Biocompatibles Medical Science

Answer 1

Implanting biocompatible medical devices in the human body is challenging in terms of engineering materials as well as the science and the Biology of integrating foreign devices into the human anatomy. The rapid growth of the human population is creating a huge demand for polymeric and metallic biomaterials. When the high function of younger people and the increasing proportion of older people are also taken into consideration biocompatible medical science is one of the fastest growing segments of the medical industry. Custom-made implants and the rapid prototyping of medical devices are hot topics. The intense research conducted during the last two decades is producing some amazing results. The development and design of multi-tasking functioning tools with a range of applications in tissue engineering, regenerative medicine, and dentistry is offering patient’s opportunities that no one thought possible a few years ago.

Current materials like photopolymers are commonly used for biomedical applications because they offer unlimited functionality as well as versatility. The current materials used in rapid prototyping are ceramics, metals and a small range of biocompatible polymers. One company that develops next-generation drug delivery technologies and biocompatible stent coatings has licensed two new technologies for advanced biocompatible medical devices using a Hydroxyapatite (HAp) coating. HAp is a ceramic material that demonstrates excellent biocompatible qualities when it’s used to coat implants.

Other innovative biocompatible medical science discoveries are changing medical procedures almost every month. The gecko-inspired adhesives used for medical applications are complex, but are showing conformance and compatibility with tissue surfaces. Gecko-inspired adhesives also have the ability to deliver growth factors or drugs to tissue in order to promote healing.

The biocompatible medical science field offers candidates exceptional opportunities. Job requirements include a PhD in Chemistry, Material Science, Biochemical Engineering, or other related fields with experience in biocompatible polymer materials and bioMEMS device packaging. Candidates must be creative, enthusiastic, and ambitious team players with excellent written and oral skills. Average salaries vary in the biocompatible medical science industry, but most positions start around $80,000 a year and increase with experience, location and the field of endeavor. There are always jobs available in this segment of the medical industry because it is expanding so rapidly.