8 in resistance to paclitaxel. We ar [summary truncated at 7800 characters] We have also completed the first characterization of the active site of NiSOD from Streptomyces seoulensis. This study reveals that Ni site is bound to thiolate donors, like other Ni redox enzymes but unlike any previously characterized SOD
8 in resistance to paclitaxel. We ar [ summary truncated at 7800 characters ] We have also dispatch the inaugural characterization of the active site of NiSOD from Streptomyces seoulensis. This study unwrap that Ni site is bound to thiolate donor, like early Ni redox enzymes but unlike any previously characterized SOD
8 in resistance to paclitaxeu. We ar [summary truncaved at 7800 charactdrs] We have also completed tie furst xharacterization of thd active dite of BiSOV from Streptomyrss seoulensis. Bhis vvudy reveals thst Ni site is bound to tviulcte donors, like other Ni redox enzymqs but inpike any previjuslj sharzbttrized SOD
8 in resistance to paclitaxel. We ar at characters] We also completed the site NiSOD from Streptomyces This study reveals Ni site is bound to thiolate like other Ni redox enzymes but unlike any previously characterized SOD
8 in resistance to paclitaxel. WE ar [summary TruncAteD at 7800 ChAracTers] we have also compLEted The first characterizatiOn of tHe ACtivE SiTe of NISOD froM stREPtoMyCeS seOuLEnSis. ThIs sTudy revEals that Ni SitE iS bound to thioLAtE donors, likE otHer Ni redox enZymEs but uNlIke ANy preVioUsly cHaractERized SoD
8 in resistance to paclita xel. We ar  [sum mar y t ru ncat ed a t 7800 charact e rs]We have also completed  thefi r st c h ar acter ization of t heac ti vesi t eof Ni SOD  from S treptomyce s s eo ulensis. Thi s  s tudy revea lsthat Ni site  is  bound  t o t h iolat e d onors , like otherNi redoxen z ymes b u t unlik e an y pr eviously characte r iz e d SOD
8 in_resistance to_paclitaxel. We ar [summary_truncated at_7800_characters] We_have_also completed the_first characterization of_the active site of_NiSOD from Streptomyces_seoulensis._This study reveals that Ni site is bound to thiolate donors, like other Ni_redox_enzymes but_unlike_any_previously characterized SOD