氨基端 meaning in Chinese
amino terminal
amino terminus
n-terminal
Examples
- At present , immunohistochemistry is routine procedure for histopathological examination of tumors . fluorescence in situ hybridization ( fish ) , which is applicable to interphase cells and met - aphase spreads , is widely used in both research and clinical analyses
本实验是利用了蛋白质的氨基端（ nh可与醛基（ cho ）发生共价结合，将蛋白质固定在醛基玻片上，在玻片上形成cd抗体微矩阵。 - An expression vector carrying a fragment encoding the amino - terminal part of an fr - 008 type i pks module , containing a keto - synthase ( ks ) and part of an acetyl - transferase ( at ) domain was constructed for trial expression of the extremely high g + c content ( 76 % ) pks gene in plant
为探索在植物中表达极高g + c含量的pks基因的可能性，构建了携带有编码fr - 008型pks模块氨基端部分的基因的表达质粒，包括一个酮基合酶( ks )和部分酰基转移酶( at )活性结构域。 - 2 . the sequence of si gene from ibv - lx4 strain was consisted of 1614 bp from initiation codon atg to the possible cleavage site of spike glycoprotein , encoding for a 18 - amino signal - peptide with the n terminus of si protein and a polypeptide of 537 - amino acids . 19 highly conserved , potential glycosylation sites and 17 cysteines residues were characterized with si protein , homology analysis showe that there were gene deletion -
S1基因：其全序列共1614bp (从起始密码子atg到s前体蛋白裂解位点) ，编码537个氨基酸，其氨基端有一编码18个氨基酸的信号肽序列，第12 13位氨基酸残基构成了信号肽的切割位点， 14 19位与111 124位氨基酸残基为s1蛋白的跨膜区域。 - In this study , we firstly analysed the biochemophysical characteristics of amino acid sequence of hnadcs and predicated its antigen epitope , the amino terminal ? peptide of the deduced epitope was highly expressed as fusion protein . the antibody against hnadcs was prepared , and the expression of hnadcs in kidney was studied
本研究拟通过对hnadc3理化性质及抗原表位的分析预测，以融合蛋白形式高效表达其氨基端抗原表位区，并制备抗hnadc3抗体，研究其在肾脏的表达，旨在进一步研究hnadc3基因的生物学功能及其与肾脏疾病的关系。 - We fused the gfp into the c - terminal region as well as n - terminal region of emt - 1 protein . the result showed that the localization of the protein encoded by the full length emt - 1 cdna was in endoplastic reticulum ( er ) . extracellular region , transmembrane and intracellular region showed the similar cellular localization
我们用绿色荧光蛋白融合于emt l全长及其不同截断形式的梭基和氨基端，瞬时转染cos 7细胞，通过荧光显微镜观察，发现emt l编码的蛋白呈现内质网定位的特点。