other:ior_gait:documentation:foot
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- | {{====== | + | ====== |
- | iorfoot_small.jpg | + | ===== IORfoot References ===== |
+ | |||
+ | {{: | ||
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- | |**giacomozzi c, leardini a, caravaggi p.(2014)** "correlates | + | |**Giacomozzi C, Leardini A, Caravaggi P.(2014)** "Correlates |
- | |// | + | |// |
- | |baropodometry | + | |Baropodometry |
\\ | \\ | ||
- | |**carter sl, sato n, hopper ls (2017)** "kinematic | + | |**Carter SL, Sato N, Hopper LS (2017)** "Kinematic |
- | |// | + | |// |
- | |the purpose of this study was to determine the intra and inter-assessor repeatability of a modified | + | |The purpose of this study was to determine the intra and inter-assessor repeatability of a modified |
- | |**dingenen b, deschamps k, delchambre f, van peer e, staes ff, matricali ga. (2017)** "effect | + | |**Dingenen B, Deschamps K, Delchambre F, Van Peer E, Staes FF, Matricali GA. (2017)** "Effect |
- | |// | + | |// |
- | |objectives:\\ \\ to evaluate multi-segmental foot kinematic patterns in chronic ankle instability (cai) participants during walking, and to investigate the influence of high-dye and low-dye taping on these kinematic patterns. | + | |OBJECTIVES:\\ \\ To evaluate multi-segmental foot kinematic patterns in chronic ankle instability (CAI) participants during walking, and to investigate the influence of high-Dye and low-Dye taping on these kinematic patterns. |
- | |**leardini a, aquila a, caravaggi p, ferraresi c, giannini s. (2014)** "multi-segment foot mobility in a hinged ankle-foot orthosis: the effect of rotation axis position." | + | |**Leardini A, Aquila A, Caravaggi P, Ferraresi C, Giannini S. (2014)** "Multi-segment foot mobility in a hinged ankle-foot orthosis: the effect of rotation axis position." |
- | |// | + | |// |
- | |hinged | + | |Hinged |
\\ | \\ | ||
- | |**eerdekens m, staes f, pilkington t and deschamps k(2017)** \\ \\ "a novel magnet based 3d printed marker wand as basis for repeated in-shoe multi\\ \\ segment foot analysis: a proof of concept." | + | |**Eerdekens M, Staes F, Pilkington T and Deschamps K(2017)** \\ \\ "A novel magnet based 3D printed marker wand as basis for repeated in-shoe multi\\ \\ segment foot analysis: a proof of concept." |
- | |//journal | + | |//Journal |
- | |abstract\\ \\ background: application | + | |Abstract\\ \\ Background: Application |
\\ | \\ | ||
- | |**deschamps k, staes f, bruyninckx h, busschots e, jaspers e, atre a, desloovere k.(2012)** "repeatability | + | |**Deschamps K, Staes F, Bruyninckx H, Busschots E, Jaspers E, Atre A, Desloovere K.(2012)** "Repeatability |
- | |// | + | |// |
- | |a recently published systematic review on 3d multi-segment foot models has illustrated the lack of repeatability studies providing evidence for appropriate clinical decision making. | + | |A recently published systematic review on 3D multi-segment foot models has illustrated the lack of repeatability studies providing evidence for appropriate clinical decision making. |
\\ | \\ | ||
- | |**powell dw, williams ds, butler rj. (2013)** "a comparison of two multisegment foot models in high-and low-arched athletes." | + | |**Powell DW, Williams DS, Butler RJ. (2013)** "A comparison of two multisegment foot models in high-and low-arched athletes." |
- | |// | + | |// |
- | |malalignment | + | |Malalignment |
\\ | \\ | ||
- | |**arnold jb, mackintosh s, jones s, thewlis d. (2013)** "repeatability | + | |**Arnold JB, Mackintosh S, Jones S, Thewlis D. (2013)** "Repeatability |
- | |// | + | |// |
- | |confidence | + | |Confidence |
\\ | \\ | ||
- | |**deschamps k, staes f, bruyninckx h, busschots e, matricali ga, spaepen p, meyer c, desloovere k. (2012)** "repeatability | + | |**Deschamps K, Staes F, Bruyninckx H, Busschots E, Matricali GA, Spaepen P, Meyer C, Desloovere K. (2012)** "Repeatability |
- | |// | + | |// |
- | |repeatability | + | |Repeatability |
\\ | \\ | ||
- | |**benedetti mg, manca m, ferraresi g, boschi m, leardini a.(2011)** "a new protocol for 3d assessment of foot during gait: application on patients with equinovarus foot." | + | |**Benedetti MG, Manca M, Ferraresi G, Boschi M, Leardini A.(2011)** "A new protocol for 3D assessment of foot during gait: application on patients with equinovarus foot." |
- | |// | + | |// |
- | |background:\\ \\ the aim of this study is to assess the clinical value of a recently introduced original protocol for full three dimensional analysis of ankle rotations in patients with equinovarus foot. methods: a preliminary study merging the total3dgait | + | |BACKGROUND:\\ \\ The aim of this study is to assess the clinical value of a recently introduced original protocol for full three dimensional analysis of ankle rotations in patients with equinovarus foot. METHODS: A preliminary study merging the Total3Dgait |
\\ | \\ | ||
- | |**leardini a, benedetti mg, berti l, bettinelli d, nativo r, giannini s.(2007)** "rear-foot, mid-foot and fore-foot motion during the stance phase of gait." | + | |**Leardini A, Benedetti MG, Berti L, Bettinelli D, Nativo R, Giannini S.(2007)** "Rear-foot, mid-foot and fore-foot motion during the stance phase of gait." |
- | |// | + | |// |
- | |this paper proposes a new protocol designed to track a large number of foot segments during the stance phase of gait with the smallest possible number of markers, with particular clinical focus on coronal plane alignment of the rear-foot, transverse and sagittal plane alignment of the metatarsal bones, and changes at the medial longitudinal arch. the shank, calcaneus, mid-foot and metatarsus were assumed to be 3d rigid bodies. | + | |This paper proposes a new protocol designed to track a large number of foot segments during the stance phase of gait with the smallest possible number of markers, with particular clinical focus on coronal plane alignment of the rear-foot, transverse and sagittal plane alignment of the metatarsal bones, and changes at the medial longitudinal arch. The shank, calcaneus, mid-foot and metatarsus were assumed to be 3D rigid bodies. |
- | ===== articles | + | ==== Articles |
- | |**takabayashi t, edama m, nakamura e, yokoyama e, kanaya c and kubo m (2017** "coordination | + | |**Takabayashi T, Edama M, Nakamura E, Yokoyama E, Kanaya C and Kubo M (2017** "Coordination |
- | |// | + | |// |
- | |abstract\\ \\ background: examining | + | |Abstract\\ \\ Background: Examining |
\\ | \\ | ||
- | |**monaghan gm, lewis cl, hsu wh, saltzman e, hamill j, holt kg.(2012)** "forefoot | + | |**Monaghan GM, Lewis CL, Hsu WH, Saltzman E, Hamill J, Holt KG.(2012)** "Forefoot |
- | |// | + | |// |
- | |the biomechanical mechanisms that link foot structure to injuries of the musculoskeletal system during gait are not well understood. | + | |The biomechanical mechanisms that link foot structure to injuries of the musculoskeletal system during gait are not well understood. |
\\ | \\ | ||
- | |**lin sc, chen cp, tang sf, wong am, hsieh jh, chen wp.(2013)** "changes | + | |**Lin SC, Chen CP, Tang SF, Wong AM, Hsieh JH, Chen WP.(2013)** "Changes |
- | |// | + | |// |
- | |windlass | + | |Windlass |
\\ | \\ | ||
- | |**caravaggi p, leardini a, crompton r.(2010)** "kinematic | + | |**Caravaggi P, Leardini A, Crompton R.(2010)** "Kinematic |
- | |// | + | |// |
- | |evidence | + | |Evidence |
+ | |||
+ | ==== Shod versus Barefoot ==== | ||
- | ===== shod versus barefoot ===== | + | |**Sinclair J, Taylor PJ, Hebron J, Chockalingam N(2014)** " |
+ | |// | ||
+ | |Models with three segments have been implemented in order to represent the movement of the foot in a comprehensive way during walking and running, however the efficacy of mounting such a system of markers externally onto the shoe has not been explored. The aim of the current investigation was to determine whether 3-D three-segment foot kinematics differ between skin and shoe-mounted markers. Twelve male participants walked and ran at 1.25m/s and 4.0m/s along a 22 m runway. Multi-segment foot kinematics were captured simultaneously using markers placed externally on the shoe and on the skin through windows cut in the shoe. Wilcoxon tests were used to compare the 3-D kinematic parameters, and coefficients of multiple correlations (CMC) were employed to contrast the 3-D kinematic waveforms. Strong correlations were observed between the calcaneus-tibia waveforms R2 ≥0.957. However, at the more distal foot articulations lower correlations were found midfoot-calcaneus R2 ≥0.484, metatarsus-midfoot R2 ≥0.538 and metatarsus-calcaneus R2 ≥0.335. Significant differences between in discrete kinematic parameters were also observed between skin and shoe mounted markers, at the midfoot-calcaneus, | ||
- | |**sinclair j, taylor pj, hebron j, chockalingam n(2014)** " | ||
- | |// | ||
- | |models with three segments have been implemented in order to represent the movement of the foot in a comprehensive way during walking and running, however the efficacy of mounting such a system of markers externally onto the shoe has not been explored. the aim of the current investigation was to determine whether 3-d three-segment foot kinematics differ between skin and shoe-mounted markers. twelve male participants walked and ran at 1.25m/s and 4.0m/s along a 22 m runway. multi-segment foot kinematics were captured simultaneously using markers placed externally on the shoe and on the skin through windows cut in the shoe. wilcoxon tests were used to compare the 3-d kinematic parameters, and coefficients of multiple correlations (cmc) were employed to contrast the 3-d kinematic waveforms. strong correlations were observed between the calcaneus-tibia waveforms r2 ≥0.957. however, at the more distal foot articulations lower correlations were found midfoot-calcaneus r2 ≥0.484, metatarsus-midfoot r2 ≥0.538 and metatarsus-calcaneus r2 ≥0.335. significant differences between in discrete kinematic parameters were also observed between skin and shoe mounted markers, at the midfoot-calcaneus, | ||
- | }} |
other/ior_gait/documentation/foot.1718801148.txt.gz · Last modified: 2024/06/19 12:45 by sgranger