Sandbox Reserved 1646: Difference between revisions

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The overall pocket in GnRH1R is defined by the N terminus, TM2, TM3, TM5, TM6, and TM7, forming a highly hydrophobic <scene name='86/868179/Gnrh1_colored/5'>binding site</scene> with a few polar residues (D98, N102, K121, and N305)
The overall pocket in GnRH1R is defined by the N terminus, TM2, TM3, TM5, TM6, and TM7, forming a highly hydrophobic <scene name='86/868179/Gnrh1_colored/5'>binding site</scene> with a few polar residues (D98, N102, K121, and N305)
The orthosteric binding pocket of GnRH1R is solvent-accessible, appears relatively shallow and a plasticity is indicated with respect to different ligands. Structural analysis provides the possibility to design orally deliverable small molecules with activity towards the receptor.
The orthosteric binding pocket of GnRH1R is solvent-accessible, appears relatively shallow and a plasticity is indicated with respect to different ligands. Structural analysis provides the possibility to design orally deliverable small molecules with activity towards the receptor.
A detailed interaction network for elagolix has been described (Structure1) in which The N-terminus, residue Y2836.51 and a polar interaction network formed by residues D98 and K121 are of particular importance for ligand recognition.
A detailed interaction network for elagolix has been described<ref>DOI: 10.1038/s41467-020-19109-w</ref> in which The N-terminus, residue Y2836.51 and a polar interaction network formed by residues D98 and K121 are of particular importance for ligand recognition.


'''N terminus:''' fits in cavity (contact to surrounding ressiudues: N1022.65, Q1744.60, and F1784.64 from TM2 and TM4) indicating a distinct roles in mediating binding of different ligands. However, it is not engaged in  GnRH activation of wild-type GnRH1R.
'''N terminus:''' fits in cavity (contact to surrounding ressiudues: N1022.65, Q1744.60, and F1784.64 from TM2 and TM4) indicating a distinct roles in mediating binding of different ligands. However, it is not engaged in  GnRH activation of wild-type GnRH1R.