We are analyzing https://link.springer.com/article/10.1007/s11816-009-0110-y.

Title:
Growth retardants stimulate guggulsterone production in the presence of fungal elicitor in fed-batch cultures of Commiphora wightii | Plant Biotechnology Reports
Description:
Guggulsterone, a hypolipidemic natural agent, is produced in resin canals of the plant Commiphora wightii. In this study, the stimulatory effects of growth retardants [ALAR (N,N-dimethylaminosuccinamic acid) and CCC (chlormequat chloride)] and fungal elicitor on guggulsterone accumulation in cell cultures of C. wightii are reported. CCC at 1 mg l−1 enhanced guggulsterone content (~123 μg l−1) when added on the fifth day after inoculation, while ALAR at 2.5 mg l−1 increased guggulsterone content (~116 μg l−1) when added on the tenth day. In a two-stage fed-batch process, combined treatment with fungal elicitor and growth retardant caused a significant increase (~353 μg l−1) in guggulsterone content in cell cultures after 17 days of growth. This represents an approximately fivefold increase over the guggulsterone contents in initial cultures of this plant.
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Keywords {🔍}

article, plant, growth, guggulsterone, google, scholar, ramawat, cultures, cas, wightii, production, commiphora, content, retardants, natural, cell, mathur, privacy, cookies, elicitor, chapter, publish, research, search, fungal, fedbatch, suthar, alar, acid, access, pubmed, springer, data, information, log, journal, biotechnology, september, hypolipidemic, ccc, chlormequat, chloride, bhandari, discover, products, effect, sangwan, regul, rep, callus,

Topics {✒️}

month download article/chapter stage fed-batch process plant growth retardants medicinal plant research fed-batch cultures growth retardants [alar hypolipidemic natural agent biotechnology secondary metabolites full article pdf privacy choices/manage cookies plant commiphora wightii plant growth substances el-malki na n-dimethylaminosuccinamic acid commiphora wightii grown commiphora wightii—problems improved guggulsterone production growth retardants factors affecting production guggulsterone antagonizes farnesoid growth retardant caused essential oil production guggul-commiphora wightii growth retardant alar european economic area bt/pr3214/pbd/17/210/2002 dst-fist programme bio-molecular technology bile acid receptor conditions privacy policy cell suspension cultures approximately fivefold increase callus culture tobacco tissue cultures special assistance programme accepting optional cookies related subjects chrysanthemum cinerariaefolium vis natural product article suthar author information authors main content log guggulsterone production plant growth check access instant access journal finder publish commiphora wightii article log article cite

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         description:Guggulsterone, a hypolipidemic natural agent, is produced in resin canals of the plant Commiphora wightii. In this study, the stimulatory effects of growth retardants [ALAR (N,N-dimethylaminosuccinamic acid) and CCC (chlormequat chloride)] and fungal elicitor on guggulsterone accumulation in cell cultures of C. wightii are reported. CCC at 1 mg l−1 enhanced guggulsterone content (~123 μg l−1) when added on the fifth day after inoculation, while ALAR at 2.5 mg l−1 increased guggulsterone content (~116 μg l−1) when added on the tenth day. In a two-stage fed-batch process, combined treatment with fungal elicitor and growth retardant caused a significant increase (~353 μg l−1) in guggulsterone content in cell cultures after 17 days of growth. This represents an approximately fivefold increase over the guggulsterone contents in initial cultures of this plant.
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      headline:Growth retardants stimulate guggulsterone production in the presence of fungal elicitor in fed-batch cultures of Commiphora wightii
      description:Guggulsterone, a hypolipidemic natural agent, is produced in resin canals of the plant Commiphora wightii. In this study, the stimulatory effects of growth retardants [ALAR (N,N-dimethylaminosuccinamic acid) and CCC (chlormequat chloride)] and fungal elicitor on guggulsterone accumulation in cell cultures of C. wightii are reported. CCC at 1 mg l−1 enhanced guggulsterone content (~123 μg l−1) when added on the fifth day after inoculation, while ALAR at 2.5 mg l−1 increased guggulsterone content (~116 μg l−1) when added on the tenth day. In a two-stage fed-batch process, combined treatment with fungal elicitor and growth retardant caused a significant increase (~353 μg l−1) in guggulsterone content in cell cultures after 17 days of growth. This represents an approximately fivefold increase over the guggulsterone contents in initial cultures of this plant.
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