Microbe supported enhanced production of Rosmarinic acid of medicinal plants in vitro (eBook, PDF)
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Scientific Study from the year 2017 in the subject Biology - Micro- and Molecular Biology, , language: English, abstract: In the described study , the bio-enhancement of Rosmarinic acid( RA) was done successfully in suspension culture of Salvia officinalis and Ocimum sanctum suspended with E coli K12 entrapped alginate beads.It is reported that Tyrosin Amino transferase has a key role in the production of Rosmarinic acid , which is present in E coli K 12. Quantification by HPTLC indicated that the maximum RA content was noted in 4 weeks old (2050 mg/l) in Salvia officinalis suspension culture ...
Scientific Study from the year 2017 in the subject Biology - Micro- and Molecular Biology, , language: English, abstract: In the described study , the bio-enhancement of Rosmarinic acid( RA) was done successfully in suspension culture of Salvia officinalis and Ocimum sanctum suspended with E coli K12 entrapped alginate beads.It is reported that Tyrosin Amino transferase has a key role in the production of Rosmarinic acid , which is present in E coli K 12. Quantification by HPTLC indicated that the maximum RA content was noted in 4 weeks old (2050 mg/l) in Salvia officinalis suspension culture fed with Tyrosin 10 mg/100ml followed by 4 weeks old Ocimum sanctum suspension culture fed with Tyrosin 10 mg/100ml(715 mg/l), that are about 18 fold and 5 folds enhancement as compared to control. The method for significantly enhancement of RA was reported for the first time.
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