Fig. 4. Conformational differences in the pinyl cation in WT and F482Y as demonstrated by molecular dynamics simulation. The structures of WT and F482Y are superimposed. Results after 0, 1 and 2 ns of simulation are shown in a, d and c, respectively. Carbon in WT is colored in yellow and carbon in F482Y is colored in green. Oxygen is colored in red. Nitrogen is colored in blue. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this article.)Published as part of Xu, Jingwei, Peng, Guanzu, Xu, Jinkun, Li, Yi, Tong, Li & Yang, Dong, 2021, Probing of the plasticity of the active site in pinene synthase elucidates its potential evolutionary mechanism, pp. 1-10 in Phytochemistry (11...
Article first published online: 12 AUG 2013The recent crystal structures of CYP101D2, a cytochrome P...
Terpene synthases are potentially useful biocatalysts for the synthesis of valuable compounds, such ...
Fig. 2. Optimized molecular structures (a), frontier molecular orbitals (b), and molecular electrost...
Fig. 7. The RMSD profiles of the region with high (RMSD H) and low (RMSD L) mobility from the simula...
Fig. 1. a, The proposed reaction mechanism for the synthesis of limonene, pinene and sabinene. b, Th...
Fig. 6. S491A mutation increases the rigidity of the active pocket when it binds the pinyl cation. R...
Xu, Jingwei, Peng, Guanzu, Xu, Jinkun, Li, Yi, Tong, Li, Yang, Dong (2021): Probing of the plasticit...
Fig. 2. Converting pinene synthase to sabinene synthase by mutations on 482 position. Chromatograms ...
Fig. 3. Hybrid quadrupole-orbitrap GC-MS/MS. a shows the chromatogram of terpene products of F482L. ...
Fig. 5. The effect of the S491A mutation. Chromatograms in a, b and c show the GC-MS analysis of ter...
Fig. 2. Synthesis and reactions of α-pinene. Biosynthetic pathway (orange); Synthetic starting point...
Fig. 1. Chemical structures of the pinenes with their two enantiomers: (+)-α-pinene (1), ()-α-pinene...
2.1. Homology modeling of P. lactiflora pinene synthase The crystal structures of pinene synthase...
Fig. 2. Molecular structure of Gt5,3′ acyltransferase. The structure is depicted by a ribbon model. ...
Terpene synthases are potentially useful biocatalysts for the synthesis of valuable compounds, such ...
Article first published online: 12 AUG 2013The recent crystal structures of CYP101D2, a cytochrome P...
Terpene synthases are potentially useful biocatalysts for the synthesis of valuable compounds, such ...
Fig. 2. Optimized molecular structures (a), frontier molecular orbitals (b), and molecular electrost...
Fig. 7. The RMSD profiles of the region with high (RMSD H) and low (RMSD L) mobility from the simula...
Fig. 1. a, The proposed reaction mechanism for the synthesis of limonene, pinene and sabinene. b, Th...
Fig. 6. S491A mutation increases the rigidity of the active pocket when it binds the pinyl cation. R...
Xu, Jingwei, Peng, Guanzu, Xu, Jinkun, Li, Yi, Tong, Li, Yang, Dong (2021): Probing of the plasticit...
Fig. 2. Converting pinene synthase to sabinene synthase by mutations on 482 position. Chromatograms ...
Fig. 3. Hybrid quadrupole-orbitrap GC-MS/MS. a shows the chromatogram of terpene products of F482L. ...
Fig. 5. The effect of the S491A mutation. Chromatograms in a, b and c show the GC-MS analysis of ter...
Fig. 2. Synthesis and reactions of α-pinene. Biosynthetic pathway (orange); Synthetic starting point...
Fig. 1. Chemical structures of the pinenes with their two enantiomers: (+)-α-pinene (1), ()-α-pinene...
2.1. Homology modeling of P. lactiflora pinene synthase The crystal structures of pinene synthase...
Fig. 2. Molecular structure of Gt5,3′ acyltransferase. The structure is depicted by a ribbon model. ...
Terpene synthases are potentially useful biocatalysts for the synthesis of valuable compounds, such ...
Article first published online: 12 AUG 2013The recent crystal structures of CYP101D2, a cytochrome P...
Terpene synthases are potentially useful biocatalysts for the synthesis of valuable compounds, such ...
Fig. 2. Optimized molecular structures (a), frontier molecular orbitals (b), and molecular electrost...