Three novel eco-friendly anti-creasing agents have been designed and synthesized. The natural silk fabrics treated with them exhibit higher wrinkle recovery degree, strength retention rate and whiteness than those fin...
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Three novel eco-friendly anti-creasing agents have been designed and synthesized. The natural silk fabrics treated with them exhibit higher wrinkle recovery degree, strength retention rate and whiteness than those finished with 1,2,3,4-butane tetracarboxylic acid （BTCA）. The washing durability of the fabrics treated with the synthesized compounds and BTCA is similar. The chlorine atom, the carboxyl and the s-triazine ring in the synthesized structures and the surface roughness of the silk fabric are all contributive to the imorovement of the crease resistance of silk.
Gene therapy has been known as a promising treatment for numerous hard curable diseases,and its safety and efficiency play the most challenging role.1 A great number of efforts have been made to in
Gene therapy has been known as a promising treatment for numerous hard curable diseases,and its safety and efficiency play the most challenging role.1 A great number of efforts have been made to in
Nonviral vectors for gene therapy have received significant attention due to their potential advantages such as improved biosafety,facile manufacturing,and ease of modification.1 The main objective
Nonviral vectors for gene therapy have received significant attention due to their potential advantages such as improved biosafety,facile manufacturing,and ease of modification.1 The main objective
Synthesis and properties of solid substrates grafted with polymeric chains to form functional hybrid materials and nanocomposites have attracted tremendous attention due to their variable interfaci
Synthesis and properties of solid substrates grafted with polymeric chains to form functional hybrid materials and nanocomposites have attracted tremendous attention due to their variable interfaci
In recent years,biodegradable micelles based on amphiphilic di-or tri-block copolymers have emerged as one of the most promising nano-carrier systems for the controlled release of anticancer drugs.
In recent years,biodegradable micelles based on amphiphilic di-or tri-block copolymers have emerged as one of the most promising nano-carrier systems for the controlled release of anticancer drugs.
The ever growing biomedical technology such as regenerative medicine and controlled drug release intimately relies on the development of advancedfunctional biomaterials.i Biodegradable aliphatic p
The ever growing biomedical technology such as regenerative medicine and controlled drug release intimately relies on the development of advancedfunctional biomaterials.i Biodegradable aliphatic p
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