This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从鞭毛的结以及它在致病性和免疫中的作用最新究进展加以概述,以供究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋及肌球蛋乃成肌肉伸缩机的组成部分，微管蛋予鞭毛及纤毛能动的基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节鞭节组成，绝大部分触角感受器分布在触角的背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛结以及它在细菌致病性和免疫中作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机组成部分，微管蛋白是赋予鞭毛及纤毛能动基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱由柄节、梗节和1～5节鞭节组成，绝大部分感受器分布在背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛结以及它在细菌致病性和免疫中作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌及肌球乃是肌肉伸缩机部分，微管是赋予鞭毛及纤毛能基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节鞭节，绝大部分触角感受器分布在触角背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛结以及它在细菌致病性和免疫中作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机组成部分，微管蛋白是赋予鞭毛及纤毛能动基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱由柄节、梗节和1～5节鞭节组成，绝大部分感受器分布在背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛结以及它在细菌致病性和免疫中作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机组成部，微管蛋白是赋予鞭毛及纤毛能动基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱由柄、梗和1～5鞭组成，绝大部感受器布在背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛的结以及它在细菌致病性和免疫中的作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是肌肉伸缩机的组部分，微管蛋白是赋予鞭毛及纤毛能动的基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节鞭节组，部分触角感受器分布在触角的背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌毛的结以及它在细菌致病性和免疫中的作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机的组成部，微管蛋白是赋予毛及纤毛能动的基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节节组成，绝大部触角感受在触角的背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌的结以及它在细菌致病性和免疫中的作用最新研究进展加以概述,以供细菌研究者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机的组成部，微管蛋白是赋予及纤能动的基本物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节节组成，绝大部触角感布在触角的背面、腹面和外侧面。

This review focused on the research progress on bacterial flagella,including staining methods,the structure and function of flagella gene,as well as immunegenicity.of flagellin.

从细菌鞭毛结以及它在细菌致病性和免疫中作用最进展加以概述,以供细菌者参考。

Actin and myoglobulin are the compositions building muscles' stretching function. Microtubulin is the basic substance which provides the flagellum and cilium the function of movement.

肌动蛋白及肌球蛋白乃是成肌肉伸缩机组成部分，微管蛋白是赋予鞭毛及纤毛能动物质。

Antennae of B. tabaci are made up of scapus, pedicle and flagella that the latter consist of 1-5 segments and most of the antennal sensilla lie on its outer, upper and lower surfaces.

扫描电镜观察结果表明，烟粉虱触角由柄节、梗节和1～5节鞭节组成，绝大部分触角感受器分布在触角背面、腹面和外侧面。