Matches in SemOpenAlex for { <https://semopenalex.org/work/W2425277263> ?p ?o ?g. }
- W2425277263 endingPage "17629" @default.
- W2425277263 startingPage "17623" @default.
- W2425277263 abstract "An efficient ligand exchange strategy for aqueous phase transfer of hydrophobic CuInS2/ZnS quantum dots was developed by employing glutathione (GSH) and mercaptopropionic acid (MPA) as the ligands. The whole process takes less than 20 min and can be scaled up to gram amount. The material characterizations show that the final aqueous soluble samples are solely capped with GSH on the surface. Importantly, these GSH-capped CuInS2/ZnS quantum dots have small size (hydrodynamic diameter <10 nm), moderate fluorescent properties (up to 34%) as well as high stability in aqueous solutions (stable for more than three months in 4 °C without any significant fluorescence quenching). Moreover, this ligand exchange strategy is also versatile for the aqueous phase transfer of other hydrophobic quantum dots, for instance, CuInSe2 and CdSe/ZnS quantum dots. We further demonstrated that GSH-capped quantum dots could be suitable fluorescence markers to penetrate cell membrane and image the cells. In addition, the GSH-capped CuInS2 quantum dots also have potential use in other fields such as photocatalysis and quantum dots sensitized solar cells." @default.
- W2425277263 created "2016-06-24" @default.
- W2425277263 creator A5019178382 @default.
- W2425277263 creator A5020984734 @default.
- W2425277263 creator A5042404908 @default.
- W2425277263 creator A5044414694 @default.
- W2425277263 creator A5046020427 @default.
- W2425277263 creator A5069564713 @default.
- W2425277263 date "2015-08-10" @default.
- W2425277263 modified "2023-10-16" @default.
- W2425277263 title "Small GSH-Capped CuInS<sub>2</sub> Quantum Dots: MPA-Assisted Aqueous Phase Transfer and Bioimaging Applications" @default.
- W2425277263 cites W1964398725 @default.
- W2425277263 cites W1964603841 @default.
- W2425277263 cites W1964712562 @default.
- W2425277263 cites W1972531827 @default.
- W2425277263 cites W1973722757 @default.
- W2425277263 cites W1978657416 @default.
- W2425277263 cites W1978713561 @default.
- W2425277263 cites W1979260070 @default.
- W2425277263 cites W1996238141 @default.
- W2425277263 cites W1996844579 @default.
- W2425277263 cites W2001062442 @default.
- W2425277263 cites W2003589691 @default.
- W2425277263 cites W2017540868 @default.
- W2425277263 cites W2019927974 @default.
- W2425277263 cites W2020920189 @default.
- W2425277263 cites W2021911754 @default.
- W2425277263 cites W2024167476 @default.
- W2425277263 cites W2028606892 @default.
- W2425277263 cites W2031715022 @default.
- W2425277263 cites W2033307616 @default.
- W2425277263 cites W2034753500 @default.
- W2425277263 cites W2040265643 @default.
- W2425277263 cites W2049620345 @default.
- W2425277263 cites W2050047864 @default.
- W2425277263 cites W2052745039 @default.
- W2425277263 cites W2062406305 @default.
- W2425277263 cites W2065056540 @default.
- W2425277263 cites W2065278658 @default.
- W2425277263 cites W2065770997 @default.
- W2425277263 cites W2067092656 @default.
- W2425277263 cites W2070495445 @default.
- W2425277263 cites W2073621690 @default.
- W2425277263 cites W2077909324 @default.
- W2425277263 cites W2077941935 @default.
- W2425277263 cites W2080762148 @default.
- W2425277263 cites W2084878600 @default.
- W2425277263 cites W2086703975 @default.
- W2425277263 cites W2091380529 @default.
- W2425277263 cites W2091418484 @default.
- W2425277263 cites W2091436279 @default.
- W2425277263 cites W2094437628 @default.
- W2425277263 cites W2094610628 @default.
- W2425277263 cites W2095295103 @default.
- W2425277263 cites W2116340094 @default.
- W2425277263 cites W2118339918 @default.
- W2425277263 cites W2123562410 @default.
- W2425277263 cites W2128616098 @default.
- W2425277263 cites W2130764504 @default.
- W2425277263 cites W2136413457 @default.
- W2425277263 cites W2143874773 @default.
- W2425277263 cites W2147704367 @default.
- W2425277263 cites W2148924929 @default.
- W2425277263 cites W2154321074 @default.
- W2425277263 cites W2162305921 @default.
- W2425277263 cites W2165476442 @default.
- W2425277263 cites W2165691598 @default.
- W2425277263 cites W2312789440 @default.
- W2425277263 cites W2313745588 @default.
- W2425277263 cites W2316646022 @default.
- W2425277263 cites W2320702622 @default.
- W2425277263 cites W2320929874 @default.
- W2425277263 cites W2327307368 @default.
- W2425277263 cites W2327360223 @default.
- W2425277263 cites W2329270431 @default.
- W2425277263 cites W2330369623 @default.
- W2425277263 cites W2330641209 @default.
- W2425277263 cites W2334464014 @default.
- W2425277263 doi "https://doi.org/10.1021/acsami.5b05503" @default.
- W2425277263 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26212187" @default.
- W2425277263 hasPublicationYear "2015" @default.
- W2425277263 type Work @default.
- W2425277263 sameAs 2425277263 @default.
- W2425277263 citedByCount "85" @default.
- W2425277263 countsByYear W24252772632016 @default.
- W2425277263 countsByYear W24252772632017 @default.
- W2425277263 countsByYear W24252772632018 @default.
- W2425277263 countsByYear W24252772632019 @default.
- W2425277263 countsByYear W24252772632020 @default.
- W2425277263 countsByYear W24252772632021 @default.
- W2425277263 countsByYear W24252772632022 @default.
- W2425277263 countsByYear W24252772632023 @default.
- W2425277263 crossrefType "journal-article" @default.
- W2425277263 hasAuthorship W2425277263A5019178382 @default.
- W2425277263 hasAuthorship W2425277263A5020984734 @default.
- W2425277263 hasAuthorship W2425277263A5042404908 @default.
- W2425277263 hasAuthorship W2425277263A5044414694 @default.
- W2425277263 hasAuthorship W2425277263A5046020427 @default.