ฉันรักแปลCanna, the only genus of f

ฉันรักแปลCanna, the only genus of family Cannaceae, found in eastern India have gained economic importance for their starchy rhizomes and attractive flowers. The rhizome of some edible cultivars are consumed as food and herbal medicines in rural areas. The presence of total phenols, flavonoids and DPPH scavenging activity of both cold and hot extracts and their correlations have been studied for eleven cultivars of Canna spp. Antioxidants, quercetin and gallic acid equivalence of phenolic compounds were determined spectrophotometrically. It has been found that total phenol, flavonoids and DPPH free radical scavenging activity were higher in hot extracts than in cold. Further studies gave an idea about the correlation between phenol and flavonoid contents of both cold and hot extracts, but both the above said parameters were not correlated with DPPH scavenging activity. Finally it can be concluded that higher DPPH scavenging activities in all these Canna cultivars may not be due to the presence of endogenous phenols and flavonoids but these may be due to any other phytochemicals.

ผลลัพธ์ (แอฟริกา) 1:

Ek is lief vir die vertaling van Canna, die enigste genus van die familie Cannaceae, wat in die ooste van Indië opgedoen het ekonomiese belang vir hul styselagtige risome en aantreklike blomme. Die risoom van 'n paar eetbare kultivars verteer kos en kruie medisyne in landelike gebiede. Die teenwoordigheid van totale fenole. , flavonoïede en DPPH blaas aktiwiteit van beide koue en warm uittreksels en hul verbande is reeds vir elf kultivars van Canna spp Antioksidante, quercetin en galussuur ekwivalensie van fenoliese verbindings is spektrofometries bepaal.. Daar is gevind dat die totale fenol, flavonoïede en DPPH. vrye radikale blaas aktiwiteit was hoër in warm uittreksels as in die koue. Verdere studies het 'n idee oor die korrelasie tussen fenol en flavonoïde inhoud van beide koue en warm uittreksels, maar beide die bogenoemde gesê parameters is nie gekorreleer met DPPH blaas aktiwiteit. Ten slotte kan dit. word tot die gevolgtrekking gekom dat 'n hoër DPPH blaas aktiwiteite in al hierdie Canna kultivars nie as gevolg van die teenwoordigheid van endogene fenole en flavonoïede, maar dit kan wees, kan wees as gevolg van enige ander fitochemikalieë.