3D打印医用钛合金的抗菌性能和体外生物相容性
李改明1,2,4,5,刘思雨1,2,4,5,战德松1,2,4,5(
),刘蕊3,任玲3,杨柯3,王敬人1,2,4,5,王强1,2,4,5
),刘蕊3,任玲3,杨柯3,王敬人1,2,4,5,王强1,2,4,5
Antibacterial Properties and Biocompatibility of SLM-fabricated Medical Titanium Alloys
Gaiming LI1,2,4,5,Siyu LIU1,2,4,5,Desong ZHAN1,2,4,5(),Rui LIU3,Ling REN3,Ke YANG3,Jingren WANG1,2,4,5,Qiang WANG1,2,4,5
),Rui LIU3,Ling REN3,Ke YANG3,Jingren WANG1,2,4,5,Qiang WANG1,2,4,5
图3. MC3T3-E1 细胞在三种钛合金表面作用下培养4 h和24 h的罗丹明鬼笔环肽骨架染色
Fig.3. Co-culture of MC3T3-E1 cells on the surface of three titanium alloys for 4 h and 24 h rhodamine phalloidin backbone staining. 4 h: (a1) TC4-5Cu group; (b1) TC4 group; (c1) tc4 group; 24 h: (a2) TC4-5Cu group; (b2) TC4 group; (c2) tc4 group
