Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801647543> ?p ?o ?g. }
- W2801647543 endingPage "5695" @default.
- W2801647543 startingPage "5679" @default.
- W2801647543 abstract "The integration of nanoparticles with proteins is of high scientific interest due to the amazing potential displayed by their complexes, combining the nanoscale properties of nanoparticles with the specific architectures and functions of the protein molecules. The nanoparticle–protein complexes, in particular, are useful in the emerging field of nanobiotechnology (nanomedicine, drug delivery, and biosensors) as the nanoparticles having sizes comparable to that of living cells can access and operate within the cell. The understanding of nanoparticle interaction with different protein molecules is a prerequisite for such applications. The interaction of the two components has been shown to result in conformational changes in proteins and to affect the surface properties and colloidal stability of the nanoparticles. In this feature article, our recent studies exploring the driving interactions in nanoparticle–protein systems and resultant structures are presented. The anionic colloidal silica nanoparticles and two globular charged proteins [lysozyme and bovine serum albumin (BSA)] have been investigated as model systems. The adsorption behavior of the two proteins on nanoparticles is found to be completely different, but they both give rise to similar phase transformation from one phase to two phase in respective nanoparticle–protein systems. The presence of protein induces the short-range and long-range attraction between the nanoparticles with lysozyme and BSA, respectively. The observed phase behavior and its dependence on various physiochemical parameters (e.g., nanoparticle size, ionic strength, and solution pH) have been explained in terms of underlying interactions." @default.
- W2801647543 created "2018-05-17" @default.
- W2801647543 creator A5005834571 @default.
- W2801647543 creator A5008036675 @default.
- W2801647543 creator A5016126934 @default.
- W2801647543 creator A5039560922 @default.
- W2801647543 date "2018-04-19" @default.
- W2801647543 modified "2023-10-11" @default.
- W2801647543 title "Structure and Interaction of Nanoparticle–Protein Complexes" @default.
- W2801647543 cites W1780545990 @default.
- W2801647543 cites W1909616294 @default.
- W2801647543 cites W1963565300 @default.
- W2801647543 cites W1965044705 @default.
- W2801647543 cites W1966729755 @default.
- W2801647543 cites W1969812174 @default.
- W2801647543 cites W1969814828 @default.
- W2801647543 cites W1973831032 @default.
- W2801647543 cites W1978084069 @default.
- W2801647543 cites W1980268229 @default.
- W2801647543 cites W1982118266 @default.
- W2801647543 cites W1985324105 @default.
- W2801647543 cites W1990379353 @default.
- W2801647543 cites W1990456103 @default.
- W2801647543 cites W1995704440 @default.
- W2801647543 cites W1997153101 @default.
- W2801647543 cites W1997787046 @default.
- W2801647543 cites W1998988220 @default.
- W2801647543 cites W1999046940 @default.
- W2801647543 cites W2002471426 @default.
- W2801647543 cites W2002546742 @default.
- W2801647543 cites W2002661845 @default.
- W2801647543 cites W2005615087 @default.
- W2801647543 cites W2007843563 @default.
- W2801647543 cites W2008342341 @default.
- W2801647543 cites W2010063286 @default.
- W2801647543 cites W2010477422 @default.
- W2801647543 cites W2017898177 @default.
- W2801647543 cites W2020790435 @default.
- W2801647543 cites W2025585571 @default.
- W2801647543 cites W2026313195 @default.
- W2801647543 cites W2038246612 @default.
- W2801647543 cites W2041706350 @default.
- W2801647543 cites W2048474820 @default.
- W2801647543 cites W2050195818 @default.
- W2801647543 cites W2051361096 @default.
- W2801647543 cites W2054681691 @default.
- W2801647543 cites W2054981131 @default.
- W2801647543 cites W2057605102 @default.
- W2801647543 cites W2062051723 @default.
- W2801647543 cites W2066334438 @default.
- W2801647543 cites W2067192323 @default.
- W2801647543 cites W2072236397 @default.
- W2801647543 cites W2075409966 @default.
- W2801647543 cites W2079797223 @default.
- W2801647543 cites W2081428453 @default.
- W2801647543 cites W2082665916 @default.
- W2801647543 cites W2084803696 @default.
- W2801647543 cites W2085568007 @default.
- W2801647543 cites W2087955709 @default.
- W2801647543 cites W2088170069 @default.
- W2801647543 cites W2089138579 @default.
- W2801647543 cites W2092702290 @default.
- W2801647543 cites W2106878780 @default.
- W2801647543 cites W2110634891 @default.
- W2801647543 cites W2113679220 @default.
- W2801647543 cites W2114588757 @default.
- W2801647543 cites W2123419409 @default.
- W2801647543 cites W2124688926 @default.
- W2801647543 cites W2125123295 @default.
- W2801647543 cites W2136470366 @default.
- W2801647543 cites W2141001024 @default.
- W2801647543 cites W2147982620 @default.
- W2801647543 cites W2157016784 @default.
- W2801647543 cites W2158558808 @default.
- W2801647543 cites W2161946327 @default.
- W2801647543 cites W2170408275 @default.
- W2801647543 cites W2170691206 @default.
- W2801647543 cites W2171083652 @default.
- W2801647543 cites W2232576245 @default.
- W2801647543 cites W2261789157 @default.
- W2801647543 cites W2312620520 @default.
- W2801647543 cites W2315917310 @default.
- W2801647543 cites W2316127698 @default.
- W2801647543 cites W2316172829 @default.
- W2801647543 cites W2320571885 @default.
- W2801647543 cites W2321389840 @default.
- W2801647543 cites W2322517820 @default.
- W2801647543 cites W2323147899 @default.
- W2801647543 cites W2328312074 @default.
- W2801647543 cites W2328435909 @default.
- W2801647543 cites W2328816864 @default.
- W2801647543 cites W2334026452 @default.
- W2801647543 cites W2340111400 @default.
- W2801647543 cites W2346208922 @default.
- W2801647543 cites W2411681978 @default.
- W2801647543 cites W2467981280 @default.
- W2801647543 cites W2477314367 @default.
- W2801647543 cites W2486048711 @default.