[1]Control of Morphology of Titania Film with High Apatite-forming Ability Derived From Chemical Treatments of Titanium with Hydrogen Peroxide. S. Kawasaki,K. Tsuru,S. Hayakawa,A. Osaka. 2003

[2]Characterization of hydroxyapatite sputtered films doped with titanium. A.R., Ribeiro,A.P. Piedade,C.C. Ribeiro,M.T. Vieira,M.A. Barbosa. 2007

[3]Poly (vinyl alcohol)/Silk Fibroin/Ag NPs composite nanofibers for bone tissue engineering. M. E. Moncada,C. P. Ossa-Orozco,M. L. Mejia. 2021

[4]Elaboration and physicochemical behaviour of Nano Hydroxyapatite / Silver Nanoparticles biocompsite after 'in vitro' assays. HASSANE OUDADESSE,AMANY MOSTAFA,YANN LEGAL,GUY CATHELINEAU. 2011

[5]About Interactions Between Sol-Gel Derived Silica, Titania and Living Organisms. Reeta Viitala,Sami Areva,Mika Jokinen,Mika Koskinen. 2008

[6]Platelet Adhesion on Titania Film Prepared from Interaction of Ni-Ti Alloy with Hydrogen Peroxide Solution. Satoshi Hayakawa,Kanji Tsuru,Akiyoshi Osaka. 2003

[7]Bonelike Apatite Formation on Synthetic Organic Polymers and Fiber Coated with Titania. Jin-Fang Liu,Satoshi Hayakawa,Kanji Tsuru,J.Z. Jiang,Akiyoshi Osaka. 2007

[8]Calcium Titanate Film-Coating on Titanium with Hydrothermal Treatments. Masayuki Kon,Razia Sultana,Emi Fujihara,Kenzo Asaoka,Tetsuo Ichikawa. 2007

[9]Sol-gel derived methylsiloxane-Ca-Nb-Ta coating on titanium surface by double layered structure. Yasuto Hoshikawa,Eiichi Yasuda,Takamasa Onoki,Masaru Akao,Yasuhiro Tanabe. 2008

[10]The Corrosion Behavior of Titanium in Hydrogen Peroxide Solution with Various Additives. Lei. Xie,Xiao-Xiang Wang,Jian. Li. 2007

[11]Calcium Phosphate Ceramic Blasting on Titanium Surface improve Bone Ingrowth. E. Goyenvalle,E. Aguado,R. Cognet,X.Bourges,G. Daculsi. 2008

[12]Biomimetic Coatings vs. Collagen Sponges as a Carrier for BMP-2: A Comparison of the Osteogenic Responses Triggered in vivo Using an Ectopic Rat Model. Y. Liu,E. B. Hunziker,C. Van de Vaal,K. de Groot. 2003

[13]Anodic oxidation of titanium for implants and prosthesis: processing, characterization and potential improvement of osteointegration. J. Pavón,O. Galvis,F. Echeverría,J.G. Casta?o,M. Echeverry,S. Robledo,E. Jiménez-Piqué,A. Mestra,M. Anglada. 2013

[14]The Study of Human Epithelium Cell Attachment to the Surface of Anode-oxidized Titanium. Yao Wu,Bangcheng Yang,Zhongwei Gu,Xingdong Zhang. 2007

[15]Biomimetic Coating on Titanium Metal and Its Excellent Cell Proliferation. Yang Xiudong,Teng Lizhao,Lu Jian,Wei Qingrong,Wang Hui,Chen Jiyong,Yang Bangcheng. 2007

[16]Corrosion Resistance Study of Electrophoretic Deposited Hydroxyapatite on Stainless Steel for Implant Applications. Kean-Khoon Chew,Sharif Hussein Sharif Zein,Abdul Latif Ahmad,David S. McPhail,Aldo R. Boccaccini. 2012

[17]Ultrastructural Characteristics of Tissue Response after Implantation of Calcium Phosphate Ceramics in the Mandible of Rabbit. V. Zalite,V. Groma,D. Jakovlevs,J. Locs,G. Salms. 2013

[18]Manufacturing and characterization of hydroxyapatite foams produced by gel-casting technique. Gonzalez, J.I.,Escobar, D.M.,Ossa, C.P.O.. 2013

[19]Bone Regeneration Materials. Masanori Kikuchi,Junzo Tanaka. 2007

[20]Preparation of a Bioactive Xenograft. Hyung-Sup Kim,Yong-Keun Lee,Bum-Soon Lim,Chong-Pyong Chung,Sang-Hoon Rhee. 2007