Baking with Xylanase
A comprehensive research project by Dr. Zulfiqar Ahmad
Versandkostenfrei!
Versandfertig in 6-10 Tagen
50,99 €
inkl. MwSt.
PAYBACK Punkte
25 °P sammeln!
The demand for chemical free food products is increasing rapidly over the globe and biotechnology can play a significant role to meet the purpose. The enzymes extracted from microbial sources are being deployed to get bakery items of high quality and safety. Present research was conducted to synthesize xylanase enzyme by Aspergillus niger using local agricultural wastes for its utilization in baking industry. Wheat bran, corn cobs and sugar cane bagasse were used as carbon source employing submerged fermentation. Wheat bran showed maximum xylanase activity followed by corn cob and sugar cane b...
The demand for chemical free food products is increasing rapidly over the globe and biotechnology can play a significant role to meet the purpose. The enzymes extracted from microbial sources are being deployed to get bakery items of high quality and safety. Present research was conducted to synthesize xylanase enzyme by Aspergillus niger using local agricultural wastes for its utilization in baking industry. Wheat bran, corn cobs and sugar cane bagasse were used as carbon source employing submerged fermentation. Wheat bran showed maximum xylanase activity followed by corn cob and sugar cane bagasse. As the ultimate goal was to apply xylanase in bakery products i.e. bread, so it was subjected to efficacy studies. It is deduced that values for body growth performance, serological and hematological parameters were within normal ranges showing the safety of enzyme. In order to assess the potential of xylanase in bread making; a comparative study was carried out which concluded that the xylanase addition modified the rheological attributes of dough resulting the increased bread volume. Lastly, sensory evaluation showed marked improvement in organoleptic properties of bread.
Andere Kunden interessierten sich für
