因此，如图15所示，基于锌和Zn-（0.2-1.4）Li合金的细胞的结果说明了反应提取物浓度和Li浓度对ZnLi合金细胞的影响。图中的橙色区域显示细胞增殖区域具有超过100%的细胞活力，绿色区域表明没有细胞毒性区域，细胞生存能力为75%到100%。红色破折线表明安全提取到L-929细胞的提取浓度，表明释放的Zn2+/Li+浓度没有超过L-929细胞的公差范围。因此，如图15中从A到B的大写字母标记，Zn-（0.2-1.4）Li合金提取物到L-929细胞中耐受性最高的Zn2+/Li+离子浓度可根据100%提取物的离子浓度计算

Thus, based on the cell viability results of Zn and Zn-(0.2–1.4)Li alloys, a matrix diagram reflecting the influence of extracts concentration and Li content on cell viabilities of ZnLi alloys is illustrated, shown in Fig. 15. The orange areas in the diagram indicate cell proliferation region with cell viabilities over 100%. The green areas indicate no cytotoxicity region with cell viabilities ranged from 75% to 100%. The red dash line indicates the safety extracts concentration to L- 929 cell, suggesting that the released Zn2+/Li+ concentrations do not exceed the tolerance range of L-929 cells. As a result, as marked by capital letters from A to B in Fig. 15, the most tolerated Zn2+/Li+ ions concentration of Zn-(0.2–1.4)Li alloys extracts to L-929 cell can be calculated according to ion concentration of 100% extracts (Fig. 12b), which are listed in Table 7.