The objective of this work was to fit together the starch extraction from Pachyrhizus ahipa roots and the recovery of the proteins present in these storage organs, making an improved use of this novel raw material. The replacement of water by buffer PO4 −3/NaCl as solvent in the first extraction steps improved protein extraction without lowering the starch yield. The starches obtained from the traditional and the proposed methods exhibited some differences in appearance and technological and thermal properties, which were endorsed to the adjustment in the methodology of extraction rather than to the use of buffer as solvent. Thus, P. ahipa starch obtaining procedure could be coupled to protein extraction with a minimum change in the methodo...
For several years plant proteins have been the interest of both researchers and industrialists. The ...
Biodegradable films from ahipa, cassava and corn native starches were developed by casting method an...
Starch films often present high water sensitivity, affecting their barrier and mechanical properties...
The aims of this work were to evaluate productivity and postharvest handling conditions for ahipa ro...
Chemical composition of two accessions (N°11 and Local) of Pachyrhizus ahipa was evaluated and their...
Pachyrhizus ahipa is an unexploited crop known to be rich in proteins compared to other edible roots...
Ahipa is a gluten-free starchy root, bearing phenolics and a protein content of ~9% db. Ahipa protei...
The food industry is interested in the study of sub-utilized plant species as a contribution to cons...
Ahipa roots chemical composition and physiological parameters were characterised; ahipa flour prepar...
O gênero Pachyrhizus tem sido estudado como fonte de matéria-prima amilácea devido ao considerável t...
Quinoa is a pseudocereal with remarkable nutritional characteristics due to high content of gluten-f...
Roots and Tuber crops plays an eminent, countless and complex part in feeding the world. These crops...
Two-dimensional gel electrophoresis analysis was performed on adventitious and storage root in cassa...
Starch is a key component in many aspects of daily life, including nutrition, biofuel production, an...
Legumes have been known for centuries for their good nutritional properties. Unfortunately, during p...
For several years plant proteins have been the interest of both researchers and industrialists. The ...
Biodegradable films from ahipa, cassava and corn native starches were developed by casting method an...
Starch films often present high water sensitivity, affecting their barrier and mechanical properties...
The aims of this work were to evaluate productivity and postharvest handling conditions for ahipa ro...
Chemical composition of two accessions (N°11 and Local) of Pachyrhizus ahipa was evaluated and their...
Pachyrhizus ahipa is an unexploited crop known to be rich in proteins compared to other edible roots...
Ahipa is a gluten-free starchy root, bearing phenolics and a protein content of ~9% db. Ahipa protei...
The food industry is interested in the study of sub-utilized plant species as a contribution to cons...
Ahipa roots chemical composition and physiological parameters were characterised; ahipa flour prepar...
O gênero Pachyrhizus tem sido estudado como fonte de matéria-prima amilácea devido ao considerável t...
Quinoa is a pseudocereal with remarkable nutritional characteristics due to high content of gluten-f...
Roots and Tuber crops plays an eminent, countless and complex part in feeding the world. These crops...
Two-dimensional gel electrophoresis analysis was performed on adventitious and storage root in cassa...
Starch is a key component in many aspects of daily life, including nutrition, biofuel production, an...
Legumes have been known for centuries for their good nutritional properties. Unfortunately, during p...
For several years plant proteins have been the interest of both researchers and industrialists. The ...
Biodegradable films from ahipa, cassava and corn native starches were developed by casting method an...
Starch films often present high water sensitivity, affecting their barrier and mechanical properties...