Superoxide anion radical plays an i

Superoxide anion radical plays an important role in the formation of other reactive oxygen-species
such as hydroxyl radical, hydrogen peroxide, or singlet oxygen in living systems [19], so evaluating
the scavenging effects of D. cambodiana on superoxide radicals is one of the most important ways to
clarify the mechanism of any antioxidant activity. Table 2 shows the superoxide anion radicalscavenging
capacities of the fractions of D. cambodiana stems. All of the tested extracts exhibited
superoxide radical-scavenging effects. Among the fractions, the order of the superoxide anion radicalscavenging
capacities were found to be EAF > BUF > AF > PEF.

ผลลัพธ์ (อังกฤษ) 2:

Superoxide anion radical plays an important role in the Formation of Other Oxygen-reactive species
such as hydroxyl radical, hydrogen peroxide, or singlet Oxygen in Living Systems [19], so evaluating
the effects of scavenging superoxide D. Cambodiana on is one of the Radicals. Most important Ways to
clarify the mechanism of any antioxidant Activity. Table 2 shows the superoxide anion Radicalscavenging
capacities of the fractions of D. Cambodiana stems. All of the tested extracts exhibited
superoxide radical-scavenging effects. Among the fractions, the Order of the superoxide anion Radicalscavenging
capacities were to be Found EAF> BUF> AF> PEF.

ผลลัพธ์ (อังกฤษ) 3:

Superoxide anion radical plays an important role in the formation of other reactive oxygen - species.Such as hydroxyl, peroxide radical hydrogen, singlet or oxygen in living systems [19], so evaluating.The scavenging effects of D. Cambodiana on superoxide radicals is one of the most important ways to.Clarify the mechanism of any antioxidant activity. Table 2 shows the superoxide anion radicalscavenging.Capacities of the fractions of D. Cambodiana stems. All of the tested extracts exhibited.Superoxide radical-scavenging effects. Among the fractions the order, of the superoxide anion radicalscavenging.Capacities were found to be EAF > > > BUF AF PEF.