Abstract
It has been strongly endorsed that mangroves should be considered as a treasured source for phytochemical ingredients with potential medicinal, environmental, agricultural, biotechnological and nanobiotechnological applications. They are able to produce lots of natural structures, significant enough for widely acceptable in today's scenario, to generate various commercial and valuable products. The pneumatophore roots of Avicennia marina reported many botanical reference materials and bioactive compounds that found to display countless applications in pharmacognosy , pharmacy, biotechnology and nanobiotechnology. In this present investigation, different fingerprinting methods were designed and developed for the specific class of phytochemicals and their patterns were studied by using HPTLC to check and understand the phytochemistry , qualitatively and quantitatively. As Lupeol and Caffeic acid were previously well-known compounds having various pharmaceutical and nanobiotechnological applicability respectively, so validated HPTLC methods for quantification has also been discussed and developed.
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