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  Indian J Med Microbiol
 

Figure 3: Total reactive antioxidant potential (TRAP) from fern extract samples at 10 ƒÊg/mL. Trolox at 200nM was used as standard antioxidant. Bars represent mean ± standard mean deviation (SDM). Statistically signifi cant differences are represented by different letters in the graph (P < 0.05). (a) Statistically different from all the tested samples; (b) statistically different from A. setosa, D. truncatula; (c) statistically different from Trolox, A. setosa, A. serra, L. amplissima from Rio Grande do Sul (RS), C. dichromatolepis; (d) statistically different from Trolox, A. sternbergii, A. serra, A. gastonis, V. lineata, L. amplissima (RS), L. amplissima from São Paulo (SP), C. delgadii, C. dichromatolepis, C. atrovirens, C. phalerata, quercetin and mangiferin

Figure 3: Total reactive antioxidant potential (TRAP) from fern extract samples at 10 ƒÊg/mL. Trolox at 200nM was used as standard antioxidant. Bars represent mean ± standard mean deviation (SDM). Statistically signifi cant differences are represented by different letters in the graph (<i>P</i> < 0.05). (a) Statistically different from all the tested samples; (b) statistically different from <i>A. setosa</i>, <i>D. truncatula</i>; (c) statistically different from <i>Trolox</i>, <i>A. setosa</i>, <i>A. serra</i>, <i>L. amplissima</i> from Rio Grande do Sul (RS), <i>C. dichromatolepis</i>; (d) statistically different from <i>Trolox</i>, <i>A. sternbergii</i>, <i>A. serra</i>, <i>A. gastonis</i>, <i>V. lineata</i>, <i>L. amplissima</i> (RS), <i>L. amplissima</i> from <i>São Paulo</i> (SP), <i>C. delgadii</i>, <i>C. dichromatolepis</i>, <i>C. atrovirens</i>, <i>C. phalerata</i>, quercetin and mangiferin