Hydroxyapatite: physicochemical properties, biological role and marine origin
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Author
Le, Ho Khanh HyDate
2021
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Show full item recordAlternative Title
Hydroxyapatite: đặc tính hóa lý, vai trò sinh học và nguồn gốc sinh vật biểnAbstract
Biomedical materials research aims to find new forms of materials and medical devices, which can able to adapt to the bio-physiological mechanism of the human body, avoid the elimination, therefore helping improve the quality of human life. Hydroxyapatite (HAp) is one of the stable calcium phosphate (CaP) with loBiomedical materials research aims to find new forms of materials and medical devices, which can able to adapt to the bio-physiological mechanism of the human body, avoid the elimination, therefore helping improve the quality of human life. Hydroxyapatite (HAp) is one of the stable calcium phosphate (CaP) with low solubility and Ca/P ratio similar to the Ca/P ratio in bones and teeth (Ca/P = 1.67). These properties allow HAp to be served as bone-regenerating materials or as a drug carrier. Nowadays, most HAp applied materials are products of synthesis processes, but they are still not enough for widespread applications. Therefore, several chemical methods have been developed to obtain natural HAp from marine organisms such as corals, cuttle-bones, seashells, fish scales, fish bones and algae. w solubility and Ca/P ratio similar to the Ca/P ratio in bones and teeth (Ca/P = 1.67). These properties allow HAp to be served as bone-regenerating materials or as a drug carrier. Nowadays, most HAp applied materials are products of synthesis processes, but they are still not enough for widespread applications. Therefore, several chemical methods have been developed to obtain natural HAp from marine organisms such as corals, cuttle-bones, seashells, fish scales, fish bones and algae.Journal
Collection of Marine Research WorksVolume
26Issue/Article Nr
Special issue to introduce papers from the Collection of Marine Research Works, Volume 26 of Institute of Oceanography on the topic "Marine research for sustainable development" published in Vietnam Journal of Marine Science and Technology, Vol. 21(4A), 2021Page Range
49-65Resource/Dataset Location
http://113.160.249.209:8080/xmlui/handle/123456789/20595