Ketogulonicigenium robustum: A0A1W6P216 ; Ketogulonicigenium vulgare: E3EXX9 ; F9Y4S1 ; Paracoccus sphaerophysae: A0A099F1W8 ; Paracoccus alkenifer: A0A1H6JUD0 ; Paracoccus isoporae: A0A1G7ER04 ; Gemmobacter caeni: A0A2T6B1D0 ; Paracoccus solventivorans: A0A1M7HJF6 ; Paracoccus chinensis: A0A1G9HBQ4 ; Rhodobacter aestuarii: A0A1N7MUN8 ; Paracoccus sulfuroxidans: A0A562NHJ0 ; Paracoccus halophilus: A0A099F4T0 ; Haematobacter genomosp. 1: A0A212A6L0 ; Haematobacter missouriensis: A0A212APP3 ; Paracoccus thiocyanatus: A0A1N6X3N1 ; Paracoccus alcaliphilus: A0A1H8NBJ5 ; Rhodobacter capsulatus: D5ANX3 ; Paracoccus denitrificans: A0A533IFD4 ; Octadecabacter sp. SW4: A0A5B9EUP4 ; Paracoccus sp. TK008: A0A5C6S8Z2 ; Paracoccus sp. M683: A0A553AQK3 ; Sinirhodobacter hungdaonensis: A0A3S3PFX5 ; Gemmobacter lutimaris: A0A398C1E2 ; Paracoccus sp. BP8: A0A3N7GLT9 ; Rhodobacter sp. BO-81: A0A421BKX6 ; Rhodobacter sp. 140A: A0A366JKN0 ; Rhodobacteraceae bacterium BAR1: A0A347UEL0 ; Paracoccus salipaludis: A0A2A2GNH1 ; Thalassobium sp: A0A2G1ZSU8 ; Haematobacter massiliensis: A0A086XW25 ; Rhodobacterales bacterium: A0A2G6IUN7 ; Confluentimicrobium sp: A0A2E3UKQ5 ; Thioclava sp. L04-15: A0A1T2BWB9 ; Thioclava sp. F28-4: A0A1T2A0S4 ; Thioclava sp. DLFJ5-1: A0A1T2B9I6 ; Thioclava sp. DLFJ4-1: A0A1T2B312 ; Rhodobacterales bacterium 65-51: A0A1Q4CXE6 ; Thioclava sp. SK-1: A0A1C2HSK1 ; Rhodobacter sp. LPB0142: A0A1D9MA28 ; Thioclava sp. ES.031: A0A2A9GPG2 ; Thioclava arenosa: A0A2A4CVF6 ; Paracoccus sp. MKU1: A0A0V0Q1J5 ; Confluentimicrobium sp. EMB200-NS6: A0A0N9NDN5 ; Thioclava electrotropha: A0A1W9XNJ9 ; Paracoccus sp. BM15: A0A2K9F160 ; Paracoccus lutimaris: A0A368Z940 ; Rhodovulum sp. NI22: A0A095CRM2 ; Rhodobacter capsulatus Y262: A0A0E2PAH3 ; Paracoccus aminophilus JCM 7686: S5XSH8 ; Thioclava pacifica DSM 10166: A0A074J911 ; Thioclava atlantica: A0A085TZ58 ; Paracoccus siganidrum: A0A419A969 ; Sinirhodobacter ferrireducens: A0A443LAE4 ; Thioclava dalianensis: A0A074TKB2 ; Rhodobacter capsulatus: A0A0Q0R0F6