Effect of dilipidization and deproteination protocols of bone on biological apatite
Delipidization and deproteination methods are essential for the isolation of the mineral phase of bone, the biological apatite. In the present work, the effect of the above methods on the crystal size and crystallinity of bone mineral was studied. Ten bovine bones were subjected to these protocols a...
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Διαθέσιμο Online: | http://hdl.handle.net/10889/5188 |
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nemertes-10889-51882022-09-05T13:58:50Z Effect of dilipidization and deproteination protocols of bone on biological apatite Kontoyannis, Christos Orkoula, Malvina Karampas, Ioannis Κοντογιάννης, Χρήστος Όρκουλα, Μαλβίνα Καραμπάς, Ιωάννης Apatite Bone deproteination X-ray Diffraction Bone crystallinity Απατίτης Αποπρωτεΐνωση οστού Κρυστάλλωση οστού Delipidization and deproteination methods are essential for the isolation of the mineral phase of bone, the biological apatite. In the present work, the effect of the above methods on the crystal size and crystallinity of bone mineral was studied. Ten bovine bones were subjected to these protocols and their crystal size and crystallinity were determined by X-ray Diffraction. In all cases, the delipidization protocol was found not to affect these parameters. On the other hand, deproteination method induces noteworthy changes. All the results statistically tested for their significance. 2012-05-04T07:48:49Z 2012-05-04T07:48:49Z 9-11 Μαΐου 2009 2012-05-04 Conference (paper) Research papers http://hdl.handle.net/10889/5188 en Η Φαρμακευτική στον 21ο αιώνα application/pdf |
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UPatras |
collection |
Nemertes |
language |
English |
topic |
Apatite Bone deproteination X-ray Diffraction Bone crystallinity Απατίτης Αποπρωτεΐνωση οστού Κρυστάλλωση οστού |
spellingShingle |
Apatite Bone deproteination X-ray Diffraction Bone crystallinity Απατίτης Αποπρωτεΐνωση οστού Κρυστάλλωση οστού Kontoyannis, Christos Orkoula, Malvina Karampas, Ioannis Effect of dilipidization and deproteination protocols of bone on biological apatite |
description |
Delipidization and deproteination methods are essential for the isolation of the mineral phase of bone, the biological apatite. In the present work, the effect of the above methods on the crystal size and crystallinity of bone mineral was studied. Ten bovine bones were subjected to these protocols and their crystal size and crystallinity were determined by X-ray Diffraction. In all cases, the delipidization protocol was found not to affect these parameters. On the other hand, deproteination method induces noteworthy changes. All the results statistically tested for their significance. |
author2 |
Κοντογιάννης, Χρήστος |
author_facet |
Κοντογιάννης, Χρήστος Kontoyannis, Christos Orkoula, Malvina Karampas, Ioannis |
format |
Conference (paper) |
author |
Kontoyannis, Christos Orkoula, Malvina Karampas, Ioannis |
author_sort |
Kontoyannis, Christos |
title |
Effect of dilipidization and deproteination protocols of bone on biological apatite |
title_short |
Effect of dilipidization and deproteination protocols of bone on biological apatite |
title_full |
Effect of dilipidization and deproteination protocols of bone on biological apatite |
title_fullStr |
Effect of dilipidization and deproteination protocols of bone on biological apatite |
title_full_unstemmed |
Effect of dilipidization and deproteination protocols of bone on biological apatite |
title_sort |
effect of dilipidization and deproteination protocols of bone on biological apatite |
publishDate |
2012 |
url |
http://hdl.handle.net/10889/5188 |
work_keys_str_mv |
AT kontoyannischristos effectofdilipidizationanddeproteinationprotocolsofboneonbiologicalapatite AT orkoulamalvina effectofdilipidizationanddeproteinationprotocolsofboneonbiologicalapatite AT karampasioannis effectofdilipidizationanddeproteinationprotocolsofboneonbiologicalapatite |
_version_ |
1771297238586228736 |