Back to Home
The Future of Orthopaedic Biomaterials

Bernard Grisoni, Ph.D.
Principal Scientist
Schering Plough, Inc.

February 6, 2008
Manning Hall room 201

Refreshments will be served at 3:30pm in Manning Hall room 222

Abstract: The field of orthopaedic biomaterials is rapidly evolving. The recent advances in science and technologies are placing us at a turning point of orthopaedic medicine. Until a few decades ago, most of the biomaterials used in orthopedic surgery were inert, mainly to either replace articulations or splint and fill bone defects.

These materials were selected for their physical strength, durability and biocompatibility. Over the last 25 years, a plethora of new biomaterials and biomaterial composites have emerged for the treatment of bone defects. Their goal is mainly to help the body to repair itself by offering surfaces that facilitate bone cell migration and/or inducing regeneration of specific tissues. To select these new biomaterials, new criteria were developed such as osteointegration, bio-resorption, and bio-induction.

The outstanding advances in biology and genetic engineering are allowing new technologies that may displace traditional orthopedic biomaterials. It is foreseeable in the near future that humans will have new bones and joints grown in transgenic animals for implantation, and genetic medicine will cure most degenerative diseases.

This presentation will broadly review current orthopeadic biomaterials and their applications, the bioorthopedic material market and trends, and the types of new materials expected in the near future.

Text Only | Print | Got a Question? Ask TOM | Contact Us | Memphis, TN 38152 | 901/678-2000 | Copyright 2015 University of Memphis | Important Notice | Last Updated: 
Department of Physics | Phone 901.678.2620 | Fax 901.678.4733 | 216 Manning Hall, Memphis, Tennessee 38152
Last Updated: 10/11/12