Matches in SemOpenAlex for { <https://semopenalex.org/work/W2274608074> ?p ?o ?g. }
- W2274608074 endingPage "1949" @default.
- W2274608074 startingPage "1941" @default.
- W2274608074 abstract "The natural environment of proteins is a crowded environment as in cells, extracellular fluids, or during processing. Semidilute polymer solutions have been a source of rich structural and dynamical properties and mimic a crowded environment, but a proper understanding of protein dynamics in the crowded environment is far lagging. Such a study not only realizes protein’s natural environment in a crowded solution in the cell or during processing but also manifests the underlying protein–polymer interaction. By dispersing model globular proteins like α-lactalbumin (La) and hemoglobin (Hb), in aqueous solution of poly(ethylene oxide) (PEO) we mimic a crowded environment and use state-of-the-art neutron spin echo (NSE) and small-angle neutron scattering (SANS) techniques to observe the corresponding protein dynamics in semidilute polymer solution. NSE can access the fast diffusion process (Dfast) prior to the slow diffusion process on long times and length scales (Dγ). The protein dynamics in a crowded environment can be described analogous to the diffusion in a periodic potential. The fast dynamics corresponds to diffusion inside a trap built by the polymer mesh while the slower process is the long time diffusion on macroscopic length scales also observed by other techniques. We observe the onset of fractional diffusion for higher concentrated polymer solutions." @default.
- W2274608074 created "2016-06-24" @default.
- W2274608074 creator A5039633464 @default.
- W2274608074 creator A5042654352 @default.
- W2274608074 creator A5043421237 @default.
- W2274608074 creator A5054943792 @default.
- W2274608074 creator A5066856741 @default.
- W2274608074 creator A5071508416 @default.
- W2274608074 creator A5081029568 @default.
- W2274608074 date "2016-02-17" @default.
- W2274608074 modified "2023-10-18" @default.
- W2274608074 title "Protein Entrapment in Polymeric Mesh: Diffusion in Crowded Environment with Fast Process on Short Scales" @default.
- W2274608074 cites W122380141 @default.
- W2274608074 cites W1593949810 @default.
- W2274608074 cites W1929062652 @default.
- W2274608074 cites W1970948529 @default.
- W2274608074 cites W1971124851 @default.
- W2274608074 cites W1976776824 @default.
- W2274608074 cites W1980074085 @default.
- W2274608074 cites W1984863985 @default.
- W2274608074 cites W1985229185 @default.
- W2274608074 cites W1991441831 @default.
- W2274608074 cites W1993499801 @default.
- W2274608074 cites W2000010596 @default.
- W2274608074 cites W2002470318 @default.
- W2274608074 cites W2003310330 @default.
- W2274608074 cites W2003746438 @default.
- W2274608074 cites W2004930625 @default.
- W2274608074 cites W2007319020 @default.
- W2274608074 cites W2007390365 @default.
- W2274608074 cites W2009614800 @default.
- W2274608074 cites W2013931680 @default.
- W2274608074 cites W2017182404 @default.
- W2274608074 cites W2021488838 @default.
- W2274608074 cites W2021870539 @default.
- W2274608074 cites W2023776176 @default.
- W2274608074 cites W2026186886 @default.
- W2274608074 cites W2027383974 @default.
- W2274608074 cites W2034382660 @default.
- W2274608074 cites W2042379506 @default.
- W2274608074 cites W2043586383 @default.
- W2274608074 cites W2046006885 @default.
- W2274608074 cites W2055862760 @default.
- W2274608074 cites W2061244880 @default.
- W2274608074 cites W2067049282 @default.
- W2274608074 cites W2068541431 @default.
- W2274608074 cites W2069674712 @default.
- W2274608074 cites W2071034248 @default.
- W2274608074 cites W2077644034 @default.
- W2274608074 cites W2079478222 @default.
- W2274608074 cites W2086644573 @default.
- W2274608074 cites W2088807989 @default.
- W2274608074 cites W2088922814 @default.
- W2274608074 cites W2095249350 @default.
- W2274608074 cites W2104866065 @default.
- W2274608074 cites W2116308406 @default.
- W2274608074 cites W2138317114 @default.
- W2274608074 cites W2156426814 @default.
- W2274608074 cites W2165360511 @default.
- W2274608074 cites W2176791482 @default.
- W2274608074 cites W2304792443 @default.
- W2274608074 cites W2323935241 @default.
- W2274608074 cites W2333935146 @default.
- W2274608074 cites W2944407902 @default.
- W2274608074 cites W4231069456 @default.
- W2274608074 cites W4240788980 @default.
- W2274608074 cites W4375905853 @default.
- W2274608074 doi "https://doi.org/10.1021/acs.macromol.5b02281" @default.
- W2274608074 hasPublicationYear "2016" @default.
- W2274608074 type Work @default.
- W2274608074 sameAs 2274608074 @default.
- W2274608074 citedByCount "20" @default.
- W2274608074 countsByYear W22746080742017 @default.
- W2274608074 countsByYear W22746080742018 @default.
- W2274608074 countsByYear W22746080742019 @default.
- W2274608074 countsByYear W22746080742020 @default.
- W2274608074 countsByYear W22746080742021 @default.
- W2274608074 countsByYear W22746080742022 @default.
- W2274608074 countsByYear W22746080742023 @default.
- W2274608074 crossrefType "journal-article" @default.
- W2274608074 hasAuthorship W2274608074A5039633464 @default.
- W2274608074 hasAuthorship W2274608074A5042654352 @default.
- W2274608074 hasAuthorship W2274608074A5043421237 @default.
- W2274608074 hasAuthorship W2274608074A5054943792 @default.
- W2274608074 hasAuthorship W2274608074A5066856741 @default.
- W2274608074 hasAuthorship W2274608074A5071508416 @default.
- W2274608074 hasAuthorship W2274608074A5081029568 @default.
- W2274608074 hasConcept C104015590 @default.
- W2274608074 hasConcept C105168689 @default.
- W2274608074 hasConcept C120665830 @default.
- W2274608074 hasConcept C121332964 @default.
- W2274608074 hasConcept C127413603 @default.
- W2274608074 hasConcept C132841051 @default.
- W2274608074 hasConcept C147597530 @default.
- W2274608074 hasConcept C147789679 @default.
- W2274608074 hasConcept C159467904 @default.
- W2274608074 hasConcept C178790620 @default.
- W2274608074 hasConcept C184651966 @default.