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(Invited) Peptide Screening for the Regulation of Gold Nano-Biomineralization Using Peptide Array Technology

机译:(邀请)使用肽阵列技术调节金纳米生物矿化的肽筛选

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Some peptides have been utilized in the functionalization of nanomaterials, the control of nanoparticle (NP) synthesis, as biotemplating for morphological control, and biocatalysts for the NP crystallization. The catalytic peptides used for NP synthesis, named biomineralisation peptides, generally demonstrate high specific binding to a target material, and are screened from a peptide library (e.g. phage display library). However, the properties of NPs synthesized, using such biomineralization peptides, cannot be predicted from screening process; thus the development of a rational peptide screening method which can be used to synthesize NPs with specific morphological and optical properties would greatly expand the potential of biomineralization peptides.
机译:一些肽已被用于纳米材料的官能化,纳米颗粒(NP)合成的控制,作为形态学对照的生物预期,以及用于NP结晶的生物催化剂。 用于NP合成的催化肽,名为BioMengeration肽,通常证明与靶材料的高特异性结合,并由肽文库(例如噬菌体显示文库)筛选。 然而,利用这种生物醛化肽合成的NPS的性质不能从筛选过程中预测; 因此,可用于合成具有特异性形态学和光学性质的合成肽筛选方法的理性肽筛选方法将大大扩大生物矿化肽的潜力。

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