Biomedical Engineering Reference
In-Depth Information
institutions. These include Sonia Samuel and Anantha Puthucode at UNT and
Davion Hill at the Ohio State University.
REFERENCES
1. M. J. Long and H. J. Rack , “ Titanium alloys in total joint replacement — a materials sci-
ence perspective , ” Biomater. , 19 , 1621 - 1639 ( 1998 ).
2. E. W. Lowman , “ Osteoarthiritis , ” J. Amer. Med. Acad. , 157 , 487 ( 1955 ).
3. D. M. Keicher and J. E. Smugeresky , “ The laser forming of metallic components using
particulate materials , ” JOM , 49 ( 5 ), 51 ( 1997 ).
4. M. Hedges , Orthopaedic Product News , www.opnews.com , art. 126 , Sep. 2003 .
5. www.jointreplacement.com .
6. R. H. Rothman , et al., “ Total Hip Arthroplasty using Two Different Cementless
Tapered Stems , ” Clin orthop , ( 393 ), 121 - 7 (Dec 2001 ).
7. Investigational Device Review , Biomet Inc . (Sept 25, 1986 ).
8. W. Head , et al., “ Mechanical Properties and Clinical Evaluation of Isostatic Molded
ArCom Polyethylene, ” J. Bone Joint Surg. , 74A , 849 - 863 ( 1992 ).
9. Modern Casting , A publication of American Foundry Society , 29 - 32 (Feb 2003 )
10. H. C. Amstutz , “ Trapezoidal - 28 total hip replacement , ” J. Bone Joint Surg , 62A , 670 -
673 ( 1980 ).
11. D. W. Hoeppner and V. Chandrasekaran , “ Fretting in orthopaedic implants: a review , ”
Wear , 173 , 189 - 197 ( 1994 ).
12. http://www.fda.gov/cdrh/recalls/zirconiahip.html
13. http://arthritis.about.com/od/news/a/hipimplants.htm
14. I. C. Clarke , M. Manaka , D. D. Green , P. Williams , G. Pezzotti , Y. H. Kim , M. Ries ,
N. Sugano , L. Sedel , C. Delauney , B . Ben Nissan , T. Donaldson , and G. A. Gustafson ,
“Current Status of Zirconia Used in Total Hip Implants,” Jour. Bone & Joint Surg. Am ,
85 , 73 - 84 ( 2003 ).
15. K. Wang , “ The Use and Properties of Titanium and Titanium Alloys for Medical
Applications in the USA, ” Mater. Sci. and Eng. , A213 , 134 - 137 ( 1996 ).
16. S. Rao , T. Ushida , T. Tateishi , Y. Okazaki , and S. Asao , “ Effect of Ti, Al and V ions on
the relative growth rate of fi broblasts (L 929) and osteoblasts (MC 3 T 3-E 1) cells,”
Bio - med. Mater. Eng . , 6 , 79 ( 1996 ).
17. P. R. Walker , J. Leblanc , and M. Sikorska , “ Effects of Aluminum and Other Cations on
the structure of Brain and Liver Chromatin, ” Biochemistry , 28 , 3911 ( 1989 ).
18. W. F. Ho , C. P. Ju , and J. H. Chern Lin , “ Structure and properties of cast binary Ti - Mo
alloys , ” Biomater . , 20 , 2115 - 2122 ( 1999 ).
19. K. Wang , L. Gustavson , and J. Dumbleton , “ The characterization of Ti - 12Mo - 6Zr - 2Fe.
A new biocompatible titanium alloy developed for surgical implants,” Beta Titanium in
the 1990 ' s , The Mineral, Metals and Materials Society , Warrendale, Pennsylvania , 2697 -
2704 ( 1993 ).
20. S. G. Steinemann , P - A. M ä usli , S. Szmukler - Moncler , M. Semlitsch , O. Pohler , H - E
Hintermann , and S - M Perren , “ Beta - titanium alloy for surgical implants , ” Beta
Search WWH ::




Custom Search