推荐阅读文章 | 多孔纳米材料固定化酶研究进展

图1  ZIF-70固定亚甲基绿和脱氢酶的示意图

Figure 1  Schematic diagram of fixed methylene green and dehydrogenase in ZIF-70

图2  微孔转变为微介孔MOF示意图

Figure 2  Schematic diagram of microporous to micro- and mesoporous MOF

图3  Fe₃O₄@MIL-100(Fe)的合成路线及脂肪酶的固定化示意图

Figure 3  Synthesis route of Fe₃O₄@MIL-100 (Fe) and immobilization diagram of lipase

图4  由软生物组织矿化的坚硬的多孔保护壳的海胆示意图(A)和包裹在多孔的MOF结晶壳中的蛋白质、酶、DNA等生物大分子(B)

Figure 4  Schematic diagram of sea urchin with hard porous protective shell mineralized by soft biological tissue (A) and proteins, enzymes, DNA and other biological macromolecules are wrapped in porous MOF crystal shell (B)

图5  E@ZIF-8@ZnTA生物催化剂的制备

Figure 5  Schematic preparation of E@ZIF-8@ZnTA biocatalysts

图6  酶进入COF孔道示意图

Figure 6  Schematic diagram of enzyme entering into COF channel

图7  生物分子共价固定在COF中

Figure 7  Covalent immobilization of biomolecules in COF

图8  MG@TpPa-1-胰蛋白酶的合成过程

Figure 8  Synthesis of MG@TpPa-1-trypsin

图9  BTCA-MCMs的制备(A)和溶菌酶与BTCA-MCMs的共价结合(B)

Figure 9  Preparation of BTCA-MCMs (A) and covalent bonding of lysozyme with BTCA-MCMs (B)

图10  PCMN制备机理示意图

Figure 10  Schematic diagram of PCMN preparation mechanism

图11  抗体制备和应用的体外保护涂层策略示意图

Figure 11  Schematic diagram of in vitro protective coating strategy for antibody preparation and application

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本期制作：赵彬涵