Charlie Roco (@charlieroco) 's Twitter Profile
Charlie Roco

@charlieroco

CTO and cofounder @ParseBio. Co-developer of single cell combinatorial barcoding method SPLiT-seq. Making genomics more scalable, flexible, and accessible.

ID: 791346302386745344

calendar_today26-10-2016 18:30:35

108 Tweet

1,1K Followers

870 Following

Luciano Martelotto 🛠🧬💻🇦🇺 (@lgmartelotto) 's Twitter Profile Photo

Parse Biosciences Roadshow - Single Cell 3.0 Scaled & Simplified, Adelaide Tickets, Tue 21/06/2022 at 10:00 am | Eventbrite eventbrite.com/e/parse-biosci…

Tyler Alban (@tyleralban1) 's Twitter Profile Photo

First mega kit through Parse Biosciences and the sub library looks great after sequencing! So convenient to run sub libraries and know what’s going on before the big run. Estimating close to 900k cells for this exp!! Looking forward to the final results but so far so good.🤞🏼

Jeremy Simon (@jeremy_m_simon) 's Twitter Profile Photo

FYI this vignette has now been updated with some of our more recent recommendations for handling SPLiT-seq/ParseBio data with {alevin-fry}. Namely: it's important to quantify in U+S+A mode with a splici reference, and properly import all those counts into R with {fishpond}

Parse Biosciences (@parsebio) 's Twitter Profile Photo

You can now do a deep dive into our 1 million cell T1D dataset! It was generated from 24 samples fixed over the span of 3 weeks and barcoded all together in a single run. The donor data was integrated with Harmony to generate the UMAPs. #singlecell hubs.la/Q01gTVjX0

Alex Rosenberg (@dna_rosenberg) 's Twitter Profile Photo

1/ We previously generated a 1M cell scRNA-seq dataset with 24 Type1 Diabetes/Control PBMC samples. Now Daniel Diaz, one of our Bioinformatics Application Scientists, has built a tutorial showing how you can easily analyze this dataset using existing single cell tools.

1/ We previously generated a 1M cell scRNA-seq dataset with 24 Type1 Diabetes/Control PBMC samples. Now Daniel Diaz, one of our Bioinformatics Application Scientists, has built a tutorial showing how you can easily analyze this dataset using existing single cell tools.
Charlie Roco (@charlieroco) 's Twitter Profile Photo

Big thanks to Toon Swings and the entire #RNGS23 organizing committee for inviting me to represent Parse Biosciences in beautiful Ghent! What a great conference - hope to be back again soon!

Big thanks to <a href="/ToonSwings/">Toon Swings</a> and the entire #RNGS23  organizing committee for inviting me to represent <a href="/ParseBio/">Parse Biosciences</a> in beautiful Ghent! What a great conference - hope to be back again soon!
Irit Miller 🎗️ (@milleririt) 's Twitter Profile Photo

That was nuclei extraction extraction, using S2 Genomics singulator and fixation w/ Parse Biosciences kits (lucky 13 kits!). Looking forward to the next steps 👩🏻‍🔬 And how was your week? #postdoclife #biology

That was nuclei extraction extraction, using <a href="/S2Genomics/">S2 Genomics</a> singulator and fixation w/ <a href="/ParseBio/">Parse Biosciences</a> kits (lucky 13 kits!). Looking forward to the next steps 👩🏻‍🔬
And how was your week? #postdoclife #biology
Daniel V Brown (@dvbro0) 's Twitter Profile Photo

Happy to present our new preprint! We ran a head-to-head comparison of sample multiplexing reagents for single-cell RNA-Seq on the same samples on the same day. 1/9 biorxiv.org/content/10.110…

Parse Biosciences (@parsebio) 's Twitter Profile Photo

📣 "Single cell sequencing using Evercode shows a superior outcome compared to 10x Genomics™" Watch the full video here 👉 parse.bio/3LOcdFA #comparisonstudy #research #singlecell

Parse Biosciences (@parsebio) 's Twitter Profile Photo

Are you attending #ASHG23? Don't miss our featured education session with Rahul Satija (Rahul Satija) from the New York Genome Center. Lunch will be provided for the first 50 attendees.

Are you attending #ASHG23? Don't miss our featured education session with Rahul Satija (<a href="/satijalab/">Rahul Satija</a>) from the New York Genome Center. Lunch will be provided for the first 50 attendees.
Hannah Hrncir (@hannahhrncir) 's Twitter Profile Photo

So excited to work with Parse Biosciences to share my work studying the role of Sox9 in promoting branching morphogenesis in mouse intrahepatic bile ducts (IHBDs). I will highlight how Parse scRNA-seq enabled discovery of a target to rescue IHBD branching in mice lacking Sox9.