🚨Pre-Print Alert🚨
Single-molecule protein sequencing is the next frontier in sequencing technology.
Latest from @jeffnivala and colleagues - reading hundreds of amino acids and PTMs along protein strands AND re-read multiple times w/@nanopore arrays! 👇https://t.co/HrcqsWVyHC
Fantastic work led by @KeisukeMotone, @DaphneKHeintz, and @jeffnivala! @datamolecules
Multi-pass, single-molecule nanopore reading of long protein strands with single-amino acid sensitivity https://t.co/0jZ0aBo6Mi
Our preprint is out! We hacked the @nanopore sequencer to read amino acids and PTMs along protein strands. This opens up the possibility for barcode sequencing at the protein level for highly multiplexed assays, PTM monitoring, and protein identification!
https://t.co/hVdNFa7ti4
Yesterday we released our preprint showing how a @nanopore array morphs into a protein sequencer... Achieving LONG reads (hundreds of amino acids) and the capability to re-read individual molecules multiple times, all thanks to a protein-processive molecular motor.
From data science, to machine learning, to molecular computing—and more—@UW#UWAllen faculty are shaping the future of our field. Discover how eight @NSF CAREER recipients are pushing boundaries and advancing #CSforGood. #NSFfunded#ThisIsUW#FacultyFriday https://t.co/7FALCtzh6v
A review for our single molecule technology sequencing special issue from @KeisukeMotone at the @jeffnivala group - is sequencing proteins like herding cats? https://t.co/JKAp3TdFg3
Research Highlight by @DrArunimaSingh: 'nanopore-addressable protein tags engineered as reporters' (NanoporeTERs) from the lab of @jeffnivala can be detected in multiplex on commercial sensor arrays.
Paper: https://t.co/ZLCQOyvU8m
Highlight: https://t.co/g4Xj5abkiR
Nanopore protein sequencing is a challenging frontier that has yet to be realized, like herding cats. Our review @iScience_CP covers the latest efforts and proposes further steps to this end. Many thanks to @jeffnivala@NickCardozo1@datamolecules!
Pulling spaghetti decorated with Xmas ornaments through tiny holes is hard. Read our new review to do it at the nanoscale! Herding cats: label-based approaches in protein translocation through nanopore sensors for single-molecule protein sequence analysis https://t.co/Olaee49WAc
NanoporeTERs has entered the chat: In a new @NatureBiotech paper, @UW@MSFTResearch@datamolecules researchers unveil a new class of engineered reporter proteins for #biotech research that enable cells to “talk” to computers: https://t.co/6h6uMqCbms #UWinnovates 1/2
At last: NanoporeTERs pub is out @NatureBiotech! NTERs are a new class of multiplexable reporter protein that use @nanopore arrays to detect peptide-barcoded proteins directly at the protein level. Lots of juicy additions to this work since the preprint!
https://t.co/UIgGiIrPT9
Single-cell methods are becoming the norm, but what about proteins? Chirlmin Joo and colleagues provide a detailed survey of the emerging landscape of single-molecule protein sequencing technologies in a Review out today! https://t.co/GpgUfuiRND
#RSCPoster#MolEngPoster2020 Hi Everyone, this is my virtual poster that highlights non-invasive readout of lineage tracing experiments with NanoporeTERs!