Phytochemical and FT-IR studies in Axonopus compressus (Poaceae) - Pillai, Lakshmi
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The plant used for the present study Axonopus compressus, belongs to the family Poaceae. The whole plant was shade dried and ground to fine powder and subjected to organoleptic, fluorescent and physico-chemical analysis. The plant powder was subjected to Soxhlet extraction using methanol as the solvent. Phytochemical screening including Qualitative and Quantitative tests of the plant extract was done according to the standard biochemical procedures. Functional group analysis of the methanol extract was conducted using FT-IR spectroscopy. In organoleptic study the characteristic colour, odour,…mehr

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Produktbeschreibung
The plant used for the present study Axonopus compressus, belongs to the family Poaceae. The whole plant was shade dried and ground to fine powder and subjected to organoleptic, fluorescent and physico-chemical analysis. The plant powder was subjected to Soxhlet extraction using methanol as the solvent. Phytochemical screening including Qualitative and Quantitative tests of the plant extract was done according to the standard biochemical procedures. Functional group analysis of the methanol extract was conducted using FT-IR spectroscopy. In organoleptic study the characteristic colour, odour, taste and nature of the plant powder was noted. In fluorescence analysis, on treatment with different solvents, colour changes could be noticed in the plant powder. The results of the physicochemical analysis provided important parameters in detecting adulteration or improper handling of drugs. Qualitative and quantitative analysis confirmed the presence of several important bioactive phytochemicals. The standard FT-IR studies revealed the presence of almost all groups including alcohols, phenols etc. The results of the present study identified novel phytochemical markers from this plant.
Autorenporträt
L'auteur est professeur adjoint dans l'un des collèges réputés affiliés à l'Université de Kerala. Elle a obtenu son M.Sc, son M.Phil et son doctorat à l'Université du Kerala. Ses domaines de recherche comprennent la phytochimie, la bioinformatique, la biologie moléculaire et la biophysique.