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. 2018 Mar 21;9:1180. doi: 10.1038/s41467-018-03410-w

Fig. 3.

Fig. 3

Stereoviews of JMJD5.substrate complexes showing likely productive and non-productive arginine-binding modes. a JMJD5.Mn.NOG.RPS6 (Complex 1, PDB: 6F4P), b JMJD5(Q275C).Mn.NOG.RPS6(A138C) (Complex 2, PDB: 6F4Q), c JMJD5(N308C).Mn.NOG.RCCD1 (Complex 3, PDB: 6F4R), d JMJD5(N308C).Mn.2OG.RCCD1 (Complex 4, PDB: 6F4S) and e JMJD5(W414C).Mn.NOG.RCCD1 (Complex 5, PDB: 6F4T). The target arginine in both RPS6 (R137) and RCCD1 (R141) binds in a shallow channel on the JMJD5 surface forming hydrophobic interactions with Y243/W310 and hydrogen bonds with E238/ S318 in both 'productive' (Complex 1/A, Complex 3 and Complex 4) and 'non-productive' (Complex 1/B, Complex 2 and Complex 5) conformations. 2FoFc (grey meshes) for JMJD5 and difference electron density (FoFcomit map, blue) for substrates are contoured to 1.2−1.5σ and 3σ, respectively. Red arrows indicate hydroxylated C–H bonds