Matches in SemOpenAlex for { <https://semopenalex.org/work/W2886996830> ?p ?o ?g. }
- W2886996830 endingPage "2891" @default.
- W2886996830 startingPage "2884" @default.
- W2886996830 abstract "With the development of materials science and pharmaceutics, the application of mesoporous silica nanoparticles with a gated switch in the field of drug delivery has attracted much attention in the past decades. Cyclodextrins (CD) as promising gated materials have become a new area of interest in recent years due to their properties of self-assembly and function of host–guest interaction. CD is one kind of extensively studied host molecules and the host–guest interactions with different guest molecules can respond to different signals, and thus can be applied as intelligent gated switches for smart drug carriers. Switchable gatekeepers based on CD hosts with different guest molecules (such as benzimidazole, azobenzene, and ferrocene) respond to different stimuli modes (such as pH, light, and redox) that change the host–guest interactions and trigger drug release. The different structural features, mechanisms of action, and potent applications of these switchable gatekeepers are discussed. In addition, some personal perspectives and challenge on this field are presented." @default.
- W2886996830 created "2018-08-22" @default.
- W2886996830 creator A5000727564 @default.
- W2886996830 creator A5005664604 @default.
- W2886996830 creator A5018489229 @default.
- W2886996830 creator A5019880078 @default.
- W2886996830 creator A5029754835 @default.
- W2886996830 creator A5070357985 @default.
- W2886996830 creator A5084044463 @default.
- W2886996830 date "2018-08-03" @default.
- W2886996830 modified "2023-10-15" @default.
- W2886996830 title "Controlled Drug Release from Cyclodextrin-Gated Mesoporous Silica Nanoparticles Based on Switchable Host–Guest Interactions" @default.
- W2886996830 cites W1632924657 @default.
- W2886996830 cites W1984779449 @default.
- W2886996830 cites W1998759372 @default.
- W2886996830 cites W2000080805 @default.
- W2886996830 cites W2018241449 @default.
- W2886996830 cites W2021337623 @default.
- W2886996830 cites W2031281559 @default.
- W2886996830 cites W2036191468 @default.
- W2886996830 cites W2036240379 @default.
- W2886996830 cites W2036559515 @default.
- W2886996830 cites W2039296436 @default.
- W2886996830 cites W2047293470 @default.
- W2886996830 cites W2048344330 @default.
- W2886996830 cites W2053248319 @default.
- W2886996830 cites W2055776993 @default.
- W2886996830 cites W2059932608 @default.
- W2886996830 cites W2065362813 @default.
- W2886996830 cites W2076024443 @default.
- W2886996830 cites W2076734167 @default.
- W2886996830 cites W2081329199 @default.
- W2886996830 cites W2097093099 @default.
- W2886996830 cites W2097105120 @default.
- W2886996830 cites W2104010638 @default.
- W2886996830 cites W2104143886 @default.
- W2886996830 cites W2111423624 @default.
- W2886996830 cites W2124638273 @default.
- W2886996830 cites W2128607585 @default.
- W2886996830 cites W2129128202 @default.
- W2886996830 cites W2129760082 @default.
- W2886996830 cites W2132316499 @default.
- W2886996830 cites W2136510151 @default.
- W2886996830 cites W2139507136 @default.
- W2886996830 cites W2148891872 @default.
- W2886996830 cites W2150060017 @default.
- W2886996830 cites W2151520182 @default.
- W2886996830 cites W2157933420 @default.
- W2886996830 cites W2167577902 @default.
- W2886996830 cites W2207889385 @default.
- W2886996830 cites W2223560439 @default.
- W2886996830 cites W2273930678 @default.
- W2886996830 cites W2274044837 @default.
- W2886996830 cites W2315599919 @default.
- W2886996830 cites W2316175299 @default.
- W2886996830 cites W2320983052 @default.
- W2886996830 cites W2329048052 @default.
- W2886996830 cites W2332435315 @default.
- W2886996830 cites W2416815298 @default.
- W2886996830 cites W2427670994 @default.
- W2886996830 cites W2554228022 @default.
- W2886996830 cites W2559866812 @default.
- W2886996830 cites W2563612827 @default.
- W2886996830 cites W2566319195 @default.
- W2886996830 cites W2570618306 @default.
- W2886996830 cites W2573558538 @default.
- W2886996830 cites W2590196050 @default.
- W2886996830 cites W2593114646 @default.
- W2886996830 cites W2610816916 @default.
- W2886996830 cites W2616173417 @default.
- W2886996830 cites W2618721336 @default.
- W2886996830 cites W2734440043 @default.
- W2886996830 cites W2739463248 @default.
- W2886996830 cites W2752914264 @default.
- W2886996830 cites W2755724325 @default.
- W2886996830 cites W2762136999 @default.
- W2886996830 cites W2766833543 @default.
- W2886996830 cites W2767780867 @default.
- W2886996830 cites W2780626714 @default.
- W2886996830 cites W2791957282 @default.
- W2886996830 cites W2801658747 @default.
- W2886996830 cites W4236457200 @default.
- W2886996830 doi "https://doi.org/10.1021/acs.bioconjchem.8b00416" @default.
- W2886996830 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30074757" @default.
- W2886996830 hasPublicationYear "2018" @default.
- W2886996830 type Work @default.
- W2886996830 sameAs 2886996830 @default.
- W2886996830 citedByCount "45" @default.
- W2886996830 countsByYear W28869968302018 @default.
- W2886996830 countsByYear W28869968302019 @default.
- W2886996830 countsByYear W28869968302020 @default.
- W2886996830 countsByYear W28869968302021 @default.
- W2886996830 countsByYear W28869968302022 @default.
- W2886996830 countsByYear W28869968302023 @default.
- W2886996830 crossrefType "journal-article" @default.
- W2886996830 hasAuthorship W2886996830A5000727564 @default.
- W2886996830 hasAuthorship W2886996830A5005664604 @default.
- W2886996830 hasAuthorship W2886996830A5018489229 @default.