- Study on the effect of metal salts on chlorophyll pigment extraction . . .
In our study, chlorophyll was extracted with ethanol from S androgynus leaves under fixed conditions with the addition of various metal salts containing Zn 2+, Na + ions during the extraction process
- Study on the effect of metal salts on chlorophyll pigment extraction . . .
In this study, chlorophyll was extracted from S androgynus by stirring fresh grinded leaves at 500 rpm at room temperature for 25 min with a solvent of 40% ethanol and added different salts, such as NaCl, Na2CO3, ZnSO4 to compare stability over time
- Study on the effect of metal salts on chlorophyll pigment extraction . . .
Study on the effect of metal salts on chlorophyll pigment extraction from fresh Sauropus androgynus leaves
- Comparisons of Curative Effects of Chlorophyll from Sauropus androgynus . . .
The present study has demonstrated the curative efect of chlorophyll solution from S androgynus leaves on haema-tological, serum biochemical, and histological parameters, altered by sodium nitrate exposure in female Wistar rats
- Characterization of Green Pigment from Sauropus androgynus Shoot Cultures
ABSTRACT: The dark green leaves of Sauropus androgynus (Euphorbiaceae) have various nutritive va lues and are commonly used for human consumption as food, medicine, and natural dye substance
- Chlorophyll Extraction Methods Review and Chlorophyll Stability of . . .
cal Chlorophyll has been developed by extracting green plants, for instance, katuk leaves (Sauropus androgyn us) A review of various chlorophyll extraction methods from natural ingredients was done to obtain the most suitable katuk le
- Therapeutic potential and traditional uses of Sauropus androgynous: A . . .
These preliminary phytochemical studies suggested that S androgynus contains a wide range of biomolecules constituents that might contribute to its medicinal, toxic, and antioxidant properties
- PHYTOCHEMICAL COMPOSITION AND ANTIOXIDANT PROPERTIES OF Sauropus . . .
roperties of Sauropus androgynus leaves The extraction process involved maceration in 70% ethanol, yielding a 24 05% hydroalcoholic extract Phytochemical screening revealed the presence of alka oids, amino acids, carbohydrates, flavonoids, saponin glycosides, tannin
|