Product No 1. GLA from Fungus Cunninghamella elegans showed difficult biomass aggregation clumps, its jelly-like formation on the ring sparger line and Rushton Turbine impeller during the growth phase causing obstacles to the proper mass and oxygen transfer rate in process and case will be severe in the stationary phase of the growth kinetics. Such this, obstacles play crucial roles in the biomass formation ratio and as well as GLA production. In addition to this, separation of biomass from the harvested vessel, especially from impellers and sparger, are hectic to the large scale production. It is well-known fact, fungus increases the rate of the desired product when it under the aggregation states than free cells. Cunninghamella elegans is a very good “cell factory” for the mass production of microbial lipid-based product manufacturing industries. Our proposed investigation, understand the needs of support to facilitate thick jelly-like mycelia clumps of Cunninghamella elegans without causing process obstacles and favour the optimum biomass productions thereby supporting maximum GLA formation. It is possible, through the proper mass and oxyg

Manufacture of chemicals and chemical products

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