It is a passion evolved from my upbringing and education. Modelled by social, cultural and scientific influences.
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Ovidiu started collaborating with the Lady Davis Institute Orthopaedics Research Lab in 2004 and joined it in 2011.
Biosketch
MsC in Experimental Surgery – Surgical Innovation track, where he is working, based on his previous acquired expertise, into Multimodal Volumetric 3D Reconstruction using incomplete or uncertain datasets
PhD in Medical Informatics – Data visualization and 3D and imaging simulations (University of Medicine and Pharmacy Timisoara 2005)
Dental Surgical Implants Specialty (Vienna/Austria 1994 and University of Medicine Bucharest, 2001-2002)
MBA (Universite Sophie-Antipolis a Nice – France 1997)
DMD degree (University of Medicine, Fac of Dentistry Timisoara 1994)
Medical school (4 years – transferred to dental school (University of Medicine 1985-1989 Timisoara)
He was the instructor for the graduate course on Visual Communication at McGill since 2009 after being worldwide director of e-learning/epublishing for a global medical publisher for 3 years.
His works are on several medical magazine covers and is also showcased in Adobe elearning videos and training and in several books and also in corporate elearning and marketing videos (Philips, Dentsply, Sybron, Sulzer, Straumann, Klox).
Medical elearning, simulations, infographics work is used in several Medical schools (McGill, UCLA, U. of Toronto, UIC, Pittsburgh U, etc.) in several countries. He participated in several patent drawings applications and interface design studies on implants. (Misch, Ankylos)
Familiar with clinical big data, advanced visualizations, healthcare project management, engineering CAD/CAM/CAE and patents he worked on different medical research elearning projects in University of Illinois at Chicago (research fellow 1997-1998) , Harvard University (PI on grant 2007-2008), Indiana University (lecturer 2008) and
At Pittsburgh University (invited professor 2008-2009 Faculty of Medicine – Public Health) he was responsible for the user interface and medical 3D reconstruction of the pathological processes.
He also had a collaboration with the Carnegie -Melon University department of Robotics in designing and providing a mash-up of imaging and 3D medical for an assistive diagnostic tool and patient management. He used haptic interfaces (touch-enabled) to interact with virtual body parts and tools in simulated micro-surgical procedures.
Latest papers are related to advanced nano-properties of bone and dynamic FEA and micro-fracture under load. His main direction in the lab are into hydrogel scaffolds, embedded therapeutics modalities and arthroplasties epidemiology and medical data science.
Passionate in photography and medical illustration, when he is not playing his keyboards or tongue drums and kalimbas, you can find him on his bikes pedaling along on the Lachine historical canal in Montreal.
References (partial)
- Almaawi A1, Wang HT, Ciobanu O, Rowas SA, Rampersad S, Antoniou J, Mwale F. Effect of acetaminophen and nonsteroidal anti-inflammatory drugs on gene expression of mesenchymal stem cells. Tissue Eng Part A. 2013 Apr;19(7-8):1039-46. PMID: 23231452.
- Eimar H1, Ghadimi E, Marelli B, Vali H, Nazhat SN, Amin WM, Torres J, Ciobanu O, Albuquerque Junior RF, Tamimi F. Regulation of enamel hardness by its crystallographic dimensions. Acta Biomater. 2012 Sep;8(9):3400-10. PMID: 22684114.
- Ghadimi E1, Eimar H1, Song J2, Marelli B2, Ciobanu O1, Abdallah MN1, Stähli C2, Nazhat SN2, Vali H1, Tamimi F3. Regulated fracture in tooth enamel: A nanotechnological strategy from nature. J Biomech. 2014 Apr 24. PMID: 24813507.
- Eimar H1, Ghadimi E, Marelli B, Vali H, Nazhat SN, Amin WM, Torres J, Ciobanu O, Albuquerque Junior RF, Tamimi F. Regulation of enamel hardness by its crystallographic dimensions. Acta Biomater. 2012 Sep;8(9):3400-10. PMID: 22684114.