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The calculated binding constants of the complexes to DNA reveal tight binding to DNA.
The binding constants of the tested diols in aqueous and non-aqueous media were determined and compared.
The binding constants of the C60 and C70 complexes of 1 are estimated to be 27,360 and 25,205 dm3, respectively.
The binding constants of the C60/1 and C70/1 complexes are estimated to be 12,500 and 17,200 dm3 mol−1, respectively.
The binding constants of the C60/1 and C70/1 complexes are estimated to be 3760 and 31,222.5 dm3 mol−1, respectively.
The binding constants of the four monoazo dyes were investigated and found to vary according to the dye structure and temperature of investigation.
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[Ca2+] is the calculated Ca2+ concentration, KR is the dissociation constant for the first Ca2+ ion to bind, and KTR is the binding constant of the second Ca2+ ion to bind to aequorin.
The binding constant of the Zn2+ azofluorescein complex was determined to be 2.4 × 104 M−104
It quenches the fluorescence of CTX-M-15 spontaneously with binding constant of the order of 103 M−103
From the DNA induced emission quenching experiments the apparent DNA binding constant of the CDs (Kapp) have also been evaluated.
The binding constant of the 6β 2β-CD dimer with BNS was estimated as 3.2 × 106β 2β-CDbout 102 times larger than that of β-Cdimeromer.
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CEO of Professional Science Editing for Scientists @ prosciediting.com