Matches in SemOpenAlex for { <https://semopenalex.org/work/W4289936701> ?p ?o ?g. }
- W4289936701 endingPage "1433" @default.
- W4289936701 startingPage "1420" @default.
- W4289936701 abstract "This research aimed to study gallic acid production by the activity of tannase secreted by Aspergillus niger ATCC 16888 under solid-state fermentation using Triphala waste. Gallic acid is commonly extracted from Triphala using hot water. The residue contains a high number of hydrolyzable tannins. The parameters for the SSF were studied which included a nitrogen supplementary with an aeration supply. Results indicated that Triphala waste (TW) was a good substrate for valorization with tannase and gallic acid production by A. niger. When the fermentation was supplemented with 0.75% sodium nitrate that combination provided the highest biomass, tannase and gallic acid concentrations of 254.2 ± 15.4 mg g−1DS, 49.4 ± 2.0 U g−1DS and 13.3 mg g−1DS, respectively, while the aeration at 0.3 vvm (0.75% sodium nitrate supplementary) provided the highest biomass tannase and gallic productions of 445.0 ± 43.0 mg g−1DS, 53.3 ± 5.3 U g−1DS and 168.5 ± 5.0 mg g−1DS, respectively. The results indicated that the number of nitrogen atoms and the rate of aeration had significant parameters for tannase production. The carbon/nitrogen (C/N) ratio of the substrate correlated with tannase production of A. niger. The optimum C/N ratio of the substrate for tannase production was approximately 20." @default.
- W4289936701 created "2022-08-06" @default.
- W4289936701 creator A5002570881 @default.
- W4289936701 creator A5005879086 @default.
- W4289936701 date "2022-08-05" @default.
- W4289936701 modified "2023-09-29" @default.
- W4289936701 title "Valorization of tannin rich triphala waste for simultaneous tannase and gallic acid production under solid state fermentation by <i>Aspergillus niger</i>" @default.
- W4289936701 cites W1732170784 @default.
- W4289936701 cites W1878073525 @default.
- W4289936701 cites W1964245788 @default.
- W4289936701 cites W1969755723 @default.
- W4289936701 cites W1970913926 @default.
- W4289936701 cites W1971558661 @default.
- W4289936701 cites W1971992965 @default.
- W4289936701 cites W1974633588 @default.
- W4289936701 cites W1986381126 @default.
- W4289936701 cites W1989414460 @default.
- W4289936701 cites W1990565353 @default.
- W4289936701 cites W1991185512 @default.
- W4289936701 cites W2001456678 @default.
- W4289936701 cites W2004922501 @default.
- W4289936701 cites W2023353601 @default.
- W4289936701 cites W2024684343 @default.
- W4289936701 cites W2029823421 @default.
- W4289936701 cites W2035072754 @default.
- W4289936701 cites W2035552350 @default.
- W4289936701 cites W2049368455 @default.
- W4289936701 cites W2055741364 @default.
- W4289936701 cites W2057573532 @default.
- W4289936701 cites W2066563014 @default.
- W4289936701 cites W2084914975 @default.
- W4289936701 cites W2088263234 @default.
- W4289936701 cites W2116502117 @default.
- W4289936701 cites W2123725062 @default.
- W4289936701 cites W2127069254 @default.
- W4289936701 cites W2154286924 @default.
- W4289936701 cites W2171538253 @default.
- W4289936701 cites W2173415714 @default.
- W4289936701 cites W2244751247 @default.
- W4289936701 cites W2403989177 @default.
- W4289936701 cites W2493931987 @default.
- W4289936701 cites W2507402722 @default.
- W4289936701 cites W2548325284 @default.
- W4289936701 cites W2563641421 @default.
- W4289936701 cites W2566378807 @default.
- W4289936701 cites W2583070451 @default.
- W4289936701 cites W2596774071 @default.
- W4289936701 cites W2743017744 @default.
- W4289936701 cites W2768596731 @default.
- W4289936701 cites W2770689204 @default.
- W4289936701 cites W2800440509 @default.
- W4289936701 cites W2801274073 @default.
- W4289936701 cites W2824031355 @default.
- W4289936701 cites W2884104807 @default.
- W4289936701 cites W2894252725 @default.
- W4289936701 cites W2895692768 @default.
- W4289936701 cites W2899963248 @default.
- W4289936701 cites W2981903764 @default.
- W4289936701 cites W2982863783 @default.
- W4289936701 cites W3008286069 @default.
- W4289936701 cites W3015720475 @default.
- W4289936701 cites W3134813901 @default.
- W4289936701 cites W3142544868 @default.
- W4289936701 cites W3216588619 @default.
- W4289936701 cites W4243003655 @default.
- W4289936701 cites W4254013901 @default.
- W4289936701 cites W4254972648 @default.
- W4289936701 cites W778162211 @default.
- W4289936701 cites W986847075 @default.
- W4289936701 cites W2945239656 @default.
- W4289936701 doi "https://doi.org/10.1080/00986445.2022.2107509" @default.
- W4289936701 hasPublicationYear "2022" @default.
- W4289936701 type Work @default.
- W4289936701 citedByCount "3" @default.
- W4289936701 countsByYear W42899367012023 @default.
- W4289936701 crossrefType "journal-article" @default.
- W4289936701 hasAuthorship W4289936701A5002570881 @default.
- W4289936701 hasAuthorship W4289936701A5005879086 @default.
- W4289936701 hasConcept C100544194 @default.
- W4289936701 hasConcept C178790620 @default.
- W4289936701 hasConcept C185592680 @default.
- W4289936701 hasConcept C2775960407 @default.
- W4289936701 hasConcept C2778004101 @default.
- W4289936701 hasConcept C2778362808 @default.
- W4289936701 hasConcept C2779078849 @default.
- W4289936701 hasConcept C2779942233 @default.
- W4289936701 hasConcept C2780309462 @default.
- W4289936701 hasConcept C31903555 @default.
- W4289936701 hasConcept C86922832 @default.
- W4289936701 hasConceptScore W4289936701C100544194 @default.
- W4289936701 hasConceptScore W4289936701C178790620 @default.
- W4289936701 hasConceptScore W4289936701C185592680 @default.
- W4289936701 hasConceptScore W4289936701C2775960407 @default.
- W4289936701 hasConceptScore W4289936701C2778004101 @default.
- W4289936701 hasConceptScore W4289936701C2778362808 @default.
- W4289936701 hasConceptScore W4289936701C2779078849 @default.
- W4289936701 hasConceptScore W4289936701C2779942233 @default.
- W4289936701 hasConceptScore W4289936701C2780309462 @default.