Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)

Reconstruction of large bone defects caused bytrauma, excisionof tumors, and congenital malformations can be very difficultto perform. Bone engineering offers an option to improve bone reconstruction procedures. This Interdisciplinaryfield applies the principles of biologyand engineering to the deve...

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Main Author: Perpustakaan UGM, i-lib
Format: Article
Published: [Yogyakarta] : Universitas Gadjah Mada 2011
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author Perpustakaan UGM, i-lib
author_facet Perpustakaan UGM, i-lib
author_sort Perpustakaan UGM, i-lib
collection UGM
description Reconstruction of large bone defects caused bytrauma, excisionof tumors, and congenital malformations can be very difficultto perform. Bone engineering offers an option to improve bone reconstruction procedures. This Interdisciplinaryfield applies the principles of biologyand engineering to the development of functional substitutes for damaged bone. Our research aimed to find the ideal scaffold for bone regeneration, focusing on Calcium and Phosphate combination. In this study, Plaster of Paris (POP)was combined with CHA and implanted in femoral condyles of rats. Accordingto the experimental result, it can be concluded that there was no significant difference in response to the implantation of POP and POP-CHAin Sprague Dawley rat femur condyle (p
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spelling oai:generic.eprints.org:290932014-06-18T00:23:44Z https://repository.ugm.ac.id/29093/ Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement) Perpustakaan UGM, i-lib Jurnal i-lib UGM Reconstruction of large bone defects caused bytrauma, excisionof tumors, and congenital malformations can be very difficultto perform. Bone engineering offers an option to improve bone reconstruction procedures. This Interdisciplinaryfield applies the principles of biologyand engineering to the development of functional substitutes for damaged bone. Our research aimed to find the ideal scaffold for bone regeneration, focusing on Calcium and Phosphate combination. In this study, Plaster of Paris (POP)was combined with CHA and implanted in femoral condyles of rats. Accordingto the experimental result, it can be concluded that there was no significant difference in response to the implantation of POP and POP-CHAin Sprague Dawley rat femur condyle (p [Yogyakarta] : Universitas Gadjah Mada 2011 Article NonPeerReviewed Perpustakaan UGM, i-lib (2011) Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement). Jurnal i-lib UGM. http://i-lib.ugm.ac.id/jurnal/download.php?dataId=12156
spellingShingle Jurnal i-lib UGM
Perpustakaan UGM, i-lib
Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title_full Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title_fullStr Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title_full_unstemmed Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title_short Remodeling Capacity of Femoral Bone Defect by POP-CHA Bone Substitute: A Study in Rats' Osteoclast (First Series of POP-based Bone Graft Improvement)
title_sort remodeling capacity of femoral bone defect by pop cha bone substitute a study in rats osteoclast first series of pop based bone graft improvement
topic Jurnal i-lib UGM
work_keys_str_mv AT perpustakaanugmilib remodelingcapacityoffemoralbonedefectbypopchabonesubstituteastudyinratsosteoclastfirstseriesofpopbasedbonegraftimprovement