Some reports have shown that insulin secretion is closely associated with lipooxygenase derived peroxides.
H yperglycemia generates ROS , which causes lipid peroxidation and membrane damage. An increase in TBARS
in B, L, K, P and S, as a marker of lipid peroxidation in diabetes has been observed in our study. However, oral
administration of drumstick leaves extract decreases TBARS in above-mentioned tissues of diabetic rats. Hence, the
present study confirms that the drumstick leaves possess an ability to inhibit the lipid peroxidation in diabetes.
Antioxidant activity of its leaves is very stable at different pH levels and also stable on storage in dark conditions[26].
Extract prepared from M. oleifera leaves have shown more antioxidant activity than the synthetic antioxidants, BHA
and BHT.
Some reports have shown that insulin secretion is closely associated with lipooxygenase derived peroxides.
H yperglycemia generates ROS , which causes lipid peroxidation and membrane damage. An increase in TBARS
in B, L, K, P and S, as a marker of lipid peroxidation in diabetes has been observed in our study. However, oral
administration of drumstick leaves extract decreases TBARS in above-mentioned tissues of diabetic rats. Hence, the
present study confirms that the drumstick leaves possess an ability to inhibit the lipid peroxidation in diabetes.
Antioxidant activity of its leaves is very stable at different pH levels and also stable on storage in dark conditions[26].
Extract prepared from M. oleifera leaves have shown more antioxidant activity than the synthetic antioxidants, BHA
and BHT.
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