Production of EPS from Micrococcus Luteus SNIST-CM-02 - Mishra, Bishwambhar;Sudan G., Madhu;Teja R., Charan
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The main focus of this study was to screen and characterize novel microbial strains isolated from culinary leaf samples, capable of producing high concentrations of Exopolysacharides (EPS). Five isolates were screened from the phylloplane of different plants. The results revealed that one strain (SNIST-CM-02) had the capability to produce EPS. This SNIST-CM-02 strain was identified as Micrococcus lutes based on the nucleotide sequence 16srRNA gene. The sequence was submitted to the GenBank Nucleotide sequence database with Accession No: KX261689 . Different physical parameters for the…mehr

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Produktbeschreibung
The main focus of this study was to screen and characterize novel microbial strains isolated from culinary leaf samples, capable of producing high concentrations of Exopolysacharides (EPS). Five isolates were screened from the phylloplane of different plants. The results revealed that one strain (SNIST-CM-02) had the capability to produce EPS. This SNIST-CM-02 strain was identified as Micrococcus lutes based on the nucleotide sequence 16srRNA gene. The sequence was submitted to the GenBank Nucleotide sequence database with Accession No: KX261689 . Different physical parameters for the biopolymer production were optimized by the Design Expert Version 7.0 software implementing Response surface methodology. To the best of our knowledge, this the first report that Micrococcus lutes can be able to produce the EPS.
Autorenporträt
Dr. Bishwambhar Mishra is working as Assistant Professor in the Department of Biotechnology, SNIST, Hyderabad.He is working in the field of microbial exopolysaccharides and their applications. He had published 26 papers and 13 Conference Proceedings.He is one of the Recipients of Gandhian Young Innovative Technological Award in the year of 2013.