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(Fig. 1. Crystal structure of human tetrameric PAH. Each monomere binds BH4 molecule as a cofactor which is shown here as spheres. The homo-tetrameric PAH has a two-fold symetry, which is drawn here as dashed black line (Flydal, M. I. et al., 2019))
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(Fig. 1. Crystal structure of human tetrameric PAH. Each monomere binds BH4 molecule as a cofactor which is shown here as spheres. The homo-tetrameric PAH has a two-fold symetry, which is drawn here as dashed black line (Flydal, M. I. et al., 2019))
 

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Fig. 1. Crystal structure of human tetrameric PAH. Each monomere binds BH4 molecule as a cofactor which is shown here as spheres. The homo-tetrameric PAH has a two-fold symetry, which is drawn here as dashed black line (Flydal, M. I. et al., 2019)

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(current)19:32, 30 April 2021Alexandra Gredová (Talk | contribs)757×617230 KBFig. 1. Crystal structure of human tetrameric PAH. Each monomere binds BH4 molecule as a cofactor which is shown here as spheres. The homo-tetrameric PAH has a two-fold symetry, which is drawn here as dashed black line (Flydal, M. I. et al., 2019)

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