The structure of MNV and HNV NS6 protease in complex with boundary substrates and substrate-like inhibitors strongly suggests that domain 2 is primarily responsible for recognizing all five NS protein boundaries and dictating cleavage specificity [ 26, 28, 29].
To date, none of the crystal structures of norovirus proteases in complex with boundary substrates or peptide mimics contained any residues on the P′ side, downstream of the cleavage junction.
Crystal structures of the protease in complex with boundary substrates show that, outside the catalytic triad, the majority of the substrate binding interactions are within domain 2 of the protease, in particular within the S2 and S4 pockets, which interact with the P2 and P4 boundary residues, respectively [ 26, 28, 29].
The southern boundary of the county was also complex, with parish boundaries penetrating deep into Gloucestershire and vice-versa.
Let M be a complex manifold with boundary, satisfying a subelliptic estimate, which is also the total space of a principal G-bundle with G a Lie group and compact orbit space ¯¯¯¯M/G.
Let D be a suitable simply connected domain in the complex plane with boundary Γ and (B gamma inGamma) be an interpolation family on Γ in the sense of [15].
Let D be a rectangle D = { ( x, y ) : a < x < b, c < y < d } in a complex plane with boundary Γ = ∂ D. We consider in D the equation ∑ k = 0 n A k ∂ n u ∂ x k ∂ y n − k ( x, y ) = 0, ( x, y ) ∈ D, (1).
Let M be a complex manifold with boundary which is strongly pseudoconvex.
The principal result of [10] is the following: Theorem 1.5 Let M be a complex manifold with boundary which is strongly pseudoconvex.
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