A mild deposition of metallic materials on a plastic film enabled by phage display peptides

Abstract

We demonstrate for the first time a mild deposition of metallic materials on a plastic film, (poly)ethylene tetraphthalate (PET), enabled by phage displayed peptides.

Biochemical functionalization of peptide nanotubes with phage displayed peptides

“…After it, the chip was incubated with E. coli O157:H7, followed by incubation with blocking buffer, anti-E. coli Further, an in situ synthesis of silver particles was conducted in the presence of the bifunctional peptide (RNLLLHQ-GGGG-NPSSLFRYLPSD) and silver nitrate solution. NPSSLFRYLPSD has been demonstrated as an effective peptide motif for the synthesis of silver particles [31,32]. The bifunctional peptides consist of a binding motif to PNT (RNLLLHQ) and a catalytic motif for the synthesis of silver particles (NPSSLFRYLPSD).…”

Recognition of diamond with phage display peptides

“…We have also identied binding motifs of several carbon-based materials, including graphite, 15 graphene, 15 small molecular ink, 19 PDMS, 12,20 epoxy, 21 and PET. 22 In this work, we present for the rst time a powerful and benign approach for the identication of diamond binding motifs with phage display technology. The phage-displayed peptides were vigorously screened from a biocombinatorial library and the screened peptides have shown to recognize diamond surface, which can be used as a binding motif to diamond surface.…”