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The pyrrolysyl-tRNA synthetase tRNA. CUA. pair is orthogonal with respect to the endogenous synthetases and tRNAs in E.

Comparison of the kinetics of ERK2–GFP nuclear accumulation following MEK photoactivation or endogenous receptor stimulation provided some interesting insights.

Note that despite endogenous amber codons we see minimal background labeling of non-target proteins, either on the cell surface or intracellularly.

In the first step we created an orthogonal ribosome that is selectively directed to a new orthogonal message that is not read by endogenous ribosomes. ... We first selected, on 5FU, for sequences upstream of the cat-upp fusion that do not allow the gene

In the first step we created an orthogonal ribosome that is selectively directed to a new orthogonal message that is not read by endogenous ribosomes. ... endogenous ribosome, creating a pool of potentially orthogonal ribosome binding sites.

Note that despite endogenous amber codons we see minimal background labeling of non-target proteins, either on the cell surface or intracellularly./figcaption/figurenpWe have demonstrated the efficient site-specific incorporation

the kinetics of elementary steps and adaptive feedback in kinase signalling./figcaption/figurenp /pnpComparison of the kinetics of ERK2u2013GFP nuclear accumulation following MEK photoactivation or endogenous receptor stimulation provided some

The pyrrolysyl-tRNA synthetase tRNAsubCUA/subu00a0pair is orthogonal with respect to the endogenous synthetases and tRNAs in emE.

We develop biochemical methods to obtain protein-nucleic acid complexes involved in telomere maintenance pathways both from endogenous sources and by overexpression methods.

We develop biochemical methodsnto obtain protein-nucleic acid complexes involved in telomere maintenancenpathways both from endogenous sources and by overexpression methods.