Fig. 5: Alphafold models provide rationale behind heterologous complex formation. | Nature Communications

Fig. 5: Alphafold models provide rationale behind heterologous complex formation.

From: Mass spectrometry reveals the evolutionary conservation of phycobiliprotein complexes

Fig. 5: Alphafold models provide rationale behind heterologous complex formation.

a AlphaFold2 model of a heterologous allophycocyanin complex, containing two αβ D. circinale dimers (light green) and one αβ G. lithophora dimer (dark green). b Predicted interfaces between the G. lithophora αβ dimer and the two D. circinale αβ dimers. c Predicted interfaces between a D. circinale phycocyanin αβ dimer and two allophycocyanin αβ dimers from the same strain. The predicted alignment error (PAE) for pairs of residues within the dimer interfaces is highlighted.

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