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The cover image abstractly depicts that zinc-finger nucleases cleave not only the site in the genome they are designed to target but also cleave off-target sites. Off-target cleavage is, however, much less efficient. Cover design by Erin Dewalt. Article p765
As more mouse models are produced, researchers studying neuropsychiatric diseases will need better ways to evaluate them and more realistic assessment of the results.
Clever design strategies enable researchers to harness nonspecific interactions to achieve highly specific arrangements of nucleic acid nanostructures.
Described is a randomly inserting transposon that can be swapped for gene traps, coding insertions or protein tag genes, thus expanding the toolkit for Drosophila melanogaster genome engineering.
A collection of functionally characterized BAC transgenic mouse lines in which the channelrhodopsin-2 H134R variant is specifically and stably expressed in GABAergic, cholinergic, serotonergic or parvalbumin-positive neurons is reported.
Single-stranded oligonucleotides are used as donor templates for zinc-finger nucleases to create targeted genomic deletions and mutations in mammalian cell lines.
Two-photon excitation in scanned light-sheet microscopy allows deeper imaging than the one-photon implementation and faster three-dimensional imaging of organism development with no evidence of phototoxicity compared to conventional two-photon point scanning microscopy.
SourceTracker finds the proportion and origin of contaminants in a given sample. Its database will prove useful in screening of metagenomic datasets for contaminants.
An in vitro method for examining cleavage patterns of zinc-finger nucleases (ZFNs) identifies previously unknown off-target cleavage sites. Some of the sites are present in the human genome and show evidence for ZFN-induced cleavage in cultured human cell lines.
A fluorescent protein that can be photoswitched with visible light from orange to far-red is presented. The photoconverted form has the most red-shifted excitation peak of all GFP-like fluorescent proteins to date and should be useful for many imaging applications.