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Very recently, Robin et al. (2009) described a crystal structure of WNV NS2B-NS3Pro in complex with a substrate-based tripeptide inhibitor capped at its N-terminus by a naphthoyl moiety and at its C-terminal end by an aldehyde.
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(2017) describe a crystal structure of the complex between Apaf-1 CARD and caspase-9 CARD.
The model describes a crystal surface by assigning a nonnegative integer height eta(x) to each site x in the box and 0 heights to its boundary.
Today, the rule is that investigators release structural coordinates, or the three-dimensional measurements that describe a crystal's shape, when they publish a structure.
Here, I describe a crystal structure of a LIMP-2 luminal domain dimer with bound lipids that defines a structural basis for a novel form of lipid trafficking with implications for trafficking dysfunction in PD.
This manuscript describes a crystal structure of the TRIP13/Pch2 ATPase, along with negative stain electron microscopy microcopy (low resolution class averages), and the reconstitution in vitro of a crucial role of the ATPase, the conversion of C-MAD2 to O-MAD2.
Expression 2 is structured so that its first line actually describes a crystal-like structure of atoms, the nuclei of which are the nuclei of nitrogen.
Recently, Wang et al. [8] described a photonic crystal via making air pores periodically in anodic alumina membrane (AAM); however, the stop band of incident light is only modified from 450 to 525 nm by changing the chemical etching time.
Palin and Powell [13] first described an organic crystal as a network with molecules as nodes, linked by H-bonds.
The constitutive behaviour of aluminium was described by a crystal plasticity model which considers the evolution of dislocations and accumulation of edge dislocation dipoles.
Given this, one might think that it is possible to describe a photonic crystal medium, for low dielectric contrast, as a homogeneous medium with an effective index.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com