“…The equation for DEER background decay rate for a homogeneous distribution in the three-dimensional space is: 23 V ( T ) = exp(− αp B CT )where α is 1.76×10 −12 cm 3 s −1 (the α was calculated as described in 23,60 for paramagnetic centers with 3D volume distribution and g -values, used for DEER setup (shown in the inset in Fig. 5A)), and C is the spin probe concentration.…”
Binding of paramagnetic Cu(ii) ions to barley beta-glucane dietary fibers and the local surrounding of bound ions have been studied by pulse EPR techniques.
“…The equation for DEER background decay rate for a homogeneous distribution in the three-dimensional space is: 23 V ( T ) = exp(− αp B CT )where α is 1.76×10 −12 cm 3 s −1 (the α was calculated as described in 23,60 for paramagnetic centers with 3D volume distribution and g -values, used for DEER setup (shown in the inset in Fig. 5A)), and C is the spin probe concentration.…”
Binding of paramagnetic Cu(ii) ions to barley beta-glucane dietary fibers and the local surrounding of bound ions have been studied by pulse EPR techniques.
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