Clemson University researchers have developed an in vitro
myocardial therapy screening platform possessing superior
physiological relevance that enables clinically translatable metrics
for therapy efficacy and cardiotoxicity evaluation.
Inventor: William Richardson, Samuel Coeyman, Jonathan G. Heywood
Advanced Materials, Biomedical
Clemson University researchers have developed new delivery and attachment systems for a previously invented collagen-based patch that promotes natural healing of the IVD.
Inventor: Jeremy Mercuri
Clemson researchers have developed a a breast tissue biopsy marker consisting of a polymeric carrier with embedded metallic nanoparticles, designed with the purpose of enabling clinicians to localize a cancerous region within the breast tissue non-invasively.
Inventor: Delphine Dean
Clemson University researchers have implemented the first 3D FRAP microscope in the world by innovatively combining the 3D spatial Fourier transform FRAP method with high speed volumetric imaging and high-resolution structural imaging.
Inventor: Dr. Hai Yao,
Dr. Tong Ye
Clemson University researchers have developed a collagen-based, multi-laminate, cell friendly patch for AF repair using a simple and scalable process, resulting in a biomaterial that demonstrates biochemical and mechanical properties comparable to that of the native human AF tissue.
Inventor: Jeremy Mercuri, Rachel McGuire, Ryan Borem, Sanjitpal Gill