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• W4205163530 endingPage "113954" @default.
• W4205163530 startingPage "113954" @default.
• W4205163530 abstract "Two-dimensional metal organic framework (2D MOF Cu-TCPP) with significantly enhanced photoelectric properties was synthesized by a simple hydrothermal method. The π-stacked electroactive porphyrin molecules of TCPP-based 2D MOF carry out charge transport in the MOF structure. The d-d band transition of Cu2+ and its 2D ultra-thin characteristics can produce excellent near-infrared light absorption to couple with SPR. Three key parameters including the refractive index sensitivity, detection accuracy and quality factor were improved significantly for 2D MOF modified gold chips. Especially, the refractive index sensitivity was increased from 98 to 137.67°/RIU after modified with 2D MOF. Thus, for the first time, we applied it as a signal enhancer to improve direct SPR assay for the Programmed death ligand-1 (PD-L1) exosomes. Owning to its large specific surface area, excellent photoelectric properties, highly ordered structure, good dispersion and biocompatibility, the LOD of the SPR sensor was 16.7 particles/mL. The reliability and practicability were further validated by analysis of PD-L1 exosomes in human serum samples. The recovery rate was 93.43 %–102.35%, with RSD of 5.79 %–14.6%. Given their excellent signal amplification ability, 2D MOF Cu-TCPP could serve as an ideal SPR sensitizer for rapid and sensitive detection of trace disease markers." @default.
• W4205163530 created "2022-01-25" @default.
• W4205163530 creator A5031915027 @default.
• W4205163530 creator A5040984520 @default.
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• W4205163530 creator A5073212256 @default.
• W4205163530 creator A5076662789 @default.
• W4205163530 creator A5088228477 @default.
• W4205163530 date "2022-04-01" @default.
• W4205163530 modified "2023-10-14" @default.
• W4205163530 title "Rapid and sensitive detection of PD-L1 exosomes using Cu-TCPP 2D MOF as a SPR sensitizer" @default.
• W4205163530 cites W1448431215 @default.
• W4205163530 cites W1512552950 @default.
• W4205163530 cites W1514106353 @default.
• W4205163530 cites W1824406037 @default.
• W4205163530 cites W1921687587 @default.
• W4205163530 cites W1963256408 @default.
• W4205163530 cites W1964056392 @default.
• W4205163530 cites W1965128640 @default.
• W4205163530 cites W1966833392 @default.
• W4205163530 cites W1968285372 @default.
• W4205163530 cites W1973260029 @default.
• W4205163530 cites W1977645046 @default.
• W4205163530 cites W1978696932 @default.
• W4205163530 cites W1987544254 @default.
• W4205163530 cites W1988524311 @default.
• W4205163530 cites W1994788959 @default.
• W4205163530 cites W1997601716 @default.
• W4205163530 cites W2006188128 @default.
• W4205163530 cites W2007787260 @default.
• W4205163530 cites W2007971555 @default.
• W4205163530 cites W2008499025 @default.
• W4205163530 cites W2013261476 @default.
• W4205163530 cites W2015365520 @default.
• W4205163530 cites W2017162938 @default.
• W4205163530 cites W2021531909 @default.
• W4205163530 cites W2033041394 @default.
• W4205163530 cites W2040057498 @default.
• W4205163530 cites W2047732686 @default.
• W4205163530 cites W2050568513 @default.
• W4205163530 cites W2054880786 @default.
• W4205163530 cites W2057211571 @default.
• W4205163530 cites W2066029042 @default.
• W4205163530 cites W2067490088 @default.
• W4205163530 cites W2075246559 @default.
• W4205163530 cites W2093400957 @default.
• W4205163530 cites W2104403517 @default.
• W4205163530 cites W2107554235 @default.
• W4205163530 cites W2110435198 @default.
• W4205163530 cites W2120686074 @default.
• W4205163530 cites W2131063908 @default.
• W4205163530 cites W2142885828 @default.
• W4205163530 cites W2145097824 @default.
• W4205163530 cites W2151153328 @default.
• W4205163530 cites W2158510121 @default.
• W4205163530 cites W2160144694 @default.
• W4205163530 cites W2165439362 @default.
• W4205163530 cites W2169162869 @default.
• W4205163530 cites W2195186854 @default.
• W4205163530 cites W2259788764 @default.
• W4205163530 cites W2305173841 @default.
• W4205163530 cites W2316590129 @default.
• W4205163530 cites W2329067446 @default.
• W4205163530 cites W2404600454 @default.
• W4205163530 cites W2574532193 @default.
• W4205163530 cites W2596931055 @default.
• W4205163530 cites W2608509854 @default.
• W4205163530 cites W2615493343 @default.
• W4205163530 cites W2639803253 @default.
• W4205163530 cites W2775826461 @default.
• W4205163530 cites W2799458305 @default.
• W4205163530 cites W2810224989 @default.
• W4205163530 cites W2865539894 @default.
• W4205163530 cites W2885157784 @default.
• W4205163530 cites W2886973082 @default.
• W4205163530 cites W2890063444 @default.
• W4205163530 cites W2898701563 @default.
• W4205163530 cites W2899818613 @default.
• W4205163530 cites W2915285521 @default.
• W4205163530 cites W2917381667 @default.
• W4205163530 cites W2940030261 @default.
• W4205163530 cites W2941837697 @default.
• W4205163530 cites W2945213670 @default.
• W4205163530 cites W2973181640 @default.
• W4205163530 cites W2985073904 @default.
• W4205163530 cites W3014644177 @default.
• W4205163530 cites W3037464148 @default.
• W4205163530 cites W3045370740 @default.
• W4205163530 cites W3093225500 @default.
• W4205163530 cites W3099973827 @default.
• W4205163530 cites W3102550041 @default.
• W4205163530 cites W3107285795 @default.
• W4205163530 cites W3156225752 @default.
• W4205163530 cites W3170215000 @default.
• W4205163530 cites W3176504880 @default.
• W4205163530 cites W3189792876 @default.
• W4205163530 doi "https://doi.org/10.1016/j.bios.2021.113954" @default.
• W4205163530 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35030466" @default.

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