IN-FRAME AMBER STOP CODON REPLACEMENT MUTAGENESIS FOR THE DIRECTED EVOLUTION OF PROTEINS CONTAINING NON-CANONICAL AMINO ACIDS: IDENTIFICATION OF RESIDUES OPEN TO BIO-ORTHOGONAL MODIFICATION.

In-frame amber stop codon replacement mutagenesis for the directed evolution of proteins containing non-canonical amino acids: identification of residues open to bio-orthogonal modification.

Expanded genetic code approaches are a powerful means to add new and useful chemistry to proteins at defined residues positions.One such use is the introduction of non-biological reactive chemical Soldering Tools handles for site-specific biocompatible orthogonal conjugation of proteins.Due to our currently limited information on the impact of non-

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Learning Domain-Invariant Representations of Histological Images

Histological images present high appearance variability due to inconsistent latent parameters related to the preparation and scanning procedure of histological slides, as well as the inherent biological variability of tissues.Machine-learning models are trained with images from a limited set of domains, and are expected to generalize to images from

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Z-DNA binding protein 1 mediates necroptotic and apoptotic cell death pathways in murine astrocytes following herpes simplex virus-1 infection

Abstract Background The mechanisms by which glia respond to viral central nervous system (CNS) pathogens are now becoming apparent with the demonstration that microglia and astrocytes express an array of pattern recognition receptors that include intracellular RNA and DNA sensors.We have previously demonstrated that glia express Z-DNA binding prote

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