Extended Data Fig. 9: Sequence alignment of phosphoketolase from the non-bacteria groups.
From: An ATP-sensitive phosphoketolase regulates carbon fixation in cyanobacteria
These include Fungi species (no. 4-no. 29) and one Archaea (no. 3) identified in our NCBI protein sequence search. The residue locations of the ATP-regulatory motif (PWX2HaX3Y’R’aX7HbXRbX31Rc) in the sequence are marked with stars. The bracket shows that K is as prevalent as R when included in the search for fungi species, as also included in Source Data File 2. The C. neoformans_var.grubii_H99 XPK (with a K in the R’a position) was shown to be allosterically inhibited by ATP23. The accession code of the individual sequence: 1. WP_011244323.1; 2. CBK70695.1; 3. TMA00651.1; 4. XP_012048352.1; 5. XP_007002465.1; 6. KIR51125.1; 7. KIY30858.1; 8. KIR44508.1; 9. KIR57564.1; 10. XP_5657776.1; 11. XP_772632.1; 12. OXB38196.1; 13. OWZ52886.1; 14. OWZ64871.1; 15. OXC65605.1; 16. OWT40626.1; 17. OXG51936.1; 18. XP_007841480.1; 19. XP_007841480.1; 20. KAF7515066; 21. XP_024673765.1; 22. XP_007722306.1; 23. XP_009159227.1; 24. XP_013267806.1; 25. KAF2007887.1; 26. XP_033675732.1; 27. XP_033574715.1; 28. KAF2267372.1; 29. KAF2205034.1.
