I have synthesized a novel compound incorporating tamarind kernel powder (TKP) and a reagent containing nitrogen and sulfur functional groups. Given the known antioxidant potential of nitrogen- and sulfur-containing compounds, I aim to optimize its antioxidant activity for potential biomedical or industrial applications.
Are there established methods to enhance the antioxidant properties of such compounds? Would modifications in structural functionalization, improve its efficiency? Additionally, from a research perspective, is this approach novel and significant in the field of antioxidant materials?
Enhancing the antioxidant properties of TKP-based compounds can be achieved through structural functionalization with active groups and synergistic blending with other antioxidants. This novel approach is significant in the field of antioxidant materials, offering potential applications in biomedical and industrial sectors.
Enhancing antioxidant properties of biopolymeric derivatives can be achieved through functionalization with active groups, synergistic blending, and structural modifications. This novel approach, combining TKP with nitrogen- and sulfur-functionalized reagents, is significant for developing sustainable antioxidant materials with biomedical and industrial applications.
"a novel compound incorporating tamarind kernel powder (TKP) and a reagent containing nitrogen and sulfur functional groups."
Not clear. Do you make a new molecule or a mixture of several compounds."
"structural functionalization "is a common approach and could improve the antioxidant activity of a single molecule.
"is this approach novel and significant." This approach is NOT novel. The mixture of two antioxidants commonly shows a synergistic effect.
Abdelhak Maghchiche "This novel approach is significant". This is not a novel approach. I don't understand what are you saying.
- Badges
- Science topic