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The use of dental implants is now wider, and has various types of dentures. Today, titanium is still the 'gold standard' for the manufacture of dental implants because of the high long-term clinical success rate. However, concerns arise from titanium metals that have caused allergic reactions and sensitivity. Therefore, the purpose of this study was to produce HA isolates that have characteristics that meet the requirements of proactive raw materials in making biochemical body implants through isolation and characterization of HA from GT fish bone waste. The planned research activities include preparation of fish bone test samples, HA characterization with FTIR, XRD, and XRF. Based on XRF analysis it was found that CaO compound had the biggest percentage which was 68,96%. FTIR analysis indicate the presence of OH groups, CO3 and PO4. And xrd analysis shows that the crystallite phase formed is hexagonal.

Isolation and Characterization of hydroxyapatite from Giant Travelly (GT) Fish bone Waste as a Biocheramic Materials for Aplication of Implant Dental Body