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Impact of different Physical and Chemical Environment for mass production of Spirulina pletensis- An Immunity Promoter

机译:不同理化环境对螺旋藻免疫增强剂批量生产的影响

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Spirulina is one of the most explored cyanobacteria. Since ancient time it is being used as source of protein. Spirulina pletensis was cultivated in different medium like; zarrouk-s medium, CFTRI medium, OFERR medium, zarrouk-s medium + PGR medium, agitation and without agitation medium, improved VITAL BIOTECH medium. Different temperature, light intensity and pH were monitored for 20 days on daily basis. pH was found in range from 9.1 to 10.1in different medium. Gradually increase in dry weight (dw) was noticed along with the age of culture, 0.40-1.25 dw/l was achieved in different medium respectively. Spirulina inoculated in improved VITAL BIOTECH medium was survived and growth was flourished, achieving dry weight of 0.82 dw/l on 20th day of cultivation. Different amount of NaHCO and NaNO3 shown significant impact on Spirulina growth. However results of present investigation could be consider for commercial cultivation of Spirulina using different physical and chemical environment for mass production of Spirulina pletensis.
机译:螺旋藻是研究最多的蓝细菌之一。自古以来它就被用作蛋白质的来源。螺旋藻在不​​同的培养基上栽培; zarrouk-s培养基,CFTRI培养基,OFERR培养基,zarrouk-s培养基+ PGR培养基,搅拌和不搅拌的情况下,改良的VITAL BIOTECH培养基。每天监测不同的温度,光强度和pH值20天。在不同的培养基中发现pH在9.1至10.1的范围内。随着培养年龄的增长,干重(dw)逐渐增加,在不同的培养基中分别达到0.40-1.25 dw / l。在改良的VITAL BIOTECH培养基中接种的螺旋藻得以存活,生长旺盛,在培养的第20天达到0.82 dw / l的干重。不同数量的NaHCO和NaNO3对螺旋藻的生长显示出显着影响。然而,目前的调查结果可考虑用于使用多种物理和化学环境进行螺旋藻的批量生产的商业螺旋藻的商业化生产。

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