Biomedical Engineering Reference
In-Depth Information
ACKNOWLEDGMENTS
The collaboration of the following clinicians is gratefully acknowledged: Prof.
Jean-Louis Rouvillain (CHU Fort de France Martinique), Dr Hugues Mousse-
lard (CHU Pitié Salpétrière Paris France), Dr Nicolas Mailhac (Tours France), Dr
Clemencia Rodriguez (Bogota University, Colombia), Said Khimacke (Dental
Faculty of Nantes) and all the others clinicans contributions.
The authors also gratefully acknowledge their colleagues from Nantes
University and INSERM EMI 99 03, Nantes Hospital, (O. Malard, S. Barroth, P.
Weiss, et all the others), Nantes Microscopy SC3M department (Paul Pilet),
and the Calcium Phosphate Research Lab at New York University College of
Dentistry (Racquel Legeros and John Legeros) and Biomtlante SAS France
(Xavier Bourges, Françoise Moreau) and Nantes Veterinary School (Eric Aguado
and Eric Goyenvalle).
Parts of this work were supported by CPER Pays de Loire, RNTS 2002 form
French Ministry of research, INSERM EMI 9903, and National Agency for
Research ANR Biorimp 2005.
REFERENCES
1. Albee FH (1920). Studies in bone growth: Triple calcium phosphate as a stimulus to
osteogenesis . Ann Surg 71 : 32 - 36 .
2. Nery EB , Lynch KL , Hirthe WM , Mueller KH ( 1975 ). Bioceramic implants in surgi-
cally produced infraboney defects . J Periodontol 63 : 729 - 735 .
3. Denissen HW ( 1979 ). Dental root implant of apatite ceramic, experimental investiga-
tions and clinical use of dental root apatite ceramics, PhD Thesis, Amsterdam, Vrije
Universiteit.
4. Jarcho M ( 1981 ). Calcium phosphate ceramics as hard tissue prosthetics . Clin Orthop
157 : 259 - 278 .
5. De Groot K ( 1983 ). Ceramics of calcium phosphate: preparation and properties , In:
Bioceramics of Calcium Phosphates . CRC Press , Boca Raton , 100 - 114 .
6. Metsger SD , Driskell TD , Paulsrud JR ( 1982 ). Tricalcium phosphate ceramic: a re-
sorbable bone implant: Review and current uses . J Am Dent Assoc 105 : 1035 - 1048 .
7. Aoki H , Kato K ( 1975 ). Study on the application of apatite to dental materials . Jpn
Ceram Soc 10 : 469 .
8. Daculsi G ( 1998 ). Biphasic calcium phosphate concept applied to artifi cial bone, im-
plant coating and injectable bone substitute . Biomaterials 19 : 1473 - 1478 .
9. LeGeros RZ , Nery E , Daculsi G , Lynch K , Kerebel B ( 1988 ). In vivo transformation
of biphasic calcium phosphate of varying β - TCP/HA ratios: ultrastructural character-
ization. Third World Biomaterials Congress (abstract no. 35).
10. Daculsi G , LeGeros RZ , Nery E , Lynch K , Kerebel B ( 1989 ). Transformation of bi-
phasic calcium phosphate ceramics: ultrastructural and physico-chemical character-
ization. J Biomed Mat Res 23 : 883 - 894 .
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