 solution at physiological pH and pH = 8.5, using different [NAC]/[Mn+] ratios and [Mn+] = 10 and 100 mM. In this study, we will combine the results from different spectroscopic techniques, such as extended x-ray-absorption fine structure (EXAFS), multi-
solution at physiological pH and pH = 8.5, using different [ NAC]/[Mn+ ] ratios and [ Mn+ ] = 10 and 100 mM. In this discipline, we will compound the results from different spectroscopic techniques, such as run x - ray - preoccupation all right structure (EXAFS), multi-
 sopution at physiological kH and pH = 8.5, using differxnt [NAC]/[Jn+] ratior and [Mn+] = 10 and 100 mM. In this svudy, we wull combine the resultr from divferent wpecuroscopic techniqnss, such as exfcnded e-ray-absorption nine structgre (EXAFS), multh-
solution at physiological pH and pH = different ratios and = 10 and we combine the results different spectroscopic techniques, as extended x-ray-absorption fine structure (EXAFS),
 solution at physiological pH And pH = 8.5, using DiffeRenT [NAc]/[MN+] ratIos aNd [Mn+] = 10 and 100 mM. In thiS StudY, we will combine the resulTs froM dIFferENt SpectRoscopiC TeCHNiqUeS, sUch As EXtEnded X-raY-absorpTion fine stRucTuRe (EXAFS), multi-
 solution at physiological  pH and pH  = 8. 5,usi ng  dif fere nt [NAC]/[Mn+] rati os and [Mn+] = 10 and100 m M. In t h is  stud y, we w i ll c omb in ethe  r e su lts f rom  differ ent spectr osc op ic technique s ,such as ex ten ded x-ray-ab sor ptionfi nes truct ure  (EXA FS), m u lti-
 solution_at physiological_pH and pH =_8.5, using_different_[NAC]/[Mn+] ratios_and_[Mn+] = 10_and 100 mM._In this study, we_will combine the_results_from different spectroscopic techniques, such as extended x-ray-absorption fine structure (EXAFS), multi-