“…The biotin-amine probe reacts with cancer cell FA to form a Schiff base detectable by SA-conjugated fluorescent or colorimetric probes. 177 Hydrazone formation and photo-induced electron transfer effect suppression were used to create a biotin-pendant-decorated naphthalimide-based FA sensor for cancer cells. After adding FA to a phosphate-buffered saline PBS-buffered aqueous sensor solution, absorbance at 428 nm increased slightly, and fluorescence enhancement at 541 nm increased 140-fold.…”
Section: Formaldehyde Sensingmentioning
confidence: 99%
“…The biotin-amine probe reacts with cancer cell FA to form a Schiff base detectable by SA-conjugated fluorescent or colorimetric probes. 177…”
Section: Biotin-functionalized Nps For Cancer Detectionmentioning
Biotin-functionalized nanoparticles enhance cancer detection by targeting biotin receptors, which are overexpressed on cancer cells. This targeted approach improves imaging accuracy and efficacy in identifying cancerous tissues.
“…The biotin-amine probe reacts with cancer cell FA to form a Schiff base detectable by SA-conjugated fluorescent or colorimetric probes. 177 Hydrazone formation and photo-induced electron transfer effect suppression were used to create a biotin-pendant-decorated naphthalimide-based FA sensor for cancer cells. After adding FA to a phosphate-buffered saline PBS-buffered aqueous sensor solution, absorbance at 428 nm increased slightly, and fluorescence enhancement at 541 nm increased 140-fold.…”
Section: Formaldehyde Sensingmentioning
confidence: 99%
“…The biotin-amine probe reacts with cancer cell FA to form a Schiff base detectable by SA-conjugated fluorescent or colorimetric probes. 177…”
Section: Biotin-functionalized Nps For Cancer Detectionmentioning
Biotin-functionalized nanoparticles enhance cancer detection by targeting biotin receptors, which are overexpressed on cancer cells. This targeted approach improves imaging accuracy and efficacy in identifying cancerous tissues.
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