wound healing and tissue regeneration , flexible display screens , composite reinforced , electronic paper , and so on. However, it is difficult to obtain a high productivity using this bacterium in a largescale fermentation system due to its low yield under agitated conditions. It is important to develop methods to produce bacterial cellulose at the lowest possible cost. The significant factors that many researchers have investigated are the optimal medium, the culture conditions and their interaction effects. Additionally, determining growth conditions that produce high amounts of cellulose is necessary to complete further research using bacterial cellulose as reinforcement for biodegradable polymers as well as understanding any effects such conditions have on the basic materials’ morphology and properties. There have been several reports
of different media used in the literature, as well as various carbon sources. Some authors have reported that
the structure of cellulose is not affected by changing the carbon or nitrogen source , whereas others have reported differences. ElSaied et al. reported that a medium containing corn steep liquor and molasses
medium resulted in a higher degree of crystallization over carbon and nitrogen sources such as glucose, mannitol, yeast extract and peptone, whereas Jung et al. reported a decrease in crystallinity in molasses medium compared to a complex medium control.