Polypeptide Interlocking Organic Phosphorescent Materials with Superior Moisture and High Temperature Resistance

Biobased polymers with abundant hydrogen bond sites, excellent biocompatibility, and degradability are expected to serve as promising matrices for organic phosphorescent materials, thereby overcoming the hard degradation of petrochemical-based matrices. However, biobased polymer phosphorescent mater...

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Príomhchruthaitheoir:	Run Wang (731078) (author)
Rannpháirtithe:	Wensheng Xu (10677819) (author), Nabi Ahmad (22815830) (author), Jiang Liu (197069) (author), Ziyi Lu (1771852) (author), Xilong Yan (538455) (author), Yang Li (7082) (author), Bowei Wang (2708473) (author), Ligong Chen (259976) (author)
Foilsithe / Cruthaithe:	2025
Ábhair:	Biochemistry Molecular Biology Pharmacology Biotechnology Evolutionary Biology Ecology Cancer Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified rapid quantitative detection dynamic phosphorescence performance organic phosphorescent materials high temperature resistance based phosphorescent films amphoteric guest molecules amino pair formed high temperature guest molecules phosphorescence intensity thereby overcoming thereby enhancing synergistically anchored superior moisture successfully constructed substantially limiting steam fumigation rich ε rich γ retaining 94 promising matrices polyglutamic acid ph response pattern anticounterfeiting inadequate moisture hydrogen bonds hard degradation experiments revealed excellent biocompatibility electrostatic interactions composite material basic gases based matrices application scenarios 393 k 1139 ms
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Polypeptide Interlocking Organic Phosphorescent Materials with Superior Moisture and High Temperature Resistance

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