Matches in SemOpenAlex for { <https://semopenalex.org/work/W3217142314> ?p ?o ?g. }
- W3217142314 endingPage "2208" @default.
- W3217142314 startingPage "2195" @default.
- W3217142314 abstract "Scouting for novel and plant-derived biomolecules from endophytic microbial sources draws greater focus on the discovery of novel bioactive metabolites. With this rationale, we scouted the endophytic fungi for taxol, an anticancer diterpenoid and fluorescent biomolecules. In the present study, about 31 endophytic fungal isolates recovered from the Mangifera indica leaves were screened for taxol production in M1D medium. About five isolates were shortlisted based on the thin layer chromatographic analysis of the fungal extracts. Among them Colletotrichum sp. MIP-5 has been identified as a producer of fungal taxol based on UV, FTIR, TLC and HPLC analysis. The partially purified fungal taxol showed similar spectral and chromatographic features of commercially available paclitaxel. In addition to this, we also report the production of a fluorescent compound by Penicillium sp. MIP-3. The Flavin-like compound exhibited a bright greenish-yellow fluorescence with an emission maximum in the range of 505 – 545nm. GC-MS analysis showed the occurrence of Latia luciferin, primarily associated with the bioluminescence of freshwater limpet Latia neritoides. This is the first report of this compound from Penicillium sp. In addition, therapeutically active steroid (β-Sitosterol, Stigmasterol, Campesterol), quinones (Benzo[h]quinoline, 2,4-dimethyl-) and phloroglucinol (Aspidinol) derivatives were also identified from Penicillium sp. MIP-3 based on GC-MS analysis. These molecules could potentially be used in biological and pharmaceutical applications in future." @default.
- W3217142314 created "2021-12-06" @default.
- W3217142314 creator A5022048255 @default.
- W3217142314 creator A5031517638 @default.
- W3217142314 creator A5032042049 @default.
- W3217142314 creator A5073454146 @default.
- W3217142314 date "2021-11-02" @default.
- W3217142314 modified "2023-10-18" @default.
- W3217142314 title "Isolation of Taxol and Flavin-like fluorochrome from Endophytic Fungi of Mangifera indica" @default.
- W3217142314 cites W1042949205 @default.
- W3217142314 cites W1424375293 @default.
- W3217142314 cites W1523673121 @default.
- W3217142314 cites W1763832191 @default.
- W3217142314 cites W1826636024 @default.
- W3217142314 cites W1882311176 @default.
- W3217142314 cites W1916159303 @default.
- W3217142314 cites W1966957615 @default.
- W3217142314 cites W1971384143 @default.
- W3217142314 cites W1981490270 @default.
- W3217142314 cites W1982678318 @default.
- W3217142314 cites W1991107912 @default.
- W3217142314 cites W1996178663 @default.
- W3217142314 cites W1996973963 @default.
- W3217142314 cites W2001605890 @default.
- W3217142314 cites W2006318245 @default.
- W3217142314 cites W2006434104 @default.
- W3217142314 cites W2007092538 @default.
- W3217142314 cites W2007473413 @default.
- W3217142314 cites W2022589758 @default.
- W3217142314 cites W2032904060 @default.
- W3217142314 cites W2042348257 @default.
- W3217142314 cites W2044141443 @default.
- W3217142314 cites W2060198978 @default.
- W3217142314 cites W2060413061 @default.
- W3217142314 cites W2071476042 @default.
- W3217142314 cites W2073655113 @default.
- W3217142314 cites W2073789435 @default.
- W3217142314 cites W2075843047 @default.
- W3217142314 cites W2078452740 @default.
- W3217142314 cites W2083814633 @default.
- W3217142314 cites W2089543309 @default.
- W3217142314 cites W2096327969 @default.
- W3217142314 cites W2099556958 @default.
- W3217142314 cites W2110375946 @default.
- W3217142314 cites W2117311989 @default.
- W3217142314 cites W2120644786 @default.
- W3217142314 cites W2121936781 @default.
- W3217142314 cites W2123697951 @default.
- W3217142314 cites W2148447782 @default.
- W3217142314 cites W2149477112 @default.
- W3217142314 cites W2150603656 @default.
- W3217142314 cites W2150616283 @default.
- W3217142314 cites W2151161077 @default.
- W3217142314 cites W2164336171 @default.
- W3217142314 cites W2165636230 @default.
- W3217142314 cites W2165821856 @default.
- W3217142314 cites W2409717124 @default.
- W3217142314 cites W2483751427 @default.
- W3217142314 cites W2493141690 @default.
- W3217142314 cites W2496890776 @default.
- W3217142314 cites W2525731773 @default.
- W3217142314 cites W2588509852 @default.
- W3217142314 cites W2752829059 @default.
- W3217142314 cites W2776674999 @default.
- W3217142314 cites W2790914957 @default.
- W3217142314 cites W2801573178 @default.
- W3217142314 cites W2802605569 @default.
- W3217142314 cites W2805033092 @default.
- W3217142314 cites W2810988848 @default.
- W3217142314 cites W2902393547 @default.
- W3217142314 cites W2903078943 @default.
- W3217142314 cites W2937814233 @default.
- W3217142314 cites W2946292671 @default.
- W3217142314 cites W2980289224 @default.
- W3217142314 cites W2980679874 @default.
- W3217142314 cites W3005150175 @default.
- W3217142314 cites W3008872854 @default.
- W3217142314 cites W3011366455 @default.
- W3217142314 cites W3011891976 @default.
- W3217142314 cites W3042854934 @default.
- W3217142314 cites W3091210510 @default.
- W3217142314 cites W3092167072 @default.
- W3217142314 cites W3113178661 @default.
- W3217142314 cites W3118593774 @default.
- W3217142314 cites W3136199093 @default.
- W3217142314 doi "https://doi.org/10.22207/jpam.15.4.43" @default.
- W3217142314 hasPublicationYear "2021" @default.
- W3217142314 type Work @default.
- W3217142314 sameAs 3217142314 @default.
- W3217142314 citedByCount "0" @default.
- W3217142314 crossrefType "journal-article" @default.
- W3217142314 hasAuthorship W3217142314A5022048255 @default.
- W3217142314 hasAuthorship W3217142314A5031517638 @default.
- W3217142314 hasAuthorship W3217142314A5032042049 @default.
- W3217142314 hasAuthorship W3217142314A5073454146 @default.
- W3217142314 hasBestOaLocation W32171423141 @default.
- W3217142314 hasConcept C134018914 @default.
- W3217142314 hasConcept C185592680 @default.