Sign in to unlock AI Chat and more features
L-methionine γ-lyase from Thermo-tolerant fungi: Isolation, Identification of the potent producers, and Statistical Optimization of Production via Response surface methodology
Citations:
3
References:
31
Abstract
In the current study, thermo-tolerant fungal isolates were screened for their ability to metabolize L-methionine by L-methionine γ-lyase (MGL). Among 63 fungal isolates, fifteen isolates exhibited ability to MGL induction as evidenced by qualitative assay method using phenol red. Then, quantitative assay method indicates that fungal isolates coded as 26 & 37 were the most potent for MGL production...
Keywords
2021
Article
Open Access
2-Y Citation Average
0.712
Language
Country
L-methionine γ-lyase from Thermo-tolerant fungi: Isolation, Identification of the potent producers, and Statistical Optimization of Production via Response surface methodology
Citations:
3
References:
31
Abstract
In the current study, thermo-tolerant fungal isolates were screened for their ability to metabolize L-methionine by L-methionine γ-lyase (MGL). Among 63 fungal isolates, fifteen isolates exhibited ability to MGL induction as evidenced by qualitative assay method using phenol red. Then, quantitative assay method indicates that fungal isolates coded as 26 & 37 were the most potent for MGL production...
Keywords
2021
Article
Open Access
2-Y Citation Average
0.712
Language
Country