Extended Data Fig. 8: Multiple sequence alignment of the A. thaliana Sugar Transport Family STP9, STP10, STP11 with other plant STPs included. | Nature Plants

Extended Data Fig. 8: Multiple sequence alignment of the A. thaliana Sugar Transport Family STP9, STP10, STP11 with other plant STPs included.

From: Molecular mechanism of sugar transport in plants unveiled by structures of glucose/H+ symporter STP10

Extended Data Fig. 8

Alignment between A. thaliana STP9 (accession number Q9SX48), A. thaliana STP10 (accession number Q9LT15), A. thaliana STP11 (accession number Q9FMX3), Cucumis melo cmSTP10-like (accession numberA0A5A7SS92), Theobroma cacao tcSTP (accession number A0A061E224), Populus trichocarpa ptSTP (accession number B9H5Q5), Manihot esculent meSTP (accession number A0A2C9V070), Cucumis sativus csSTP (acces-sion number A0A0A0LHS6), Brassica pekinensis bpSTP (accession num-ber M4FAX8), Capsella rubella crSTP (accession number R0I4Q9), Glycine hispida ghSTP (accession number I1LF83) and Mucuna pruriens mpSTP10 (accession number A0A371FNF1). Conserved residues are highlighted with gray-scale, where black is perfectly conserved. Colored tubes represent α-helices found in the N ___domain (blue), Lid ___domain (orange), ICH ___domain(pale yellow) and C ___domain (green). Key residues are numbered above the α-helix markings. Residues highlighted in red participate in sugar binding. The proton donor/acceptor pair is highlighted in green. The cysteines forming the disulfide bridge between Lid ___domain and C ___domain as well as the cysteines at the intracellular interface are highlighted in yellow. The tyrosines involved in exofacial gating are highlighted in magenta. Conserved motifs are highlighted in light blue.

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