Botrops derived hemocoagulase formulation a probable agent for diabetic wound healing.

Abstract

Botroclot is a marketed preparation containing hemocoagulase, which is an enzyme having coagulant activity, isolated from the snake Botrops atrox. This formulation is used in dental surgeries and other minor surgical wounds. However, the formulation remains untested in diabetic wounds. Hence, we proposed a study for the topical application of Botroclot in high-fat diet (HFD) + Streptozotocin (STZ) induced diabetic rats. HFD was fed initially to rats which facilitates the development of insulin resistance. Thereafter, an injection of STZ (40 mg/kg, i.p.) was given. This resulted in the development of diabetes with elevated fasting glucose and impaired glucose tolerance. After stabilization of blood glucose values, wounds were created by punch biopsy on the dorsal side of the palm of the rat to mimic the diabetic wounds frequently seen in the case of humans. Later, the application of Botroclot on these wounds was carried out for 15 days. Topical application of hemocoagulase improved the wound closure and there was a gradual decrease in inflammatory markers and a substantial increase in collagen deposition occurred. Histopathological findings indicated the same, with an increase in granulation tissue suggesting that the topical application moderately improves the wound healing in diabetic rats. We conclude that Botroclot can have a mild to moderate effect in improving collagen deposition and thus wound contraction, improving wound closure in diabetic wounds in rats. This study also establishes the basis for exploration of agents from venom-based sources in diabetic wound healing.

• Authors: Raghuvir Keni, Karthik Gourishetti, Manas Kinra, Pawan G Nayak, Rekha Shenoy, Krishnadas Nandakumar, Rajesh N Jagdale, K V Raghavendra, Syed Mushtaq Ahmed
• Journal: 3 Biotech (3 Biotech) Vol. 10 Issue 10 Pg. 443 (Oct 2020) ISSN: 2190-572X [Print] Germany
• PMID: 33014686 (Publication Type: Journal Article)
• Copyright: © The Author(s) 2020.