Bezwada Biomedical LLC products

Imagine polyurethanes that are completely hydrolysable, biocompatible and have tunable physical and mechanical properties similar to those of commercially available medical grade biostable polyurethanes. At Bezwada Biomedical, we not only imagined it, we have made it into a reality. We are pleased to offer a portfolio of absorbable polyurethanes and their precursors for technical evaluation and product development. These absorbable polyurethanes provide us a technology platform with the potential to answer many challenging clinical and commercial needs.

Polymers that are designed to degrade under physiological conditions are referred to as absorbable polymers. These polymers are sometimes also referred to as biodegradable or bioerodible or bioabsorbable polymers. Bezwada Biomedical is pleased to offer a range of absorbable polymers for technical evaluation and product development.

Synthetic absorbable polymers derived from natural amino acids have excellent engineering properties, tunable hydrolysis profiles, and are able to release safe and biocompatible molecules and amino acids upon absorption at the site of action in a controlled manner. We are pleased to offer a portfolio of amino acids functionalized with safe and biocompatible molecules such as lactic and glycolic acid for technical evaluation and product development. These functionalized amino acids can be used to prepare absorbable polymers with the potential to answer unmet customer needs.

Polyoxaester development is based on aliphatic diacids possessing oxygen atoms adjacent to their α-carbons. These diacids are then polymerized in conjunction with a diol by means of a polycondensation reaction. Since organic chemists have used the term ‘oxa’ to designate the replacement of an ethylene group by an oxygen atom, these diacids have been called oxadiacids, and the resulting polymers polyoxaesters.

At Bezwada Biomedical, we are pleased to offer a portfolio of hydrolysable amines for a variety of pharmaceutical and biomedical applications. Our expanded portfolio consists of numerous revolutionary linker and crosslinker amines derived from safe and biocompatible molecules including amino acids, lactic acid and glycolic acid.