Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population

The objective of this study was to design custom-made prosthesis in a certain population, the morphometry needs to be measured. The results of this study were expected to provide basic data to design the ideal size of the total knee arthoplasty prosthesis for Indonesian population. This was an anthr...

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Autores principales:	Magetsari,Rahadyan, Suyitno, Dharmastiti,Rini, Salim,Urip A, Hidayat,Luthfi, Yudiman,Twody, Lanodiyu,Zikrina A, Dewo,Punto
Lenguaje:	English
Publicado:	Sociedad Chilena de Anatomía 2015
Materias:	Distal femur morphometry Computed tomography Knee prosthesis Indonesian population
Acceso en línea:	http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022015000400010
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spelling	oai:scielo:S0717-950220150004000102016-03-22Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian PopulationMagetsari,RahadyanSuyitno,Dharmastiti,RiniSalim,Urip AHidayat,LuthfiYudiman,TwodyLanodiyu,Zikrina ADewo,Punto Distal femur morphometry Computed tomography Knee prosthesis Indonesian population The objective of this study was to design custom-made prosthesis in a certain population, the morphometry needs to be measured. The results of this study were expected to provide basic data to design the ideal size of the total knee arthoplasty prosthesis for Indonesian population. This was an anthropometric study conducted on 100 healthy Indonesian population based on Computer Tomographic (CT) imaging on the distal femur resected surface. The parameters being used were Femoral Medio Lateral (fML) length, Femoral Antero Posterior (fAP) length, Femoral Medial Antero Posterior (fMAP) length, Femoral Lateral Antero Posterior (fLAP) length, and Femoral Aspect Ratio (FR). We found that the mean fAP and fML were 54.60±5.71 and 65.98±6.51, respectively. The morphometry of the distal femur were significantly different between male and female (male have larger build), however one of parameters showed different result: fLAP. This study showed that Indonesian people have smaller build compared with their Western counterpart. The proposed dimensions can be used as the basic data to design the ideal size of the custom-made knee arthoplasty prosthesis for Indonesian population.info:eu-repo/semantics/openAccessSociedad Chilena de AnatomíaInternational Journal of Morphology v.33 n.4 20152015-12-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022015000400010en10.4067/S0717-95022015000400010
institution	Scielo Chile
collection	Scielo Chile
language	English
topic	Distal femur morphometry Computed tomography Knee prosthesis Indonesian population
spellingShingle	Distal femur morphometry Computed tomography Knee prosthesis Indonesian population Magetsari,Rahadyan Suyitno, Dharmastiti,Rini Salim,Urip A Hidayat,Luthfi Yudiman,Twody Lanodiyu,Zikrina A Dewo,Punto Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
description	The objective of this study was to design custom-made prosthesis in a certain population, the morphometry needs to be measured. The results of this study were expected to provide basic data to design the ideal size of the total knee arthoplasty prosthesis for Indonesian population. This was an anthropometric study conducted on 100 healthy Indonesian population based on Computer Tomographic (CT) imaging on the distal femur resected surface. The parameters being used were Femoral Medio Lateral (fML) length, Femoral Antero Posterior (fAP) length, Femoral Medial Antero Posterior (fMAP) length, Femoral Lateral Antero Posterior (fLAP) length, and Femoral Aspect Ratio (FR). We found that the mean fAP and fML were 54.60±5.71 and 65.98±6.51, respectively. The morphometry of the distal femur were significantly different between male and female (male have larger build), however one of parameters showed different result: fLAP. This study showed that Indonesian people have smaller build compared with their Western counterpart. The proposed dimensions can be used as the basic data to design the ideal size of the custom-made knee arthoplasty prosthesis for Indonesian population.
author	Magetsari,Rahadyan Suyitno, Dharmastiti,Rini Salim,Urip A Hidayat,Luthfi Yudiman,Twody Lanodiyu,Zikrina A Dewo,Punto
author_facet	Magetsari,Rahadyan Suyitno, Dharmastiti,Rini Salim,Urip A Hidayat,Luthfi Yudiman,Twody Lanodiyu,Zikrina A Dewo,Punto
author_sort	Magetsari,Rahadyan
title	Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
title_short	Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
title_full	Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
title_fullStr	Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
title_full_unstemmed	Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population
title_sort	three dimensional morphometry of distal femur to design knee prosthesis for indonesian population
publisher	Sociedad Chilena de Anatomía
publishDate	2015
url	http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022015000400010
work_keys_str_mv	AT magetsarirahadyan threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT suyitno threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT dharmastitirini threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT salimuripa threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT hidayatluthfi threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT yudimantwody threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT lanodiyuzikrinaa threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation AT dewopunto threedimensionalmorphometryofdistalfemurtodesignkneeprosthesisforindonesianpopulation
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Three Dimensional Morphometry of Distal Femur to Design Knee Prosthesis for Indonesian Population

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