三组件式全踝关节置换假体的设计及应用现状(6)

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[1] GLAZEBROOK M,DANIELS T,YOUNGER A ,et of health-related quality of life between patients with end-stage ankle and hip Bone Joint ;90(3):499-505.

[2] GROSS CE,PALANCA AA,DEORIO rationale for total ankle arthroplasty systems: an update.J Am Acad Orthop ;26(10): 353-359.

[3] KOFOED H.Die Entwicklung der Orthop?de.1999;28(9):804-811.

[4] VICKERSTAFF JA,MILES AW,CUNNINGHAM JL .A brief history of total ankle replacement and a review of the current Eng ;29(10):1056-1064.

[5] HENRICSON A,CARLSSON analysis of the single- and double-coated STAR ankle up to 20 years: long-term follow-up of 324 cases from the Swedish ankle Ankle Int.2015;36(10):1156-1160.

[6] PRISSEL MA,ROUKIS of revision after primary implantation of the Scandinavian Total Ankle Replacement system: a systematic Podiatr Med ;30(2): 237- 250.

[7] ZERAHN B,KOFOED H,BORGWARDT bone mineral density adjacent to hydroxy- apatite- coated ankle Ankle Int.2000;21(4):285-289.

[8] KOFOED Total Ankle Replacement (STAR).Clin Orthop Relat Res.2004;(424):73-79.

[9] CRACCHIOLO A,DEORIO features of current total ankle replacements: implants and Am Acad Orthop ;16(9): 530 -540.

[10] BARG A,KNUPP M,HENNINGER HB,et al.Total ankle replacement using HINTEGRA,an unconstrained,three-component system: surgical technique and Ankle ;17(4):607-635.

[11] DE LA FUENTE C,MARTINEZ-VALDES E,CRUZ-MONTECINOS C,et in the ankle muscles co-activation pattern after 5 years following total ankle joint Biomech (Bristol,Avon).2018;59:130-135.

[12] LEARDINI A,O'CONNOR JJ,CATANI F,et of the human ankle and the design of total ankle Orthop Relat Res.2004;(424):39-46.

[13] PAPPAS M,BUECHEL FF,DEPALMA total ankle joint replacement: surgical and biomechanical Orthop Relat Res.1976;(118):82-92.

[14] SCRANTON PE,MCMASTER JG,KELLY fibular function: a new Orthop Relat Res.1976;(118): 76-81.

[15] KOFOED cemented ankle arthroplasty: a prospective series with long-term Ankle Int.1995;16(8):474-479.

[16] GITTINS J,MANN RA.The history of the STAR total ankle Ankle ;7(4):809-816.

[17] BURGE P,EVANS M.Effect of surface replacement arthroplasty on stability of the ;7(1):10-17.

[18] BUECHEL F F,PAPPAS MJ,IORIO LJ.New Jersey low contact stress total ankle replacement: biomechanical rationale and review of 23 cementless ;8(6):279-290.

[19] STAUFFER RN,CHAO EY,BREWSTER RC.Force and motion analysis of the normal,diseased,and prosthetic ankle Orthop Relat Res.1977;(127):189-196.

[20] LEARDINI A,O'CONNOR JJ,CATANI F,et al.A geometric model of the human ankle joint.J ;32(6): 585-591.

[21] LEARDINI A,O'CONNOR JJ,CATANI F,et of the human ankle complex in passive flexion;a single degree of freedom system.J ,32(2):111-118.

[22] LEARDINI A,O'CONNOR JJ.A model for lever-arm length calculation of the flexor and extensor muscles at the ;15(3):220-229.

[23] LEARDINI A,O'CONNOR JJ,CATANI F,et al.The role of the passive structures in the mobility and stability of the human ankle joint: a literature Ankle Int.2000;21(7):.602-615.

[24] LEARDINI A,CATANI F,GIANNINI S,et design of the sagittal shapes of a ligament-compatible total ankle Biol Eng ;39(2):168-175.

[25] LEARDINI A,STAGNI R,O'CONNOR of the subtalar joint in the intact ankle ;34(6):805-809.

[26] LEARDINI A,MOSCHELLA simulation of the natural and replaced human ankle Biol Eng ;40(2):193-199.

[27] 朱敏,唐康来.全踝关节置换假体设计的研究进展[J].中国矫形外科杂志,2019,27(24):2267-2271.

[28] HINTERMANN B,VALDERRABANO V,KNUPP M,et al.Die HINTEGRA- Sprunggelenkprothese: Kurz - und mittelfristige ?de.2006;35(5):533-545.

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