Synthetic fibers form an important part of the textile industry, the production of polyester alone surpassing that of cotton. A disadvantage of synthetic fibers is their low hydrophilicity. Polyester fibers are particularly hydrophobic. This affects the processability and functionalisation of the fibers. A relatively new and promising alternative is the use of enzymes in surface modification of synthetic fibers. Synthetic materials have generally been considered resistant to biological degradation; recent developments at different research groups demonstrate that enzymes are very well capable of hydrolysing synthetic materials
This paper describes two methods to monitor esterase hydrolysis at the surface of polyester fibres (...
Textile processing is a growing industry that traditionally has used a lot of water, energy and har...
Recently the potential of enzymes for surface hydrophilisation and/or functionalisation of polyethy...
Synthetic fibers form an important part of the textile industry, the production of polyester alone s...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Enzyme technology has progressed from the biotransformation of small substrates to biotransformation...
Recent studies clearly indicate that the modification of synthetic polymers with enzymes is an envir...
In recent years, hydrolases like cutinases, esterases and lipases have been recognized as powerful t...
This paper describes two methods to monitor esterase hydrolysis at the surface of polyester fibres (...
Textile processing is a growing industry that traditionally has used a lot of water, energy and har...
Recently the potential of enzymes for surface hydrophilisation and/or functionalisation of polyethy...
Synthetic fibers form an important part of the textile industry, the production of polyester alone s...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Synthetic fibres form an important part of the textile industry, the production of poly(ethylene ter...
Enzyme technology has progressed from the biotransformation of small substrates to biotransformation...
Recent studies clearly indicate that the modification of synthetic polymers with enzymes is an envir...
In recent years, hydrolases like cutinases, esterases and lipases have been recognized as powerful t...
This paper describes two methods to monitor esterase hydrolysis at the surface of polyester fibres (...
Textile processing is a growing industry that traditionally has used a lot of water, energy and har...
Recently the potential of enzymes for surface hydrophilisation and/or functionalisation of polyethy...