Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint

Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint

Bibliographic Details
Main Authors: Sancisi Nicola, Parenti-Castelli Vincenzo, Baldisserri Benedetta, Belvedere Claudio, Romagnoli Matteo, D’Angeli Valentina, Leardini Alberto
Format: Article
Language:English
Published: BMC 2012-04-01
Series:Journal of Foot and Ankle Research
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spelling doaj-9e6e028eb1d34f8e8226ab300a644a7f2020-11-24T21:50:29ZengBMCJournal of Foot and Ankle Research1757-11462012-04-015Suppl 1P1310.1186/1757-1146-5-S1-P13Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle jointSancisi NicolaParenti-Castelli VincenzoBaldisserri BenedettaBelvedere ClaudioRomagnoli MatteoD’Angeli ValentinaLeardini Alberto
collection DOAJ
language English
format Article
sources DOAJ
author Sancisi Nicola
Parenti-Castelli Vincenzo
Baldisserri Benedetta
Belvedere Claudio
Romagnoli Matteo
D’Angeli Valentina
Leardini Alberto
spellingShingle Sancisi Nicola
Parenti-Castelli Vincenzo
Baldisserri Benedetta
Belvedere Claudio
Romagnoli Matteo
D’Angeli Valentina
Leardini Alberto
Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
Journal of Foot and Ankle Research
author_facet Sancisi Nicola
Parenti-Castelli Vincenzo
Baldisserri Benedetta
Belvedere Claudio
Romagnoli Matteo
D’Angeli Valentina
Leardini Alberto
author_sort Sancisi Nicola
title Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
title_short Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
title_full Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
title_fullStr Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
title_full_unstemmed Validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
title_sort validation of a one degree-of-freedom spherical model for kinematics analysis of the human ankle joint
publisher BMC
series Journal of Foot and Ankle Research
issn 1757-1146
publishDate 2012-04-01
work_keys_str_mv AT sancisinicola validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT parenticastellivincenzo validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT baldisserribenedetta validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT belvedereclaudio validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT romagnolimatteo validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT dangelivalentina validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
AT leardinialberto validationofaonedegreeoffreedomsphericalmodelforkinematicsanalysisofthehumananklejoint
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