Technology development for medical implants
Hodgins, D.
Medical Device Technology 16(5): 19-20
2005
ISSN/ISBN: 1048-6690 PMID: 15984541 Document Number: 589997
Work on new technologies for biomaterials and an implantable power source for implants is described here. Common requirements have been identified to start the development of technological solutions that can be applied to a range of products.
Document emailed within 1 workday
Related Documents
Mukharliamov, N.M.; Makarov, V.A.; Pavlov, V.V. 1984: Development and use of medical technology in cardiology Terapevticheskii Arkhiv 56(11): 6-9Fujimasa, I. 1973: Technics in educational technology in medical education--a new methodology in medical education to meet the needs of modern medical technology Nursing Technique 19(10): S: 90-S: 100
Super, N.A. 1974: Systematic approach to the development of complex medical technology for auxiliary artificial blood circulation Meditsinskaia Tekhnika 5: 21-23
McGarry, T.J. 2005: New technology makes implants safer, easier Dentistry Today 24(8): 20
Mikhaĭlitsyn, F.S.; Petrov, I.F.; Bol'shakova, A.I.; Lebedeva, M.N.; Lychko, N.D. 1995: The technology for manufacturing antiparasitic preparations. 4. the development of a technology for producing the anthelmintic bromoksan in finely dispersed form and the evaluation of its antifascioliasis activity Meditsinskaia Parazitologiia i Parazitarnye Bolezni 3: 41-42
Mikhaĭlitsyn, F.S.; Drusviatskaia, S.K.; Uvarova, N.A.; Taits, S.Z.; Stoianovich, F.M.; Vol'kenshteĭn, I.B.; Lebedeva, M.N.; Krotov, A.I.; Lychko, N.D. 1994: The technology for manufacturing antiparasitic preparations. 3. the development of a technology for producing the anthelmintic embovin (pyrantel embonate) in finely dispersed form and the evaluation of its anthelmintic properties Meditsinskaia Parazitologiia i Parazitarnye Bolezni 2: 24-26
Aalam, A.-A.; Nowzari, H. 2005: Clinical evaluation of dental implants with surfaces roughened by anodic oxidation, dual acid-etched implants, and machined implants International Journal of Oral and Maxillofacial Implants 20(5): 793-798
Furukawa, T. 1983: Impact on medical and nursing services. the future of medical technology Nursing Technique 29(2): 160-165
Wada, H. 1974: Training of student medical technologist from the standpoint of private school of medical technology without affiliated hospital laboratory Rinsho Byori. Japanese Journal of Clinical Pathology 22(1): 28-31
George, P.; Taylor, J.Scott.; Holden, P.L.; Dollase, R. 2011: The new clinical skills suite at the Warren Alpert Medical School: integrating technology, medical education and patient care Medicine and Health Rhode Island 94(8): 234-5 238
Yee, K.C.; Wong, M.C.; Turner, P. 2006: Medical error management and the role of information technology--a new approach to investigating medical handover in acute care settings Studies in Health Technology and Informatics 124: 679-684
Dvoriakovskiĭ, V.A. 1976: Medical technology and improving medical services to the population Sovetskoe Zdravookhranenie 8: 3-5
Jørgensen, M.S.; Jørgensen, U. 2009: Green technology foresight of high technology: a social shaping of technology approach to the analysis of hopes and hypes Technology Analysis-Strategic Management 21(3): 363-379
Walling, M. 2000: Development of contraceptive implants British Journal of Family Planning 26(1): 12-13
Abraham, G.E. 1992: Medical ethics and medical technology Journal of the Mississippi State Medical Association 33(6): 217
Hodgins, D. 2005: Working on the design of new medical implants Medical Device Technology 16(3): 20-21
Murphy, C.C. 2006: Noncontact form measurement of medical implants Medical Device Technology 17(8): 36-38
Oberg, A. 1976: Medical technology Lakartidningen 73(8): 611-612
Nystrand, A.; Hudspeth, J.; Flock, A. 1996: Is it possible to repair hearing? Promising development with cochlear implants Lakartidningen 93(11): 1006-1010
Kaliadin, N.I.; Lemenkov, V.A.; Losev, I.R.; Pilina, M.V.; Chalyĭ, L.I. 1996: Computerization of medical technology Meditsinskaia Tekhnika 2: 21-25