At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是力发展无标记基因、无载体骨架的简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境能阻止的凝，力弱，蚕解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃的附力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理环境能阻止胶胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量三官能团硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨架简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理环境能阻止胶胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨架的简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境能阻止胶的胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃的附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展基因、载体骨架的简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境能阻止胶的胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的三官能团酸酯或硅烷偶联剂可提高紫外光固化玻璃涂膜对玻璃的附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第是着力发展无标记基因、无载体骨架的简单化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境阻止胶的胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的团酸酯或硅烷偶联剂可以显著提紫外光固化玻璃涂膜对玻璃的附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨架的简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境能阻的凝作用，间着力弱，蚕优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃的附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨架的简单高效转化体。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

理的环境能阻止胶的胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加量的三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃的附着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良着力，并具备耐磨、耐蚀、耐候等特性。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

第三是着力发展无标记基因、无载体骨架简单高效转化体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理环境能阻止胶胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量三官能团酸酯或硅烷偶联剂可以显著提高紫外光固化玻璃涂膜对玻璃着力。

At the same time a good adhesion and abrasion-proof, corrosion resistance and weatherable eqripjment.

同时有良好的附着力，并具备耐磨、耐蚀、耐候等。

The third is the establishment of marker-free and skelecton-free transformation vector systems, which are efficient and simple.

三是着力发展无标记基因、无载体骨架的简单高效转体系。

However, proper conditions can prevent sericin from gelation and improve cocoon reelability due to weaker gumming force among bayes.

而合理的环境能阻止胶的胶凝作用，茧间胶着力弱，蚕茧解舒优。

It is found that incorporation of a trifunctional carboxylic ester or silane coupling agent can improve the adhesion of coatings on glass.

实验发现加入一定量的三官能团酸酯或硅烷偶联剂可以显著提高紫外光固涂膜对的附着力。