Selection and optimization of cultivation conditions for bacterial cellulose producer

Abstract

The aim of this study was to increase productivity of Komagataeibacter xylinus C3 strain on nutrient media using industrial wastes as carbon source. By-product of sugar production, molasses, was static conditions, st strength -38.34 MPa and relative elongation at break -3.34%). The replacement of carbon source for molasses in MHS medium for BC production did not alter the polymer st st decrease of culture media by almost 2.8 times relating to MHS medium cost. bacterial cellulose, industrial waste, morphological properties, mechanical parameters, cost-The main object of study and practical use for the bacteria belonging to the family of Acetobacteriaceae [1-3]. Currently, 14 genera are present in this family: Acetobacter,