Major NIH Grant awarded

Associate Professor Diane Hoffman-Kim and Professor Tayhas Palmore earned a major NIH grant together.

Project Title: Quantifying Axon Growth in Complex Environments

Nerves fail to regenerate after injury and current medical practice is unable to manipulate effectively the process of nerve regeneration. The proposed research seeks to solve this problem by quantifying how guidance cues, both individually and in combination, promote axon growth in an inhibitory environment such as a nerve injury site.

Sirinrath Sirivisoot Highlighted

Sirinrath Sirivisoot highlighted for talk at the Materials Research Society International Materials Research Conference in Chongqing, China

Engineering graduate student: Sirinrath Sirivisoot (advisor: Thomas J. Webster) was highlighted for her talk “Controlled Release of Antibiotics from Conductive Polymers for Improving Bone Implants” at the Materials Research Society International Materials Research Conference in Chongqing, China, Wednesday, June 11, 2008. Sirinrath gave a talk concerning the development of intelligent in situ orthopedic implant sensors that can sense the type of new tissue that is growing and respond accordingly. For example, if new bone growth is not occurring, this sensor can release bone growth factors to increase bone growth. As another example, if infection is sitting in, the sensor can release antibiotics.

http://www.mrs.org/s_mrs/doc.asp?CID=14934&DID=212426