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- W4311757918 endingPage "452" @default.
- W4311757918 startingPage "445" @default.
- W4311757918 abstract "Herein, we have investigated the association behavior of bovine serum albumin (BSA) and cetyltrimethylammonium bromide (CTAB) using the conductivity method in H2O and H2O + organic mixed solvents at different temperatures. The association phenomenon was detected from the deviation of the conductivity changes with enhancing the surfactant concentration and changes of numerous physico-chemical properties, such as CMC, α, β and thermodynamic variables (∆G0m, ∆H0m and ∆S0m). The values of CMC for the CTAB + BSA system in 10 % (v/v) solvents follow the trend: CMCwater < CMCwater+DMSO < CMCwater+AN < CMCwater+DX < CMCwater+DMF. The interaction of BSA with CTAB is notably influenced due to a change of temperature and extent of hydration of BSA and surfactant. The obtained values of -∆G0m manifest that the association of BSA and CTAB mixture is a spontaneous process, while the values of -∆G0m in presence of 10 % (v/v) aq. organic solvents come out in the given sequence: -∆Gmo (H2O + DMSO) > ∆Gmo (H2O + DMF) > -∆Gmo (H2O + DX) > -∆Gmo (H2O + AN). The H-bonding, ion-dipole, along with the hydrophobic interactions, are believed to be the binding interactions between BSA and CTAB in the study media." @default.
- W4311757918 created "2022-12-28" @default.
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- W4311757918 date "2023-02-01" @default.
- W4311757918 modified "2023-10-04" @default.
- W4311757918 title "Physico-chemical properties of the association of cetyltrimethylammonium bromide and bovine serum albumin mixture in aqueous-organic mixed solvents" @default.
- W4311757918 cites W1504792186 @default.
- W4311757918 cites W1967409079 @default.
- W4311757918 cites W1970870064 @default.
- W4311757918 cites W1973238993 @default.
- W4311757918 cites W1973316236 @default.
- W4311757918 cites W1974325737 @default.
- W4311757918 cites W1979151473 @default.
- W4311757918 cites W1979738715 @default.
- W4311757918 cites W1988715173 @default.
- W4311757918 cites W1991702906 @default.
- W4311757918 cites W1993610262 @default.
- W4311757918 cites W1999826975 @default.
- W4311757918 cites W2005306477 @default.
- W4311757918 cites W2011511792 @default.
- W4311757918 cites W2014388533 @default.
- W4311757918 cites W2015156141 @default.
- W4311757918 cites W2018459739 @default.
- W4311757918 cites W2019518074 @default.
- W4311757918 cites W2020174455 @default.
- W4311757918 cites W2026064153 @default.
- W4311757918 cites W2027118399 @default.
- W4311757918 cites W2036893362 @default.
- W4311757918 cites W2040676964 @default.
- W4311757918 cites W2041274964 @default.
- W4311757918 cites W2042287726 @default.
- W4311757918 cites W2045349119 @default.
- W4311757918 cites W2053096294 @default.
- W4311757918 cites W2057856102 @default.
- W4311757918 cites W2058864302 @default.
- W4311757918 cites W2065773282 @default.
- W4311757918 cites W2078260909 @default.
- W4311757918 cites W2080328090 @default.
- W4311757918 cites W2085629632 @default.
- W4311757918 cites W2087976675 @default.
- W4311757918 cites W2095218823 @default.
- W4311757918 cites W2111860412 @default.
- W4311757918 cites W2149382705 @default.
- W4311757918 cites W2159354235 @default.
- W4311757918 cites W2590813351 @default.
- W4311757918 cites W2613179442 @default.
- W4311757918 cites W2725950564 @default.
- W4311757918 cites W2767463665 @default.
- W4311757918 cites W2782689402 @default.
- W4311757918 cites W2889324374 @default.
- W4311757918 cites W2897111833 @default.
- W4311757918 cites W2900185982 @default.
- W4311757918 cites W2912974024 @default.
- W4311757918 cites W2913576007 @default.
- W4311757918 cites W2944108618 @default.
- W4311757918 cites W2961762527 @default.
- W4311757918 cites W2995208124 @default.
- W4311757918 cites W2997578326 @default.
- W4311757918 cites W3000825417 @default.
- W4311757918 cites W3010996435 @default.
- W4311757918 cites W3011051967 @default.
- W4311757918 cites W3016020163 @default.
- W4311757918 cites W3019202045 @default.
- W4311757918 cites W3025611741 @default.
- W4311757918 cites W3082338739 @default.
- W4311757918 cites W3107023636 @default.
- W4311757918 cites W3108492287 @default.
- W4311757918 cites W3114696411 @default.
- W4311757918 cites W3118396952 @default.
- W4311757918 cites W3151388937 @default.
- W4311757918 cites W3173836332 @default.
- W4311757918 cites W3201447573 @default.
- W4311757918 cites W3205834792 @default.
- W4311757918 cites W3215259333 @default.
- W4311757918 cites W33391090 @default.
- W4311757918 cites W4200082186 @default.
- W4311757918 cites W4200431285 @default.
- W4311757918 cites W4200579712 @default.
- W4311757918 cites W4220771951 @default.
- W4311757918 cites W4223926765 @default.
- W4311757918 cites W4295678942 @default.
- W4311757918 cites W4296519321 @default.
- W4311757918 cites W4304689227 @default.
- W4311757918 cites W4308432912 @default.
- W4311757918 cites W4309873978 @default.
- W4311757918 cites W4311513106 @default.
- W4311757918 doi "https://doi.org/10.1016/j.ijbiomac.2022.12.099" @default.
- W4311757918 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36529211" @default.
- W4311757918 hasPublicationYear "2023" @default.