Desktop Genetics

Want to trace the precise identity of the mutations and their frequencies of your #CRISPR assay in batch mode and download the data onto your private server? Look no further than TIDE Premium! ow.ly/eqj730m2yBQ #analysis #sangersequencing

Thank you for your patience while we worked to resolve an issue preventing the signing-up to our DESKGEN Cloud platform. All resolved now, check-out our updated website on deskgen.com and sign-up to use the best #CRISPR design and analysis tools out there!

@TruslerMartin @ImperialChemEng @DesktopGenetics Thank you Martìn, it was a real pleasure and honour to be back and give this talk!

Many thanks to @victordillard, @ImperialChemEng alumnus and co-founder of @DesktopGenetics, for presenting the 2019 Newitt Lecture. Inspirational job!

#featuredprooVuser @DesktopGenetics has products to help enable the work of pharma, biotech and academics working in drug discovery, functional genomics and cell therapy. Read more about them here: deskgen.com

12:00 Deep / Health Tech Showcase is from Victor Dillard, CEO, @DesktopGenetics. Read more about the company here: bit.ly/2HHGLKI #LSXWORLD

Huge congratulations to TIDE (tide.deskgen.com) author Eva Brinkman who received the Antoni van Leeuwenhoek award 2018 from @NKI_nl . Read more here nki.nl/topmenu/about-… #CRISPR #GenomeEditing

Apologies for any inconvenience over the past few days: TIDE was down for maintenance on the weekend but is up and running again as usual today! Please check in: tide.deskgen.com

Want to know how CRISPR and #machinelearning can work hand in hand? Read how we use #AI in designing custom #CRISPR libraries here: ow.ly/HEFn30mIlNq

Between all the work we cant forget the fun- Phage Invaders: A #CRISPR #Game, protect your bacteria from being infested by hostile phages! ow.ly/mAYX30mIlxU

Accurate detection of #CRISPR activity and specificity is key to establishing a causal relationship between #genotypic mutations and #phenotypic outcomes, here we discuss DTG-Seq and its application: ow.ly/42eB30mIlh5

To investigate whether and how #CRISPR-Cas9 on-target and off-target activities are affected by chromatin in #eukaryotic cells, researchers at @SNUnow developed DIG-seq: an off-target profiling method using #chromatin DNA: ow.ly/v04q30mIl1X

Our step-by-step outline on how to plan your #CRISPR #screening for multiplex #genetic interrogation: ow.ly/npBH30mIkUR

Here we present five peer reviewed publications ranging from #Cre-loxP technologies to pan-cancer human #tumor data analysis which employed Desktop Genetics to support their research: ow.ly/qB6q30mGrKj #CRISPR

Researchers at @DanaFarber demonstrated that using a #CRISPR screen that targeted degradation of BRD9 reverses the expression of #synovialsarcoma #cancer cells: ow.ly/EvQC30mGres

Here we go through a handful of strategies to improve the #specificity of #CRISPR gene edits: ow.ly/uIyK30mGr55

The National Tsing Hua University built a #synthetic switch that self-regulates #Cas9 expression to prevent off-target effects: ow.ly/wqIK30mGqJ5 #CRISPR

The @UMassMedical establish RNA-programmable #Cas9-Cas9 #chimeras, in single- and dual-nuclease formats, as versatile #genome engineering systems: ow.ly/mbno30mFKy7 #CRISPR

#CRISPRa and #CRISPRi allow for non permanent #geneediting, here we compare and contras them, helping you choose which one works best for your #experiment: ow.ly/NHIq30mFKk5

Researchers at @Stanford developed a #CRISPRa approach to systematically #identify regulators of #neuronal-fate specification: ow.ly/AEGc30mFK29

TIDER is the world's first tool for quantifying HDR-mediated editing, estimating the frequency of designed small mutations in a pool of cells: ow.ly/57K630mFJOp #CRISPR #sequencing #knockin