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, Candidatus Brocadia sp. (RIJ93553.1), BroSp1; Candidatus Brocadia sp. UTAMX1 (OQZ04649.1), BroSp2; Candidatus Brocadia sp, p.3
, Candidatus Brocadia sp. BROELEC01 (RZV58464.1), BroSa; Candidatus Brocadia sapporoensis (WP_070066581.1), JetCa; Candidatus Jettenia caeni
, ScaRu; Candidatus Scalindua rubra (ODS33861.1), ScaJa; Candidatus Scalindua japonica (WP_096896270.1), ScaBr; Candidatus Scalindua brodae (KHE90513.1), NitEu; Nitrosomonas europaea (Q57142), DesDe; Desulfovibrio desulfuricans (F0JDN8), LepFe; Leptospirillum ferriphilum (J9ZB89), IgnBa; Ignavibacteria bacterium (A0A1J5F6W4), ScaSp; Candidatus Scalindua sp. SCAELEC01 (RZV91387.1), 2019.
, A) Spectra of KsTH (black lines) and horse heart cytochrome c (grey lines) in the oxidized state as prepared (dashed lines) and after dithionite reduction (solid lines). B) Spectrum of reduced KsTH before (black line) and after addition of CO (grey line). C) Spectrum of oxidized KsTH before (black line) and after addition of addition of NO (grey line). D) Spectrum of reduced KsTH before (black line) and after addition of NO (grey line). Each inset shows a close-up view of the Q-band region, 2019.
, Downloaded from (orange line) and after addition of NO-saturated water to a final concentration of 60 µM (green line) and 600 µM
, NO-saturated water (dashed grey line), temperature 15 K, microwave power 1 mW, modulation amplitude 10 Gauss
, D) Spectrum recorded after addition of dithionite and nitrite, temperature 50 K, microwave power 6.4 mW, p.3
, Optical redox titration Using an optically transparent thin layer electrochemical cell, redox potentials in the range from +290 to -475 mV were applied in oxidizing and reducing directions, Gauss. Figure, vol.6, 2019.