Bee venom attenuates degenerative effects of diabetes associated with hyperlipidemia in rats.

Abstract

Phytochemicals of antioxidant efficiency pods, Rasperry ketone, oxidative stress, Histopathology have either defensive or disease protective properties are widely used worldwide. Aim: This study was performed to assess the therapeutic impact of hydroethanolic extract of Moringa oleifera (M.O) pods and Rasperry ketone (R.K) against the complications accompanied with thioacetamide (TAA) toxicity in male rats. Materials and methods: 88 healthy male rats were separated equally into eleven groups: control group (1); M.O control group (2); R.K control group (3); M.O+R.K control group (4); TAA group (5); M.O protected group (6) RK protected group (7); M.O +R.K protected group (8); Treated M.O (9); Treated RK (10) and Treated M.O+R.K group (11).