University of Dayton UD Home
Trend Center for Tissue Regeneartion and Engineering at Dayton

People


Panagiotis Tsonis, PhD
DIRECTOR, TREND Center
Professor of Biology, UD
Panagiotis.Tsonis@notes.udayton.edu
937.229.2579
http://udbiology.com/content.php?id=1131

 

Khalid Lafdi, PhD
Professor, UD Mechanical Engineering,
Carbon Group Leader, Research Institute
Khalid.Lafdi@udri.udayton.edu
http://engineering.udayton.edu/programs/
materials/facstaff_lafdi.asp

 

John Rowe, PhD
Chair, Steering Committee, Professor,
UD, Biology
John.Rowe@notes.udayton.edu
http://udbiology.com/content.php?id=25

 
  

Carissa Krane, PhD
Associate Professor, UD, Biology
Carissa.Krane@notes.udayton.edu
http://udbiology.com/content.php?id=13

 

Yiling Hong, PhD
Assistant Professor, UD, Biology
Yiling.Hong@notes.udayton.edu
http://udbiology.com/content.php?id=146

 

Karolyn Hansen, PhD
Research Scientist, Sensors Technology Office
UD Research Institute
Karolyn.Hansen@udri.udayton.edu

 

Robert Joseph, DPM, PhD
Primed Physicians
http://www.primedphysicians.com/
us/bio/joseph.html

 
 Amit Singh, PhD Assistant Professor, UD, Biology Amit.Singh@notes.udayton.edu http://udbiology.com/content.php?id=691
  
News & Announcments
People in the News:
Oyster Talent
It’s a gem of an idea. Based on the premise that an irritant introduced into an oyster will produce a pearl, scientists at the University of Dayton Research Institute are prompting oysters to produce pearl-like coatings on metal for applications to range from aircraft corrosion protection to biocompatible medical devices. February 1, 2008 (UDRI press release)

People in the News:
Fixing What Ails Us
UD researchers are working to make broken bones heal faster and stronger using carbon-based repair parts — bone fixation plates that disappear over time, scaffolding for new bone cells to grow on — instead of the metal now used. For patients, this could equal fewer surgeries, less pain and better healing. December 1, 2007 (UD Quarterly)