RECENT EVENTS

 
     
 

 

4/01/08

Eric Minner wins 1st prize in platform presentation, 3rd prize in poster competition  in the Graduate Research Forum

Several students from the Regeneration and Repair Lab presented posters and platform presentations at the Graduate Research Forum held this week in Wadsworth Hall. Graduate student Eric Minner won 1st prize in the platform presentation competition while taking 3rd place in the poster competition.

Five students presented posters in the Forum. Brandon Johnson presented his work titled 'Controlled Release of Glucosamine Affects Chondrocyte Activity in Vitro' which details his work using a hydrogel system to slowly release glucosamine in an attempt to stimulate chondrocyte activity. Jared Cregg presented a poster titled 'Anisotropic Micro-fibrous Scaffolds for Nerve Regeneration Applications' and a talk titled 'Polymer Film Substrate Stabilizes Electrospun Fiber Morphology and Allows Construction of Implantable 3D Scaffolds'. These presentations detailed his work on implantable tissue-engineered scaffolds that present multiple guidance cues for guided neuronal regeneration. Sherri Wiseman presented her poster titled 'Development of Novel Sol-Gel Glasses that Facilitate Neural Adhesion and Neurite Extension in Vitro' which presents her work on sol-gel matrices for neural-probe coatings that are more biocompatible after implantation. Han-Bing Wang presented a poster titled 'Optimizing Electrospinning Parameters to Create Aligned Fibers for Nerve Regeneration Applications' and a presentation titled 'Development of Implantable Multilayer 3D Scaffolds Consisting of Aligned Electrospun Fibers for Neuronal Regeneration Applications.' These works detailed her development of implantable, aligned, micron-diameter sized fibrous scaffolds that specify the direction of axonal extension from sensory ganglion. Eric Minner presented a poster and presentation titled 'Methylcellulose/Agarose Hydrogel System to Release Therapeutic Agents' which presented a hydrogel system that releases Interleukin-10 for improved regenerative outcome following traumatic spinal cord injury.

 

 

 

 

 

 

 
                               Department of Biomedical Engineering  |  Michigan Technological University
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