Authors
Shenzhen Key Laboratory for Additive Manufacturing of High-performance Materials Department of Mechanical and Energy Engineering, Southern University of Science and Technology, Shenzhen, 518055, China
Abstract
Suitable choice of the biomedical implant biomaterial is a vital aspect for extensive term success of implants. A special review of different types of biomaterials and their primary applications is presented. Still one can name some of the furthermost appropriate features of Biomaterials Science and Technology that make the field so pretty. This article creates a determination to review a number of dental biomaterials which were used in the historical and as well as the most recent material recycled nowadays. Copyright © 2018 VBRI Press.
Keywords
1.HenchL.L.; Erthridge,E.C;Biomaterials-An Interfacial
Approach., 1982.
2.Noordergraaf, A. (Eds);New York: Academic Press); 4.
3.Williams,D.F;(Eds); Current perspectives on implantable
devices. India, 1990.
4.Nitesh,P.R.;Piyush,G.P;Inter. J. Emerg.Tech. and Adv.
Eng.,2012,2,91.
5.Rea,S.M.;Bonfield,W.;Aust,J;Ceram. Soc., 2004, 40, 43.
6.Burns,L. R.;Housman, M.G.; Booth, R.E.;Koenig,A;Health
Care Manage Rev.,2009, 34, 2.
7.US Government Accountability Office. GAO-12-126.
2012.November 29 http://www.gao.gov/assets/590/587688.pdf.
8.Brazil Biomaterials Market
http://www.marketsandmarkets.com/knowledge-process-
outsourcing-services.asp
9.Sykaras,N.;Iacopino,A.M.;Marker, V.A.; Triplett, R.G.;
Woody.R.D; Int. J.Oral Maxillo.Fac.Implants.,2000, 15,
675.
10.Yunchang,X.;Kaifu,H.;Hu, T.; Guoyi,T.;Paul,K.C; Acta.
Biomater.,2008, 4,2008.
Approach., 1982.
2.Noordergraaf, A. (Eds);New York: Academic Press); 4.
3.Williams,D.F;(Eds); Current perspectives on implantable
devices. India, 1990.
4.Nitesh,P.R.;Piyush,G.P;Inter. J. Emerg.Tech. and Adv.
Eng.,2012,2,91.
5.Rea,S.M.;Bonfield,W.;Aust,J;Ceram. Soc., 2004, 40, 43.
6.Burns,L. R.;Housman, M.G.; Booth, R.E.;Koenig,A;Health
Care Manage Rev.,2009, 34, 2.
7.US Government Accountability Office. GAO-12-126.
2012.November 29 http://www.gao.gov/assets/590/587688.pdf.
8.Brazil Biomaterials Market
http://www.marketsandmarkets.com/knowledge-process-
outsourcing-services.asp
9.Sykaras,N.;Iacopino,A.M.;Marker, V.A.; Triplett, R.G.;
Woody.R.D; Int. J.Oral Maxillo.Fac.Implants.,2000, 15,
675.
10.Yunchang,X.;Kaifu,H.;Hu, T.; Guoyi,T.;Paul,K.C; Acta.
Biomater.,2008, 4,2008.
11.Navarro, M.;Michiardi,A.;Castano,O.;Planell.J.A.;Soc,J. R;
Interface., 2008, 5,1137.
12.Alvarado, J.; Maldonado, R.; Marxuach, J.; Otero, R;
Applications of Engineering Mechanics in Medicine, GED –
University of Puerto Rico Mayaguez.2003.
13.Slonaker, M.;Goswami,T; Mater.Des.,2004, 25, 395.
14.Thamaraiselvi,T.V.;Rajeswari. S.;Artif, T.B;Organs., 2004,
18,9.
15.Kohn J.;Langer.R.;atner,B.D.;Homan, A.S.;Shoen,F.J.;
Lemons, J.E; Academic Press,San Diego, 1996, 64.
16.Hai Bang, L.;Gilson,K.;Jin L.H. (Eds.);Polymeric
Biomaterials book.Biomedical Engineering Fundamentals,
2006, 40,1.
17.Hench. L.L; J. American. Cera. Soc.,1991, 74, 1487.
18.P. K. Mallick. (Eds.);Composites Engineering Handbook. New
York: Marcel Dekker, 1997.
19.Carr, B.C.;Goswami, T; Mater. Des., 2009, 30,398.
20.Williams, D.F;J. Mat. Sci.,1987, 22,3421.
21.Chandra, R.;Rustgi. R; Progress in Polymer Science, 1998, 23,
1273.
22.Manivasagam, G.;Dhinasekaran,D.;Rajamanickam, A;Recent
Patents on Corr. Sci.,2010, 2, 40.
23.Sun, L.;Berndt,C.C.;Gross,K.A.;Kucuk,A;J. Biomed.
Mater.Res.,2001, 58,570.
24.Surmenev,R. A;Surf.Coat Technol.,2012, 206, 2035.
25.Xu, S.;Long, J.;Sim,L.;Diong, C.H.; Ostrikov,K; Plasma,
R.F;Proc.Polym., 2005, 2,373.
26.Radin, S.;Duchane, P.;Christiansen,D;“Bioceramics”
Butterworth-Heinemann Ltd., Oxford UK; 1993, 6,59.
27.Borhane, H.F.;Olivier,G.;Pierre,W.;Daniel, C.; Pierre, L;
Biomaterials.,2008, 29,1177.
28.Meurice, E.;Leriche, A.; Hornez, J.C. Bouchart, F.;Rguiti, E.;
Boilet, L.; Descampsa, M.; Cambier, F; J. Eur. Ceram. Soc.,
2012, 32,2673.
29.Wilson, R. M. Elliott, J. C.;Dowker, S. E. P; Am. Mineral.,
1999, 84, 1406.
30.Boanini, E.;Gazzano, M.; Bigi, A; Acta. Biomater.,2010, 6,
1882.
31.Gopi, D.;Nithiya, S.;Shiny joy, E.;Kavitha, L; Spectro. Chim.
Acta Part A.,2012, 92,194.
32.Landi,E.;Sprio, S.; Sandri, M.; Tampieri, A.; Bertinetti, L.;
Martra. G; J.Key.Eng.Mater.,2008, 361,171.
33.Gasqueres, G.; Bonhomme, C.;Maquet,J.;Babonneau, F.;
Hayakawa, S.; Kanaya.T;Magn. Reson. Chem.,2008, 46,342.
34.Dahl, S.G.;Allain, P.;Marie, P.J.;Mauras, Y.;Boivin, G.;
Ammann, P.;Tsouderos, Y.;Delmas, P.D.;Christiansen,C;
Bone.,2001, 28,446.
35.Ginty, F., Flynn, A.;Cashman. K.D; Br. J. Nutr.,1998, 79,343.
36.Nakade, O.;Koyama, H.; Arai, J.;Ariji, H.; Takada, J.; Kaku,
T.; Arch. Oral. Biol.,1999, 44,89.
37.Farley, J.R.;Wergedal, J.E.;Baylink,D.J; Science.,1983, 222,
330.
38.Kim, S.R.;Lee, J.H.; Kim, Y.T.; Riu,D.H.; Jung, S.J.; Lee,Y.J.;
Chung,S.C.;Kim,Y.H;Biomaterials.,2003, 24, 1389.
39.Wiesmann, H. P.;Plate, U.;Zierold, K.;Hohling H.J;J Dent
Res.,1998, 77,1654.
40.Schlesinger,P.H.;Blair,H. C.; Teitelbaum, S. L.; EdwardsJ.C;
J. Biol. Chem.,1997, 272,18636.
41.Neuman, W.F.; Neuman, M.W; University of Chicago press,
Chicago, 1958.
42.Park,J.W.;Kim,Y.J.; Jang, J.H; Appl.Surf.Sci., 2011, 258,
977.
43.EliazN.: ‘Degradation of implant materials’, Springer Science
& Business Media, 2012
44.Sridhar,T.M.;Kamachi Mudali,U.;Subbaiyan, M; Corr. Sci.,
2003, 45,237.
45.Okazaki,Y.;Goth,E; Biomaterials.,2005, 26,11.
46.Ma, L.R .; Sask,K.N .; Shi, C.; Brash, J.L.; Zhitomirsky.I; Mate.
Lett., 2011, 65,681.
47.Miller, P.D.;Holladay,J.W;Wear., 1958, 2,133.
48.Revie,R. W.(Eds);‘Uhlig’s Corrosion Handbook’, John Wiley &
Sons.,2011, 51,133.
49.Lawrence,S.K.;Shults,G.M; J.Exp.Med.,1925,42,565.
50.Kohn. D.H; Curr.Opinion. Sol. State.Mater.Sci., 1998, 3,302-
309.
51.Gonzalez, M.B.; Saidman, S; Corros. Sci.,2011, 53,276.
52.Parsapour, A.; Khorasani, S.N.; Fathi,M.H; Sci. Technol.,2012,
28,125.
53.Sridhar,T.M; Mater. Technol.,2010, 25,184.
54.Dongxia, L.;Keith, S.; Matthew, Z.Y; Surf. & Coat. Technol.,2011,
205,3975.
55.Bora M.;CuneytTas,A; J. Am. Ceram. Soc.,2000, 83,989–91.
56.Bozana, C.; Dejan, M; Vukoman,J; Dental. Journal.,2001, 58,
7.
57.Zhou-Cheng, W.;Yong-Jin, N.; Jin-Cong,H;Biomed. Sci. Eng.,
2008, 1,190.
58.Prem Ananth, K.; Suganya, S.; Mangalaraj, D.; Ferreira, J.M.F.;
Balamurugan A; Mater. Sci. and Engg. C.,2013, 33,4160.
59.Singh, R.; Dahotre,N.B; J Mater Sci: Mater Med.,2007, 18,
725.
60.Kurella,A.;Dahotre. N. B; J.Biomater.Appl.,2005, 20,5.
61.Kumar, S.; Narayanan, T.S.; Raman, G.S.; Seshadri,S.K;
Mater.Sci.Eng.C.,2009, 29,1942.
62.Seah,K.H.W.;Chen, X; J. Mater. Sci.,1993,8,1841.
63.Parsapour, A.; Khorasani, S.N.;Fathi, M.H.; J. Mater Sciand tech.,
2012, 28,125.
64.Kannan, S.;Balamurugan, A.; Rajeswari, S; Electrochimica Acta.,
2004, 49,2395.
65.Prabakaran, K.;Thamaraiselvi,T.V.;Rajeswari,S;Artif, T.B;
Organs., 2006, 19,84.
66.Parsapour, A.;Khorasani, S.N.;Fathi,M.H; Acta Metall. Sin.
(Engl. Lett.).,2013,26,409.
67.Martin, H.J.; Schulz,K.H.;Bumgardner, J. D.;Walters, K.B;
Appl. Surf. Sci.,2008,254,4599.
68.Byrne, R.;Joner, M.; Kastrati,A; Minerva Cardioangiol. 2009,
57,567.
69.Carlyle, W.C.; McClain, J.B.;Tzafriri, A.R.; Bailey, L.; Zani,
B.G.;Markham P.M;J. Control Release.,2012, 162,561-567
70.Hasebe,T.;Ishimaru, T.; Kamijo, A.; Yoshimoto, Y.;
Yoshimura, T.; Yohena,S;Diamond Relat Mater.,2007,16,
1343.
71.Wang, Y.; Liu, L.; Guo,S; Polym Degrad. Stab.,2010,95,207.
72.Weng, W.; Zhang, S.; Cheng, K.;Qu, H.; Du, P.; Shen, G.;
Yuan, J.;Han,G;Surf. Coat. Tech.,2003, 167,292.
73.Chen, Y.;Song,Y.; Zhang, S.; Li, J.; Zhao, C.; Zhang,X.X;
Biomed Mater.,2011,6,025005 .
74.Xu, L.;Yamamoto,A;Coll.Surf B Biointerfaces.,2012, 93,67.
75.Murat, A.;Tolga, K.S;Curr. Phy. Chem.,2012,2,224.
76.Subathira, A.;Meyyappan,R;Rec. Res.Sci.Tech.,2010,2,124.
77.Liu,A.;Oliveira,M.A.S; Mater. Sci.,2009, 27,259.
78.Khan, W.;Kapoor, M.; Kumar, N; Acta Biomaterialia.,2007, 3,
541.
79.Madhan Kumar,A.;Nagarajan Suresh Ramakrishna, S.;
Sudhagar, P.; Yong Soo Kang Zuhair M. Gasem N.Rajendran,
Hyongbum,K;Mater. Sci. Engg.C.,2014,43,76.
80.Ohtsuka, T; Inter.J.corr.,2012,7,Article ID915090.
81.Gopi, D.;Ramya, S.; Rajeswari, D.; Kavitha, L;Colloids. Surf.
B. Bio Interface.,2013, 107,130.
82.Hasanov, R.; Bilgic,S;Prog. Org. Coat.,2009, 64,435.
83.Joseph, S.; McClure, J.C.; Sebastian,P.J.;J. Moreira,
E.Valenzuela. J.Power Sources.,2008, 177,161.
84.Hosseini, M.G.; Bagheri,R.;Najjar,R; J.Appl. Poly.Sci.,2011,
121,3159.
85.Chen, F.;Liu,P; Appl. Mate. & Inter.,2011, 3,2694.
86.Hasanov, R.; Bilgic,S.;Gece,G; J. Sol.State Electro‐Chem., 2011,
15,1063.
87.Yeh,J.M.; Chin, C.P.; Chang,S;Mater. J.Appl. Poly. Sci.,
2003,88,3624.
88.Armelin, E.; Pla,R.;Liesa,F.;Ramis,X.;Iribarren, J.I.;
Aleman,C; Corr. Sci.,2008, 50,721.
Interface., 2008, 5,1137.
12.Alvarado, J.; Maldonado, R.; Marxuach, J.; Otero, R;
Applications of Engineering Mechanics in Medicine, GED –
University of Puerto Rico Mayaguez.2003.
13.Slonaker, M.;Goswami,T; Mater.Des.,2004, 25, 395.
14.Thamaraiselvi,T.V.;Rajeswari. S.;Artif, T.B;Organs., 2004,
18,9.
15.Kohn J.;Langer.R.;atner,B.D.;Homan, A.S.;Shoen,F.J.;
Lemons, J.E; Academic Press,San Diego, 1996, 64.
16.Hai Bang, L.;Gilson,K.;Jin L.H. (Eds.);Polymeric
Biomaterials book.Biomedical Engineering Fundamentals,
2006, 40,1.
17.Hench. L.L; J. American. Cera. Soc.,1991, 74, 1487.
18.P. K. Mallick. (Eds.);Composites Engineering Handbook. New
York: Marcel Dekker, 1997.
19.Carr, B.C.;Goswami, T; Mater. Des., 2009, 30,398.
20.Williams, D.F;J. Mat. Sci.,1987, 22,3421.
21.Chandra, R.;Rustgi. R; Progress in Polymer Science, 1998, 23,
1273.
22.Manivasagam, G.;Dhinasekaran,D.;Rajamanickam, A;Recent
Patents on Corr. Sci.,2010, 2, 40.
23.Sun, L.;Berndt,C.C.;Gross,K.A.;Kucuk,A;J. Biomed.
Mater.Res.,2001, 58,570.
24.Surmenev,R. A;Surf.Coat Technol.,2012, 206, 2035.
25.Xu, S.;Long, J.;Sim,L.;Diong, C.H.; Ostrikov,K; Plasma,
R.F;Proc.Polym., 2005, 2,373.
26.Radin, S.;Duchane, P.;Christiansen,D;“Bioceramics”
Butterworth-Heinemann Ltd., Oxford UK; 1993, 6,59.
27.Borhane, H.F.;Olivier,G.;Pierre,W.;Daniel, C.; Pierre, L;
Biomaterials.,2008, 29,1177.
28.Meurice, E.;Leriche, A.; Hornez, J.C. Bouchart, F.;Rguiti, E.;
Boilet, L.; Descampsa, M.; Cambier, F; J. Eur. Ceram. Soc.,
2012, 32,2673.
29.Wilson, R. M. Elliott, J. C.;Dowker, S. E. P; Am. Mineral.,
1999, 84, 1406.
30.Boanini, E.;Gazzano, M.; Bigi, A; Acta. Biomater.,2010, 6,
1882.
31.Gopi, D.;Nithiya, S.;Shiny joy, E.;Kavitha, L; Spectro. Chim.
Acta Part A.,2012, 92,194.
32.Landi,E.;Sprio, S.; Sandri, M.; Tampieri, A.; Bertinetti, L.;
Martra. G; J.Key.Eng.Mater.,2008, 361,171.
33.Gasqueres, G.; Bonhomme, C.;Maquet,J.;Babonneau, F.;
Hayakawa, S.; Kanaya.T;Magn. Reson. Chem.,2008, 46,342.
34.Dahl, S.G.;Allain, P.;Marie, P.J.;Mauras, Y.;Boivin, G.;
Ammann, P.;Tsouderos, Y.;Delmas, P.D.;Christiansen,C;
Bone.,2001, 28,446.
35.Ginty, F., Flynn, A.;Cashman. K.D; Br. J. Nutr.,1998, 79,343.
36.Nakade, O.;Koyama, H.; Arai, J.;Ariji, H.; Takada, J.; Kaku,
T.; Arch. Oral. Biol.,1999, 44,89.
37.Farley, J.R.;Wergedal, J.E.;Baylink,D.J; Science.,1983, 222,
330.
38.Kim, S.R.;Lee, J.H.; Kim, Y.T.; Riu,D.H.; Jung, S.J.; Lee,Y.J.;
Chung,S.C.;Kim,Y.H;Biomaterials.,2003, 24, 1389.
39.Wiesmann, H. P.;Plate, U.;Zierold, K.;Hohling H.J;J Dent
Res.,1998, 77,1654.
40.Schlesinger,P.H.;Blair,H. C.; Teitelbaum, S. L.; EdwardsJ.C;
J. Biol. Chem.,1997, 272,18636.
41.Neuman, W.F.; Neuman, M.W; University of Chicago press,
Chicago, 1958.
42.Park,J.W.;Kim,Y.J.; Jang, J.H; Appl.Surf.Sci., 2011, 258,
977.
43.EliazN.: ‘Degradation of implant materials’, Springer Science
& Business Media, 2012
44.Sridhar,T.M.;Kamachi Mudali,U.;Subbaiyan, M; Corr. Sci.,
2003, 45,237.
45.Okazaki,Y.;Goth,E; Biomaterials.,2005, 26,11.
46.Ma, L.R .; Sask,K.N .; Shi, C.; Brash, J.L.; Zhitomirsky.I; Mate.
Lett., 2011, 65,681.
47.Miller, P.D.;Holladay,J.W;Wear., 1958, 2,133.
48.Revie,R. W.(Eds);‘Uhlig’s Corrosion Handbook’, John Wiley &
Sons.,2011, 51,133.
49.Lawrence,S.K.;Shults,G.M; J.Exp.Med.,1925,42,565.
50.Kohn. D.H; Curr.Opinion. Sol. State.Mater.Sci., 1998, 3,302-
309.
51.Gonzalez, M.B.; Saidman, S; Corros. Sci.,2011, 53,276.
52.Parsapour, A.; Khorasani, S.N.; Fathi,M.H; Sci. Technol.,2012,
28,125.
53.Sridhar,T.M; Mater. Technol.,2010, 25,184.
54.Dongxia, L.;Keith, S.; Matthew, Z.Y; Surf. & Coat. Technol.,2011,
205,3975.
55.Bora M.;CuneytTas,A; J. Am. Ceram. Soc.,2000, 83,989–91.
56.Bozana, C.; Dejan, M; Vukoman,J; Dental. Journal.,2001, 58,
7.
57.Zhou-Cheng, W.;Yong-Jin, N.; Jin-Cong,H;Biomed. Sci. Eng.,
2008, 1,190.
58.Prem Ananth, K.; Suganya, S.; Mangalaraj, D.; Ferreira, J.M.F.;
Balamurugan A; Mater. Sci. and Engg. C.,2013, 33,4160.
59.Singh, R.; Dahotre,N.B; J Mater Sci: Mater Med.,2007, 18,
725.
60.Kurella,A.;Dahotre. N. B; J.Biomater.Appl.,2005, 20,5.
61.Kumar, S.; Narayanan, T.S.; Raman, G.S.; Seshadri,S.K;
Mater.Sci.Eng.C.,2009, 29,1942.
62.Seah,K.H.W.;Chen, X; J. Mater. Sci.,1993,8,1841.
63.Parsapour, A.; Khorasani, S.N.;Fathi, M.H.; J. Mater Sciand tech.,
2012, 28,125.
64.Kannan, S.;Balamurugan, A.; Rajeswari, S; Electrochimica Acta.,
2004, 49,2395.
65.Prabakaran, K.;Thamaraiselvi,T.V.;Rajeswari,S;Artif, T.B;
Organs., 2006, 19,84.
66.Parsapour, A.;Khorasani, S.N.;Fathi,M.H; Acta Metall. Sin.
(Engl. Lett.).,2013,26,409.
67.Martin, H.J.; Schulz,K.H.;Bumgardner, J. D.;Walters, K.B;
Appl. Surf. Sci.,2008,254,4599.
68.Byrne, R.;Joner, M.; Kastrati,A; Minerva Cardioangiol. 2009,
57,567.
69.Carlyle, W.C.; McClain, J.B.;Tzafriri, A.R.; Bailey, L.; Zani,
B.G.;Markham P.M;J. Control Release.,2012, 162,561-567
70.Hasebe,T.;Ishimaru, T.; Kamijo, A.; Yoshimoto, Y.;
Yoshimura, T.; Yohena,S;Diamond Relat Mater.,2007,16,
1343.
71.Wang, Y.; Liu, L.; Guo,S; Polym Degrad. Stab.,2010,95,207.
72.Weng, W.; Zhang, S.; Cheng, K.;Qu, H.; Du, P.; Shen, G.;
Yuan, J.;Han,G;Surf. Coat. Tech.,2003, 167,292.
73.Chen, Y.;Song,Y.; Zhang, S.; Li, J.; Zhao, C.; Zhang,X.X;
Biomed Mater.,2011,6,025005 .
74.Xu, L.;Yamamoto,A;Coll.Surf B Biointerfaces.,2012, 93,67.
75.Murat, A.;Tolga, K.S;Curr. Phy. Chem.,2012,2,224.
76.Subathira, A.;Meyyappan,R;Rec. Res.Sci.Tech.,2010,2,124.
77.Liu,A.;Oliveira,M.A.S; Mater. Sci.,2009, 27,259.
78.Khan, W.;Kapoor, M.; Kumar, N; Acta Biomaterialia.,2007, 3,
541.
79.Madhan Kumar,A.;Nagarajan Suresh Ramakrishna, S.;
Sudhagar, P.; Yong Soo Kang Zuhair M. Gasem N.Rajendran,
Hyongbum,K;Mater. Sci. Engg.C.,2014,43,76.
80.Ohtsuka, T; Inter.J.corr.,2012,7,Article ID915090.
81.Gopi, D.;Ramya, S.; Rajeswari, D.; Kavitha, L;Colloids. Surf.
B. Bio Interface.,2013, 107,130.
82.Hasanov, R.; Bilgic,S;Prog. Org. Coat.,2009, 64,435.
83.Joseph, S.; McClure, J.C.; Sebastian,P.J.;J. Moreira,
E.Valenzuela. J.Power Sources.,2008, 177,161.
84.Hosseini, M.G.; Bagheri,R.;Najjar,R; J.Appl. Poly.Sci.,2011,
121,3159.
85.Chen, F.;Liu,P; Appl. Mate. & Inter.,2011, 3,2694.
86.Hasanov, R.; Bilgic,S.;Gece,G; J. Sol.State Electro‐Chem., 2011,
15,1063.
87.Yeh,J.M.; Chin, C.P.; Chang,S;Mater. J.Appl. Poly. Sci.,
2003,88,3624.
88.Armelin, E.; Pla,R.;Liesa,F.;Ramis,X.;Iribarren, J.I.;
Aleman,C; Corr. Sci.,2008, 50,721.
)