0000000000590021

AUTHOR

I. A. Kostenyuk

showing 3 related works from this author

Induction of alkaloid diversity in hybrid plant cell cultures

1999

The treatment of Rauwolfia serpentina x Rhazya stricta somatic hybrid cell suspension culture with 100 μM of methyl jasmonate led to a general increase in indole alkaloid content and to qualitative changes in the alkaloid pattern. The content of Six alkaloids were investigated with respect to their content in both the cell biomass and nutrition medium. Intracellular 17-O-acetyl-norajmaline content on the 5th day after treatment had increased about 40-fold compared with the control culture. The respective concentrations of the other alkaloids increased by a factor of two to five. In total 26 indole alkaloids were identified in extracts of the methyl jasmonate-treated culture by TLC, UV, MS a…

Indole testendocrine systemMethyl jasmonateIndole alkaloidApocynaceaebiologyorganic chemicalsAlkaloidPlant ScienceGeneral Medicinebiology.organism_classificationRhazya strictacomplex mixturesYohimbinechemistry.chemical_compoundchemistryRauvolfia serpentinaBotanymedicineheterocyclic compoundsAgronomy and Crop Sciencemedicine.drugPlant Cell Reports
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Somatic Hybridization in the Family Apocynaceae (Catharanthus, Rauwolfia, Rhazya, and Vinca Species)

1994

The Apocynaceae family includes about 2000 species belonging to approximately 200 genera (Takhtadjan 1981). The majority of species originate in the tropics, only a few of them are common to Europe (Vinca minor, V. herhaceae, V. major, genus Trachomitum).

food.ingredientfoodVincabiologyIndole alkaloidApocynaceaeSomatic cellGenusCatharanthusBotanyRhazyabiology.organism_classificationVinca minor
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Alkaloids Isolated from Somatic Hybrid Cell Cultures of the Species CombinationRauwolfia serpentinaxrhazya stricta

1995

Abstract The phytochemical analyses of a somatic hybrid cell suspension culture of the genus and species combination Rauwolfia serpentina x Rhazya stricta revealed a number of monoterpenoid indole alkaloids. The alkaloids were identified as tubotaiwine, an isomeric mixture of vallesiachotamine, stemmadenine and vomilenine and were all produced in small amounts < 2mg/litre cell suspension. The hybrid cells showed a greater diversity of alkaloid biosynthesis when compared with the parental cultures.

TubotaiwinebiologyStemmadenineRhazya strictabiology.organism_classificationcomplex mixturesSomatic fusionPhytochemicalCell cultureVomilenineBotanyMolecular MedicineVallesiachotamineheterocyclic compoundsNatural Product Letters
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