Process optimization for obtaining a maximum yield of alkaline thermostable lipase from Bacillus stratosphericus-MK788130

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Process optimization increases lipase production in Bacillus stratosphericus, suggesting enhanced bioremediation potential.

Purified lipase exhibited maximum activity at pH 9 and 90 °C, indicating strong thermostability and alkaline preference.
The lipase showed an extracellular yield of 42.7 µM/ml, with protein content of 85 mg/ml post-purification.
Optimized conditions included 1% olive oil and 0.1 mM fructose, boosting production and stability with certain metal ions.
Lipase's dual roles as a biosurfactant and in bioremediation expand its applications in biotechnology.

A 2021 study studied this question.

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Process optimization increases lipase production in Bacillus stratosphericus, suggesting enhanced bioremediation potential.

Purified lipase exhibited maximum activity at pH 9 and 90 °C, indicating strong thermostability and alkaline preference.
The lipase showed an extracellular yield of 42.7 µM/ml, with protein content of 85 mg/ml post-purification.
Optimized conditions included 1% olive oil and 0.1 mM fructose, boosting production and stability with certain metal ions.
Lipase's dual roles as a biosurfactant and in bioremediation expand its applications in biotechnology.

A 2021 study studied this question.

View Full Paper

Ask AI

Bookmark