Society of Toxicology: Safety Assessment of an Intramedullary Bone Stabilization Device Using a Light-Curable Monomer

Zani BG, Baird R, Stanley JRL, Markham PM, Wilke M, Zeiter S, Beck A, Nehrbass, Kopia GA, Edelman ER, Rabiner R. ‘Safety Assessment of an Intramedullary Bone Stabilization Device Using a Light-Curable Monomer.’ Summary: Traditional methods of bone fixation (e.g., metal rods and screws) are not effective for osteoporotic patients. A device for percutaneous bone stabilization […]

Press Release: A Paradigm for Safety Assessment of Energy-Based Devices: CBSET Presents In Vivo Data at SoT 2016

“We have developed a preclinical paradigm for predictably modulating the efficacy of thermal ablation devices while minimizing adverse effects on target and surrounding tissues,” said Dr. John H. Keating, Director of Pathology, CBSET. LEXINGTON, Mass., March 10, 2016 — Scientists at CBSET, a not-for-profit preclinical research institute dedicated to biomedical research, education, and advancement of medical […]

CRT 2016: Ridaforolimus Eluting Stents with Customizable Diffusion Controlled Release Kinetics and Tissue Uptake

Tzafriri AR, Markham PM, LaRochelle AW, Spognardi AM, Bailey L, Cohen I, Elmalak O, Richter Y, Edelman ER. ‘Ridaforolimus Eluting Stents with Customizable Diffusion Controlled Release Kinetics and Tissue Uptake.’ Poster presentation at: Cardiovascular Research Technologies (CRT); 2016 Feb 20-23; Washington, DC. Summary: Drug release from spray coatings applied to cylindrical stents is difficult to customize due […]

JACC Cardiology Interventions: Ridaforolimus Eluting Stents with Customizable Diffusion Controlled Release Kinetics and Tissue Uptake

Tzafriri AR, Markham PM, LaRochelle AW, Spognardi AM, Bailey L, Cohen I, Elmalak O, Richter Y, Edelman ER. ‘Ridaforolimus Eluting Stents with Customizable Diffusion Controlled Release Kinetics and Tissue Uptake.’ Poster presentation at: Cardiovascular Research Technologies (CRT); 2016 Feb 20-23; Washington, DC. Background Drug release from spray coatings applied to cylindrical stents is difficult to customize […]

Leipzig Interventional Course (LINC): Lesion modification with an orbital atherectomy system enhances paclitaxel distribution in calcified peripheral arteries

Tzafriri AR; Nikanorov A; Zani B; Stanley J; Garcia-Polite F; Muraj B; Budrewicz J; Knutson J; Kohler R; Markham P; Edelman ER. ‘Lesion modification with an orbital atherectomy system enhances paclitaxel distribution in calcified peripheral arteries.’ Podium presentation at: Leipzig Interventional Course (LINC); 2016 Jan 26-29; Leipzig, Germany.