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Exact(30)
The reducing potential of plant extract was determined by methods reported in literature [33].
However, results from human intervention studies investigating the weight reducing potential of MCTs, have been mixed.
This is because the functional groups with reducing potential of SS could be obtained from the alkaline degradation [29 31].
The formation of nanoparticles from the metal salts and minerals absorbed by the plants is dependent on the reducing potential of certain plants.
This was observed in the reducing potential of the copper/ascorbate solutions containing these peptides at a 1 1 ratio based on oxidation reduction potential (ORP) measurements.
The reducing potential of polyols and the easiness with which any metal salt can react to form reducible complexes has been evaluated using the orbital molecular theory and the results were experimentally verified.
Similar(30)
The dose dependent reducing potentials of the extracts suggested that there is the presence of antioxidant compounds with electron-donating ability.
This is low enough to reduce CO2 (see Fig. 1), but insufficient to reduce any of the nucleobases that all have reducing potentials of less than -2.0 V [ 296, 297].
Even though the reducing activities of the extracts were significantly lower than the standard controls (gallic acid and BHT), the dose dependent reducing potentials of these extracts suggest the presence of antioxidant compounds with electron-donating ability.
The reducing potentials of the methanolic extracts of the flowers and roots of P. venusta were estimated from their ability to reduce the TPTZ-Fe(III) complex to the TPTZ-Fe(II) complex.
One important outcome was the identification of the significantly reduced potential of gluteus medius to extend the hip in both crouch gait and jump gait.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com