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Maesa bengalensis: Unlocking the hidden nutritional treasures and medicinal potential of an underutilized wild vegetable from Manipur, India
Ashiho Asosii
Maesa bengalensis: Unlocking the hidden nutritional treasures and medicinal potential of an underutilized wild vegetable from Manipur, India - P.1123-1134
This study assessed the nutritional composition, minerals, amino acids, anti-nutritional qualities, toxicity, and antioxidant activities of Maesa bengalensis, a wild edible plant from Manipur, India. Standard techniques were used for proximate analysis, minerals content, and anti-nutrient composition. HPLC analysis was conducted for vitamins, phenolics, and free amino acids using a Dionex Ultimate 3000 liquid chromatograph. The plant exhibited diverse mineral concentrations and a significant protein level (3.10±0.09%). Eighteen free amino acids were identified, with the highest amount of L-histidine (2.68 μg/mg) in the water extract and the lowest amount of L-methionine in the benzene extract. The aqueous extract showed substantial phenolic (36.08±1.92 mg/100 g) and flavonoid (19.94±2.35 mg/100 g) contents. Water-soluble B vitamins were present in varying amounts (0.24-18.49 mg/100 g), along with a high concentration of vitamin C
(93.67±4.12 mg/100 g). The aqueous extract contained abundant phenolic compounds, such as syringic acid (18.01±0.33 µg/mg dry extract) and quercetin (37.56±0.53 µg/mg dry extract). The levels of antinutrients and heavy metals were below harmful thresholds, and the toxicity study confirmed the plant's safety for human consumption. These findings highlight the potential of M. bengalensis as a health food, nutraceutical, and dietary supplement, with prospects for development and commercialization in Manipur and neighbouring regions.
Amino acid
Antinutritional
Antioxidant
Maesa bengalensis
Nutritional
Toxicity
Vitamins
Maesa bengalensis: Unlocking the hidden nutritional treasures and medicinal potential of an underutilized wild vegetable from Manipur, India - P.1123-1134
This study assessed the nutritional composition, minerals, amino acids, anti-nutritional qualities, toxicity, and antioxidant activities of Maesa bengalensis, a wild edible plant from Manipur, India. Standard techniques were used for proximate analysis, minerals content, and anti-nutrient composition. HPLC analysis was conducted for vitamins, phenolics, and free amino acids using a Dionex Ultimate 3000 liquid chromatograph. The plant exhibited diverse mineral concentrations and a significant protein level (3.10±0.09%). Eighteen free amino acids were identified, with the highest amount of L-histidine (2.68 μg/mg) in the water extract and the lowest amount of L-methionine in the benzene extract. The aqueous extract showed substantial phenolic (36.08±1.92 mg/100 g) and flavonoid (19.94±2.35 mg/100 g) contents. Water-soluble B vitamins were present in varying amounts (0.24-18.49 mg/100 g), along with a high concentration of vitamin C
(93.67±4.12 mg/100 g). The aqueous extract contained abundant phenolic compounds, such as syringic acid (18.01±0.33 µg/mg dry extract) and quercetin (37.56±0.53 µg/mg dry extract). The levels of antinutrients and heavy metals were below harmful thresholds, and the toxicity study confirmed the plant's safety for human consumption. These findings highlight the potential of M. bengalensis as a health food, nutraceutical, and dietary supplement, with prospects for development and commercialization in Manipur and neighbouring regions.
Amino acid
Antinutritional
Antioxidant
Maesa bengalensis
Nutritional
Toxicity
Vitamins