ScholarWorks@Sookmyung Women's University: Lee, Min Hee

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Lee, Min Hee (이민희)

이과대학 (화학과)

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Naphthalimide:6||Fluorescent probe:3||Fluorescence:3||Photoinduced electron transfer:3||pH probe:2||Rhodamine:2||Ratiometric fluorescent probe:2||Calixarenes:2||Fluorescence turnon:2||Diagnosis:2||Zinc detection:2||FRET:2||Ratiometric fluorescence probe:2||NAD(P)H detection:2||Complexation:2||nitroreductase:2||Breast tumor spheroids:1||Calix[4]arene:1||Cation complexation:1||Cell imaging:1||Cellular redox balance:1||Chemical sensors:1||Chemosensors:1||Chromoionophores:1||Cleftform&apos:1||Color change:1||Copper:1||Copper detection:1||Copper ion:1||Coumarin:1||Crystal structures:1||Cu2+ detection:1||Cu2+promoted hydrolysis:1||Cy7 dye:1||Cysteine:1||Detection:1||Detection of nitroreductase (NTR) activity:1||Dicyanocoumarinfused quinolinium:1||Drug metabolism:1||Dual emission imaging:1||Endogenous H2S:1||Endoplasmic reticulum stress:1||Exciplex:1||Farred emission:1||Farred lightemitting chemical probe:1||Fe3O4 nanoparticles:1||Ferrocene:1||Fluorescence offon:1||Fluorescence sensor:1||Fluorescent chemosensors:1||Fluorescent offon probe:1||Glycolysis:1||H2S:1||Homocysteine:1||Homooxacalixarene:1||Hostguest chemistry:1||Hydrogel:1||Hydrogen peroxide:1||Hydrogen sulfide:1||Hypochlorite detection:1||Hypoxia:1||Intramolecular charge transfer (ICT):1||Iron detection:1||Lattice interactions:1||Lipophilic cationic triphenylphosphonium:1||Live cell:1||Metal complexes:1||Metal ions:1||Microfluidic devices:1||Micropatterning:1||Mitochondria targeting:1||NAD(P)H:1||NIR fluorescent probe:1||Nanomagnet:1||Naphthalimideindoline hybrid:1||Naphthalimidepiperazine:1||Nile red:1||Phase I:1||Photoinduced electron transfer (PET):1||Photosensitizer:1||Poly (ethylene glycol) diacrylate:1||Pyrene:1||Pyrophosphate (PPi) detection:1||Reactive oxygen species:1||Realtime monitoring:1||Redemitting fluorescence probe:1||Resorufin dye:1||Reusable test strip:1||Rhodamine 6G:1||Rhodamine hydrazide:1||Singlecell array:1||Small moleculebased fluorescent probes:1||Soil contamination:1||Styrylnaphthalimide:1||Voltammetry:1||Water detection:1||Xenobiotic metabolism:1||Zinc:1||alkaline phosphatase:1||azidecontaining naphthalimide:1||bacteria detection:1||betalactamase:1||bioimaging:1||bipartite fluorescent probe:1||calixpyrroles:1||cancer cells:1||caspase1:1||copper:1||fluorescent offon naphthalimides:1||fluorescent turnon probe:1||glutathione (GSH):1||hNQO1:1||hNQO1 detection:1||human NAD(P)H:quinone oxidoreductase 1 (hNQO1):1||hydrogen sulfide:1||hypoxia:1||intramolecular charge transfer:1||lipopolysaccharide:1||mercury:1||peptidoglycan synthesis:1||photodynamic therapy:1||pyrene:1||receptor:1||rhodamine:1||sensing:1||static excimer:1||trimethyl lock quinone:1||&apos:1||triphenylphosphonium salt:1||2mercaptopyridine:1||7Nitro2,1,3benzoxadiazoleembedded naphthalimide:1||Acrylamidebased Michael addition:1||Aggregationinduced emission (ATE):1||Anion recognition:1||Anions sensing:1||Anticancer agent:1||Antioxidant defense responses:1||Azetidine:1||Azetidines:1||Bacteria detection:1||Bioimaging:1||Biocompatible fluorescent probe:1||Biological imaging:1||Biotin:1||

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Sookmyung Women's University. Cheongpa-ro 47-gil 100 (Cheongpa-dong 2ga), Yongsan-gu, Seoul, 04310, Korea 02-710-9127

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