Medicinal and nutritional value for these bioactive compounds are described as deonted by 1 in Tables 1, 2 and 3. Pathway specific network visualization is shown for Calrose rice bran.
Although, several bioactive compounds were reported to be isolated from C. citratus; among them is the acyclic monoterpene aldehydes described as citral that comprises of isomeric geranial and neral.
The selected bioactive compounds were screened for their affinities against C-C loop region of EDA employing computer aided drug.
Similarly various bioactive compounds were isolated from A. javanica[17].
Two bioactive compounds were isolated from C. transvaalensis.
Higher contents of bioactive compounds were found in Lentinula edodes.
All the above estimations of bioactive compounds were carried out in triplicate and means were plotted.
Bioactive compounds were isolated using various chromatographic techniques (VLC, column chromatography, Prep-TLC, etc).
Target identification of bioactive compounds is a long-standing challenge for drug development, as well as for chemical biology studies aimed at elucidating cellular functions using compounds.
Bioactive compounds are almost always toxic at higher dose.
