Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309697966> ?p ?o ?g. }
- W4309697966 endingPage "662" @default.
- W4309697966 startingPage "649" @default.
- W4309697966 abstract "Significant advancement has occurred in the detection methods of solution-based analytes. High-pressure liquid chromatography, gas chromatography, and other systems used for analyses are quite expensive. Therefore, there is a need for new methods and for the visible detection of analytes. Here, we demonstrate that 3-aminopropyl triethoxysilane (APTES) could impact the stability, optical, and morphology of gold nanoparticles (AuNps) in a colloidal solution. These impacts can be used to create a sensitive visual detection system. The strong impact of the APTES concentration on the ultraviolet–visible absorption spectra of the solutions is illustrated, which displays systematic and extensive red shifts. The presence of denatured proteins within a therapeutic drug product can induce a series of adverse effects. This report describes a fast, low cost, sensitive, and user-friendly platform where the plasmonic nanoparticles create visual biosensing of denatured proteins. Artificially heat stressed ferritin, glutathione, and insulin coupled to AuNps are exposed to ATES and upon denaturation of the protein or peptide, systematic blue or red shifts are observed in the absorbance spectra of the AuNps/biomolecules, and aminosilane solution. This serves as a proof-of-concept for a fast in-solution detection method for heat-stressed proteins or peptides." @default.
- W4309697966 created "2022-11-29" @default.
- W4309697966 creator A5039156958 @default.
- W4309697966 creator A5059392310 @default.
- W4309697966 date "2022-11-21" @default.
- W4309697966 modified "2023-10-18" @default.
- W4309697966 title "Visual Detection of Biomolecules Using Concentration Dependent Induced Aggregation of Plasmonic Gold Nanoparticles" @default.
- W4309697966 cites W1908580730 @default.
- W4309697966 cites W1963745089 @default.
- W4309697966 cites W1968679109 @default.
- W4309697966 cites W1973640908 @default.
- W4309697966 cites W1979232921 @default.
- W4309697966 cites W1982377145 @default.
- W4309697966 cites W1985043634 @default.
- W4309697966 cites W1988214044 @default.
- W4309697966 cites W1991527869 @default.
- W4309697966 cites W1992211560 @default.
- W4309697966 cites W1997153101 @default.
- W4309697966 cites W1997566335 @default.
- W4309697966 cites W1997610385 @default.
- W4309697966 cites W2000640650 @default.
- W4309697966 cites W2002529616 @default.
- W4309697966 cites W2002952929 @default.
- W4309697966 cites W2004020341 @default.
- W4309697966 cites W2009562525 @default.
- W4309697966 cites W2014774010 @default.
- W4309697966 cites W2016323922 @default.
- W4309697966 cites W2019568559 @default.
- W4309697966 cites W2020093054 @default.
- W4309697966 cites W2026494961 @default.
- W4309697966 cites W2027591612 @default.
- W4309697966 cites W2029894025 @default.
- W4309697966 cites W2029991877 @default.
- W4309697966 cites W2040999064 @default.
- W4309697966 cites W2045178532 @default.
- W4309697966 cites W2046313177 @default.
- W4309697966 cites W2047750076 @default.
- W4309697966 cites W2048078042 @default.
- W4309697966 cites W2049541663 @default.
- W4309697966 cites W2051581246 @default.
- W4309697966 cites W2054592356 @default.
- W4309697966 cites W2057317821 @default.
- W4309697966 cites W2062906672 @default.
- W4309697966 cites W2076770967 @default.
- W4309697966 cites W2077863403 @default.
- W4309697966 cites W2078792177 @default.
- W4309697966 cites W2079094085 @default.
- W4309697966 cites W2082929683 @default.
- W4309697966 cites W2088262879 @default.
- W4309697966 cites W2088702775 @default.
- W4309697966 cites W2090547336 @default.
- W4309697966 cites W2098272431 @default.
- W4309697966 cites W2100494722 @default.
- W4309697966 cites W2118632654 @default.
- W4309697966 cites W2123976897 @default.
- W4309697966 cites W2137335948 @default.
- W4309697966 cites W2137864764 @default.
- W4309697966 cites W2147019062 @default.
- W4309697966 cites W2151399844 @default.
- W4309697966 cites W2160434050 @default.
- W4309697966 cites W2161976814 @default.
- W4309697966 cites W2166151505 @default.
- W4309697966 cites W2169361923 @default.
- W4309697966 cites W2293229238 @default.
- W4309697966 cites W2295773071 @default.
- W4309697966 cites W2313512775 @default.
- W4309697966 cites W2314063606 @default.
- W4309697966 cites W2315918862 @default.
- W4309697966 cites W2315925298 @default.
- W4309697966 cites W2321028096 @default.
- W4309697966 cites W2327338041 @default.
- W4309697966 cites W2401083009 @default.
- W4309697966 cites W2410489463 @default.
- W4309697966 cites W2470253973 @default.
- W4309697966 cites W2506194118 @default.
- W4309697966 cites W2618368937 @default.
- W4309697966 cites W2993187527 @default.
- W4309697966 cites W3101326851 @default.
- W4309697966 cites W4238682877 @default.
- W4309697966 cites W4254455845 @default.
- W4309697966 cites W4302339097 @default.
- W4309697966 doi "https://doi.org/10.3390/micro2040043" @default.
- W4309697966 hasPublicationYear "2022" @default.
- W4309697966 type Work @default.
- W4309697966 citedByCount "0" @default.
- W4309697966 crossrefType "journal-article" @default.
- W4309697966 hasAuthorship W4309697966A5039156958 @default.
- W4309697966 hasAuthorship W4309697966A5059392310 @default.
- W4309697966 hasBestOaLocation W43096979661 @default.
- W4309697966 hasConcept C10390740 @default.
- W4309697966 hasConcept C104819515 @default.
- W4309697966 hasConcept C110879396 @default.
- W4309697966 hasConcept C155672457 @default.
- W4309697966 hasConcept C160756335 @default.
- W4309697966 hasConcept C171250308 @default.
- W4309697966 hasConcept C178790620 @default.
- W4309697966 hasConcept C185592680 @default.
- W4309697966 hasConcept C192562407 @default.