1CellBio

The High-Resolution Single-Cell Omics Company #SingleCellSequencing #RNASeq #Transcriptomics

[Partek by Illumina @Partek_Inc]

If you are attending Single Cell Biology 2020 conference, be sure to visit poster session #5, at 14:50 GMT on Wednesday, Nov 11. Our poster: "Single Cell RNA-Seq with Partek Flow" #singlecell #rnaseq #CRISPR

[Partek by Illumina @Partek_Inc]

New build of Partek Flow has been released last week. Improvements include new plots for single-cell QAQC. #singlecell #singlecellsequencing #scRNASeq

[Partek by Illumina @Partek_Inc]

If you are attending #nextgenomicsuk20, be sure to catch our presentation "Multi-omics Single Cell Analysis: Fast and Easy" on November 5 at 4:30 pm CET.

[Ken Lau Lab @KenLauLab]

We present dropkick - a machine learning Python package that leverages ambient signal for QC and automatic droplet filtering of scRNA-seq data @Cody_heiser https://t.co/SDsZmhJHyc

[1CellBio @1CellBio]

Great paper! Congrats on the publication 🎉👏@MSouthardSmith @KenLauLab

[Michelle Southard-Smith @MSouthardSmith]

✍️NEW @AGA_Gastro Paper - 🎉🙌Researchers at #VUMC_Medicine led by @SciIdeas sequenced individual neurons of the Enteric Nervous System often called the “Second Brain” to understand normal #gastrointestinal control & #intestinal disorders. https://t.co/jTUr6VE7hZ

[1CellBio @1CellBio]

Congrats @ItaiYanai Lab and @maayan_baron for the new publication!
The Stress-Like Cancer Cell State Is a Consistent Component of Tumorigenesis: Cell Systems https://t.co/y91w0khubh

[Partek by Illumina @Partek_Inc]

Read our newest blog post: Tissue Transcriptomics—What’s the Big Deal and Why You Should Do It. https://t.co/DGF1LZUKbi

#spatial #transcriptomics #singlecell

[Ken Lau Lab @KenLauLab]

Ever wonder what's the role of tuft cells in intestinal inflammation characteristic of Crohn's Disease. @aban_91
may have the answer:

https://t.co/5AtEmGH9FE [1/5]

[Partek by Illumina @Partek_Inc]

Don't miss out on a new release of Partek Flow. For details please see https://t.co/veoDolOuft

[1CellBio @1CellBio]

bioRxiv viewer https://t.co/8KQ3KqqPaf
Cool article from the @VUmedicine on single nuclei seq of neurons! #snRNAseq #SingleCell #InDrop

[1CellBio @1CellBio]

@LGMartelotto @10xGenomics Sure! Reach out to [email protected]. We would be happy to chat.

[RNA-Seq Blog @RNASeqBlog]

“In order to realize many of the advantages of the latest @illumina #NGS platforms, #scRNAseq libraries must utilize a #multiplexsequencing strategy that adequately addresses the problem of #indexhopping,” - @1CellBio
https://t.co/uejK4BG8Gs

[Mike Brenan @mikebrenan1]

Great strategy from @KenLauLab and @1CellBio to avoid index hopping and improve data quality on the NovaSeq! #SingleCell #NGS https://t.co/KUJ4SRdgbm

[Ken Lau Lab @KenLauLab]

We rolled out our inDrop scRNA-seq #SingleCell library design (called TruDrop) to enable safer sequencing on ExAmp sequencers (NovaSeq) by standardizing the library and incorporating unique dual-indexes to mitigate index hopping. [1/4]

https://t.co/iRKbPePThL

[Ken Lau Lab @KenLauLab]

These libraries can be sequenced at greatly reduced cost while still identifying the same cell populations as before. This is now the standard we use in the lab. Collaboration with @1CellBio. [4/4]

[Luciano Martelotto 🛠🧬💻🇦🇺 @LGMartelotto]

On July 20 join me to discuss key benchmarking studies on solid tissue processing for scRNA-seq applications. Rego 👇

https://t.co/EwoCP4vnTS

#Sample_Prep_Matters
#scRNAseq
#Solid_Tissues

@Cytiva @10xGenomics @1CellBio
@MissionBio @illumina @MGI_BGI @NatureCustom
@harvardmed

[Partek by Illumina @Partek_Inc]

Webinar is on Wednesday. Don't forget to register.

[1CellBio @1CellBio]

Great article about sample index hopping. Give it a read to learn about what can give rise to phantom molecules!
👻👻 👻
@hsnajafabadi Lab @mcgillu #SingleCell #sequencing
https://t.co/4KdMDIQczP

[Partek by Illumina @Partek_Inc]

Join us for a webinar and learn how you can use the @1CellBio inDrop™ platform and Partek Flow to simplify #SingleCell #RNASeq analysis. June 24 at 11am EDT/4pm BST. https://t.co/MAKYe1d3Cu