茶，外形挺秀，香高持久，具有狮峰龙井的风格。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。