Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208485676> ?p ?o ?g. }
- W3208485676 endingPage "34448" @default.
- W3208485676 startingPage "34440" @default.
- W3208485676 abstract "The application of ultrafine bubbles as drug carriers in drug delivery is still in its developmental stage; it is important to obtain a thorough understanding of the factors affecting the formation and stability of drug carrier matrices. In this study, the polyethylene glycol (PEG)-conjugated human serum albumin (HSA)-based ultrafine bubble simulating the physiological electrolyte concentration in human blood (154 mM) for quercetin delivery was investigated. Optical absorbance measurements, surface tension measurements, and fluorescence laser imaging were also employed to assess the plausibility of polymer-conjugated albumin-stabilized ultrafine bubbles in drug loading and drug release. The incorporation of PEG/HSA into the system illustrated a significant enhancement in the matrix's stability as confirmed by surface tension measurements and drug-loading efficiency achieving approximately 90%. In addition, in vitro drug release was performed by the application of high-frequency ultrasound, indicating more than 40% of the loaded quercetin was astonishingly liberated within 5 minutes of exposure." @default.
- W3208485676 created "2021-11-08" @default.
- W3208485676 creator A5001283563 @default.
- W3208485676 creator A5003318887 @default.
- W3208485676 creator A5025995591 @default.
- W3208485676 creator A5047855284 @default.
- W3208485676 creator A5081065255 @default.
- W3208485676 date "2021-01-01" @default.
- W3208485676 modified "2023-10-17" @default.
- W3208485676 title "Utilizing polymer-conjugate albumin-based ultrafine gas bubbles in combination with ultra-high frequency radiations in drug transportation and delivery" @default.
- W3208485676 cites W165360772 @default.
- W3208485676 cites W1871308790 @default.
- W3208485676 cites W1968125027 @default.
- W3208485676 cites W1972665619 @default.
- W3208485676 cites W1974594097 @default.
- W3208485676 cites W1975323860 @default.
- W3208485676 cites W1985882425 @default.
- W3208485676 cites W1986609724 @default.
- W3208485676 cites W1999358103 @default.
- W3208485676 cites W2000573877 @default.
- W3208485676 cites W2001107461 @default.
- W3208485676 cites W2005682519 @default.
- W3208485676 cites W2007798828 @default.
- W3208485676 cites W2014295641 @default.
- W3208485676 cites W2016642491 @default.
- W3208485676 cites W2017454836 @default.
- W3208485676 cites W2018077675 @default.
- W3208485676 cites W2019242142 @default.
- W3208485676 cites W2021036063 @default.
- W3208485676 cites W2030991359 @default.
- W3208485676 cites W2033408905 @default.
- W3208485676 cites W2044860187 @default.
- W3208485676 cites W2048891783 @default.
- W3208485676 cites W2056955297 @default.
- W3208485676 cites W2058071452 @default.
- W3208485676 cites W2062593546 @default.
- W3208485676 cites W2070840273 @default.
- W3208485676 cites W2071535270 @default.
- W3208485676 cites W2074053871 @default.
- W3208485676 cites W2074870430 @default.
- W3208485676 cites W2080071755 @default.
- W3208485676 cites W2082939781 @default.
- W3208485676 cites W2083057054 @default.
- W3208485676 cites W2091302898 @default.
- W3208485676 cites W2092029860 @default.
- W3208485676 cites W2097905048 @default.
- W3208485676 cites W2103962291 @default.
- W3208485676 cites W2104071826 @default.
- W3208485676 cites W2108473061 @default.
- W3208485676 cites W2136485319 @default.
- W3208485676 cites W2146555464 @default.
- W3208485676 cites W2146745714 @default.
- W3208485676 cites W2147585883 @default.
- W3208485676 cites W2156492800 @default.
- W3208485676 cites W2166766421 @default.
- W3208485676 cites W2172947750 @default.
- W3208485676 cites W2231802161 @default.
- W3208485676 cites W2322302522 @default.
- W3208485676 cites W2334671198 @default.
- W3208485676 cites W2335765980 @default.
- W3208485676 cites W2345520564 @default.
- W3208485676 cites W2402042559 @default.
- W3208485676 cites W2553559478 @default.
- W3208485676 cites W2618368937 @default.
- W3208485676 cites W2743736876 @default.
- W3208485676 cites W2766460954 @default.
- W3208485676 cites W2793228131 @default.
- W3208485676 cites W2802838619 @default.
- W3208485676 cites W2890807616 @default.
- W3208485676 cites W2893940793 @default.
- W3208485676 cites W2969465723 @default.
- W3208485676 cites W2973126765 @default.
- W3208485676 cites W2981227744 @default.
- W3208485676 cites W2986792779 @default.
- W3208485676 cites W3005895306 @default.
- W3208485676 cites W3006534931 @default.
- W3208485676 cites W3014719573 @default.
- W3208485676 cites W3021310260 @default.
- W3208485676 cites W3025774909 @default.
- W3208485676 cites W3042844915 @default.
- W3208485676 cites W3090102246 @default.
- W3208485676 cites W3094157359 @default.
- W3208485676 cites W3104692366 @default.
- W3208485676 cites W3128511975 @default.
- W3208485676 cites W3133664663 @default.
- W3208485676 cites W3144843313 @default.
- W3208485676 cites W4252978434 @default.
- W3208485676 doi "https://doi.org/10.1039/d1ra04983f" @default.
- W3208485676 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35494740" @default.
- W3208485676 hasPublicationYear "2021" @default.
- W3208485676 type Work @default.
- W3208485676 sameAs 3208485676 @default.
- W3208485676 citedByCount "3" @default.
- W3208485676 countsByYear W32084856762023 @default.
- W3208485676 crossrefType "journal-article" @default.
- W3208485676 hasAuthorship W3208485676A5001283563 @default.
- W3208485676 hasAuthorship W3208485676A5003318887 @default.
- W3208485676 hasAuthorship W3208485676A5025995591 @default.