Zinātniskās darbības atbalsta sistēma
Publikācija: Accelerated Transformation of Brushite Cement into Carbonate Apatite in Biomimetic Solution
| Publikācijas veids | Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS |
|---|---|
| Pamatdarbībai piesaistītais finansējums | Pētniecības projekti |
| Aizstāvēšana: | , |
| Publikācijas valoda | English (en) |
| Nosaukums oriģinālvalodā | Accelerated Transformation of Brushite Cement into Carbonate Apatite in Biomimetic Solution |
| Pētniecības nozare | 2. Inženierzinātnes un tehnoloģijas |
| Pētniecības apakšnozare | 2.5. Materiālzinātne |
| Pētniecības platforma | Materiāli, procesi un tehnoloģijas |
| Autori |
Sahin Altundal
Marco Laurenti Enrique J. Lōpez-Cabarcos Retam J. Rubio Kārlis-Agris Gross |
| Atslēgas vārdi | Apatite formation, Biomimetic solution, Brushite, Carbonate apatite, Co-precipitation, Surface modificationTransformation |
| Anotācija | Brushite cement has advantages, such as fast setting, high reactivity and good injectability, over apatitic cements. To induce the bioactivity of brushite cements, the goal was to convert it into a bone-like low crystalline carbonate apatite. To achieve this induced transformation, potassium and magnesium were used as dopants, which were claimed to be effective in the literature. The cements were immersed for 2 periods of time: 1 day and 6 weeks in Tas-Simulated-Body-Fluid (Tas-SBF) due to its excellent biomimetic properties with its adjusted HCO3- and Clionic rates according to human-blood-plasma. 5 % of potassium (to calcium sites) seemed to be more effective over magnesium modification. The aim of this study is to define an optimal composition in terms of transforming brushite into apatite. |
| DOI: | 10.4028/www.scientific.net/KEM.800.70 |
| Hipersaite: | https://www.scientific.net/KEM.800.70  |
| Atsauce | Altundal, S., Laurenti, M., Lōpez-Cabarcos, E., Rubio, R., Gross, K. Accelerated Transformation of Brushite Cement into Carbonate Apatite in Biomimetic Solution. No: Key Engineering Materials, Latvija, Rīga, 26.-26. oktobris, 2018. Switzerland: Trans Tech Publications, 2019, 70.-74.lpp. ISBN 978-303571407-4. ISSN 1013-9826. Pieejams: doi:10.4028/www.scientific.net/KEM.800.70 |
| Papildinformācija |
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| ID | 30220 |
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