In this paper a new enzymatic process direction is described for obtaining machine washable wool with acceptable quality. In general, application of protease enzyme technology in wool processing results in considerable loss of tensile strength by diffusion of the enzyme into the interior of wool fibers. To overcome this disadvantage enzymatic activity has been more targeted to the outer surface of the scales by improving the susceptibility of the outer surface scale protein for proteolytic degradation. This has been realized by a pretreatment of wool with hydrogen peroxide at alkaline pH in the presence of high concentrations of salt
411-417In this study, a pure enzymatic process has been used to impart anti-shrink properties to wo...
The main contribution of the presented work was to introduce the use of proteases modified with the ...
The particular scale structure and mechanical properties of wool fiber make its associated fabrics p...
In this paper a new enzymatic process direction is described for obtaining machine washable wool w...
There is currently considerable interest in the use of enzymes to achieve a variety of finishing eff...
The tendency of wool to felt and shrink is mainly due to its scaly structure. The enzymatic treatme...
This paper demonstrates a high level of international collaboration and academic research addressing...
One of the goals of protein engineering is to tailor the structure of enzymes to optimize industrial...
The application of enzymes in wool dyeing process is an important goal of research in order to reduc...
Abstract Wool is a fiber from the fleece of domesticated sheep. The scaly structure of wool is respo...
Enzyme technology is explored on wool fibers to prevent shrinkage and consolidation behavior during ...
This paper demonstrated the high level of international collaboration on the research of enzyme modi...
Enzyme technology is explored on wool fibers to prevent shrinkage and consolidation behavior during ...
This study investigates the effect of different enzymes on wool top. Wool top was incubated with pro...
One of the goals of protein engineering is to tailor the structure of enzymes to optimize industrial...
411-417In this study, a pure enzymatic process has been used to impart anti-shrink properties to wo...
The main contribution of the presented work was to introduce the use of proteases modified with the ...
The particular scale structure and mechanical properties of wool fiber make its associated fabrics p...
In this paper a new enzymatic process direction is described for obtaining machine washable wool w...
There is currently considerable interest in the use of enzymes to achieve a variety of finishing eff...
The tendency of wool to felt and shrink is mainly due to its scaly structure. The enzymatic treatme...
This paper demonstrates a high level of international collaboration and academic research addressing...
One of the goals of protein engineering is to tailor the structure of enzymes to optimize industrial...
The application of enzymes in wool dyeing process is an important goal of research in order to reduc...
Abstract Wool is a fiber from the fleece of domesticated sheep. The scaly structure of wool is respo...
Enzyme technology is explored on wool fibers to prevent shrinkage and consolidation behavior during ...
This paper demonstrated the high level of international collaboration on the research of enzyme modi...
Enzyme technology is explored on wool fibers to prevent shrinkage and consolidation behavior during ...
This study investigates the effect of different enzymes on wool top. Wool top was incubated with pro...
One of the goals of protein engineering is to tailor the structure of enzymes to optimize industrial...
411-417In this study, a pure enzymatic process has been used to impart anti-shrink properties to wo...
The main contribution of the presented work was to introduce the use of proteases modified with the ...
The particular scale structure and mechanical properties of wool fiber make its associated fabrics p...