This study concerns the application of enzymatic hydrolysis to modifying starchy and cellulosic materials. Corn, cassava, upright elephant ear and sugarcane bagasse were used in order to evaluate the influence of the enzymatic hydrolysis over the structural, thermal stability and crystallinity of these materials. Differential Scanning Calorimetry (DSC) was used to evaluate the thermal properties while Scanning Electron Microscope (SEM), X-ray Diffraction (XRD) and Brunauer, Emmett and Teller (BET) methods were used for the structural and morphological analysis. Corn presented the highest starch yield (g of starch/g of raw material) with 40.4%. For all materials used, the crystallinity increased due to enzymatic hydrolysis suggesting that am...
Cassava starch variety Corpoica – TAI, was modified with a commercial α-amylase, in order to evaluat...
The effects of mild heat treatment, cross-linking and annealing towards the susceptibility of granu...
The action of amylolytic enzymes (α-amylase and glucoamylase) for their ability to hydrolyze starch ...
Este estudio se enfoca en la modificación por hidrólisis enzimática de materiales amiláceos y lignoc...
Thesis (master`s)--서울대학교 대학원 :농생명공학부,2004.The glucosyl-transferase changes the amylose contents, amy...
Cassava starch variety Corpoica –TAI, was modified with a commercial α-amylase, in order to evaluate...
Native granular starches (corn, cassava, mung bean, and sago) were hydrolyzed using a mixture of alp...
As a functional ingredient in foods and other products, starch should exhibit desirable properties r...
The enzymatic modification of starch extends its industrial use to flavor delivery and probiotic enc...
Cassava starch, partially hydrolyzed by fungal á-amylase, was characterized using thermal analysis, ...
Currently, comes up the need to develop and produce modified starches that allow enhancing their app...
Enzymatic hydrolysis of granular starch is an important tool to provide information about granule st...
Native granular starches (corn, cassava,mung bean, and sago)were hydrolyzed using a mixture of alpha...
Os amidos nativos são estruturalmente fracos e pouco resistentes para aplicações tecnológicas na ind...
Cassava, potato, sweet potato, and Peruvian carrot starches were hydrolyzed with 15% v/v sulfuric ac...
Cassava starch variety Corpoica – TAI, was modified with a commercial α-amylase, in order to evaluat...
The effects of mild heat treatment, cross-linking and annealing towards the susceptibility of granu...
The action of amylolytic enzymes (α-amylase and glucoamylase) for their ability to hydrolyze starch ...
Este estudio se enfoca en la modificación por hidrólisis enzimática de materiales amiláceos y lignoc...
Thesis (master`s)--서울대학교 대학원 :농생명공학부,2004.The glucosyl-transferase changes the amylose contents, amy...
Cassava starch variety Corpoica –TAI, was modified with a commercial α-amylase, in order to evaluate...
Native granular starches (corn, cassava, mung bean, and sago) were hydrolyzed using a mixture of alp...
As a functional ingredient in foods and other products, starch should exhibit desirable properties r...
The enzymatic modification of starch extends its industrial use to flavor delivery and probiotic enc...
Cassava starch, partially hydrolyzed by fungal á-amylase, was characterized using thermal analysis, ...
Currently, comes up the need to develop and produce modified starches that allow enhancing their app...
Enzymatic hydrolysis of granular starch is an important tool to provide information about granule st...
Native granular starches (corn, cassava,mung bean, and sago)were hydrolyzed using a mixture of alpha...
Os amidos nativos são estruturalmente fracos e pouco resistentes para aplicações tecnológicas na ind...
Cassava, potato, sweet potato, and Peruvian carrot starches were hydrolyzed with 15% v/v sulfuric ac...
Cassava starch variety Corpoica – TAI, was modified with a commercial α-amylase, in order to evaluat...
The effects of mild heat treatment, cross-linking and annealing towards the susceptibility of granu...
The action of amylolytic enzymes (α-amylase and glucoamylase) for their ability to hydrolyze starch ...