本研究團隊CMRT(Cana Materials Research Team)製作之鈣基骨泥(Calcium-based cement, CBC)，在各項性質都有不錯的表現，但為了避免在手術時產生感染，因此希望能增加材料的抗菌性。一般是使用抗生素來避免感染，阻止細菌生長，由於抗生素會使細菌產生抗藥性，因此CMRT(Cana Materials Research Team)開發了抗菌型鈣基骨泥(Antibacterial Calcium-based Cement, CBCA)，藉由添加抗菌因子提升pH值，藉由高鹼性達到抑菌的效果。
本實驗希望藉由改變θ的結晶樣貌改善抗菌型鈣基骨泥的性質，希望高鹼性不會維持太久，只在初期的時候達到抗菌的作用，讓θ能夠很快就能釋放完畢，並且在θ釋放完後能跟 Λ具有相似的性質。
研究結果發現藉由球磨改變θ的樣貌，能使θ的樣貌趨於一致，；對於同樣球混條件下的θ，球混的效果較好；Γ在第三天pH值就大幅降低，使pH值趨於中性；θ會影響π的生成，使得強度降低。

The research team CMRT (Cana Materials Research Team) make Calcium-based cement (CBC), which has good performance in various properties, but in order to avoid that infection occurs during surgery, so it is hoped to increase the antibacterial properties of the material. Generally, antibiotics are used to avoid infection and prevent the growth of bacteria. Because antibiotics can make bacteria resistant to drugs, CMRT (Cana Materials Research Team) has developed Antibacterial Calcium-based Cement (CBCA). Θ compounds increase the pH and achieve antibacterial effects by high alkalinity.
This experiment hopes to improve the properties of antibacterial calcium-based bone cement. It is hoped that the high alkalinity will not be maintained for long time, and the antibacterial effect will only be achieved at the initial stage, so that θ can quickly release. After the release of θ, it can have similar properties to Δ.
The results of the study found that changing the appearance of θ by ball milling can make the appearance tend to be consistent. Δ has a significant decrease in pH on the third day, making the pH tend to be neutral; θ will reduce the strength.

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