E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘蛋白作为含有高甘露型N-链的细胞粘附分子，介导着细胞间的嗜同性粘附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在基因次主要是研究醣转移酶的表现程度、在醣基与蛋白质次主要是研究醣基上的以及量上的。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙蛋白作为含有高甘露糖型N-糖链的细胞附分子，介导着细胞间的嗜附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在基因次主要是转移酶的表现程度、在基与蛋白质次主要是基上的差异以及量上的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘蛋白作为含有高甘露糖型N-糖链的细胞粘附分子，介导着细胞间的嗜同性粘附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在要是研究醣转移酶的表现程度、在醣与蛋白质要是研究醣上的差异以及量上的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙蛋白作为含有高甘露糖型N-糖链的细胞附分子，介导着细胞间的嗜附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在基因次主要是转移酶的表现程度、在基与蛋白质次主要是基上的差异以及量上的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘蛋白作有高甘露糖型N-糖链的细胞粘附分子，介导着细胞间的嗜同性粘附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在因次主要是研究转移酶的表现程度、在与蛋白质次主要是研究的差异以及量的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘作为含有高甘露糖型N-糖链粘附分子，介导着间嗜同性粘附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在基因次主要是研究醣转移酶表现程度、在醣基与次主要是研究醣基上差异以及量上差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙蛋白作为含有高甘露糖型N-糖链的细胞分子，介导着细胞间的嗜同性。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

基因次主究醣转移酶的表现程度、醣基与蛋白质次主究醣基上的差异以及量上的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘蛋白作为含有高甘露糖型N-糖链的细胞粘分子，介导着细胞间的嗜同性粘。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

因次研究醣转移酶的表现程度、醣与蛋白质次研究醣上的差异以及量上的差异。

E-cadherin, as a cell adhesion molecule containing high mannose type N-linked glycan, mediates homotypic cell adhesion.

E-钙粘蛋白作为含有高甘露糖型N-糖链的细胞粘附分子，介导着细胞间的嗜同性粘附。

They approach the subject matter from gene level to discuss the glycosyltransferase expression, and from the glycan and protein level to discuss the glycoform difference.

在基因次主要是研究醣转移酶的表现程度、在醣基与蛋白质次主要是研究醣基上的差异以及量上的差异。