. 2016 Aug 12;11(8):e0160256. doi: 10.1371/journal.pone.0160256

Table 2. Potentials and peak width (calculated from CV curves), b_1/2-peak width at half height from (calculated from DPV curves) for particular Cu(II)-peptide complexes.

All values were given in [mV].

complex	E_a	E_a/2	E_a-E_a/2	E_c	E_c/2	E_c-E_c/2	ΔE	E_f	b_1/2
Cu(II)-NSFRF-NH₂	538 ±1	479 ±2	59 ±2	472 ±3	415 ±3	-43 ±3	66 ±3	505 ±1	100 ±1
Cu(II)-NSFRY-NH₂	518 ±2	460 ±1	58 ±2	450 ±2	498 ±3	-48 ±3	69 ±3	484 ±1	108 ±0
Cu(II)-NSFRA-NH₂	507 ±2	444 ±5	63 ±4	438 ±2	489 ±2	-51 ±2	68 ±2	472 ±1	100 ±1
Cu(II)-NSAAY-NH₂	503 ±3	440 ±3	63 ±3	417 ±4	470 ±3	-53 ±5	86 ±5	460 ±3	98 ±4
Cu(II)-AAAAA-NH₂	457 ±9	375 ±4	81 ±6	307 ±16	375 ±14	-68 ±7	150 ±24	382 ±6	127 ±13

E_a/ E_c- anodic/cathodic peak potential

E_a/2/ E_a/2 –anodic/cathodic potential at which the current reaches half of the peak current

∆E—the difference between anodic and cathodic potential | E_a—E_c |

Ef—formal potential

Table 2. Potentials and peak width (calculated from CV curves), b1/2-peak width at half height from (calculated from DPV curves) for particular Cu(II)-peptide complexes.