Our preprint on NanoporeTERs, a new class of multiplexable protein reporters that use @nanopore arrays for readout directly at the protein level, is now out at biorxiv.org/content/10.110… great work by @Nicolas76190695 @thekarenzhang @KatieDoroschak and team @datamolecules pic.twitter.com/LAbl2wLkNy

very helpful guide for designing @nanopore sequencing class! I hope to apply it soon and also adapt with a pipeline for bespoke molecular sensing... #PLOSCompBio: An educational guide for nanopore sequencing in the classroom dx.plos.org/10.1371/journa…

Announcing the launch of MIST, the program that aims to develop next-gen #data storage #tech that can scale into the exabyte (1 million terabyte) regime, and beyond, with significantly reduced physical footprint, power and cost: bit.ly/2NAWfRj

Our @biorxivpreprint is out! NanoporeTERs can be used to replace traditional fluorescent readout by excreting a reporter protein that is directly read via the @nanopore MinION (with an unmodified R9.4.1 flowcell). @jeffnivala @NickCardozo1 @thekarenzhang @datamolecules twitter.com/jeffnivala/sta…

@luisceze @datamolecules Thought of you! twitter.com/NatureNews/sta…

#UWAllen & @MSFTResearch detail how they achieved random access - the ability to retrieve individual files, such as a music video by @okgo - in large-scale #DNA data storage in a new paper published today in @NatureBiotech #UWInnovates #MondayMotivation nature.com/articles/nbt.4… pic.twitter.com/0yealG3OEj

Our Nature Biotechnology paper on DNA data storage is up. Enjoy! "Random access in large-scale DNA data storage" nature.com/articles/nbt.4…