Technology

Discover scalable, instrument-free single cell sequencing technology from Parse Bioscience

Technology Overview


Resources

Explore our collection of resources to learn more about technology and its applications from leading researchers

Resources Overview

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Providing researchers single cell sequencing with unprecedented scale and ease

About Parse

Parse Biosciences at ASHG 2024

We had a blast smashing the limits with you at ASHG 2024! In case you missed us at the conference, you can now browse our posters and presentations below. We hope to see you next year, but the conversation doesn’t have to wait until then. Reach out to our team anytime to discuss scalable single cell sequencing for your research.

Sessions

CoLab Theater Talk

Accelerate your single cell research with the latest advances from Parse Biosciences

In our CoLab session, Chief Technology Officer Charlie Roco, PhD, unveils exciting updates to our portfolio of single cell solutions. Highlights include advancements in Evercode Whole Transcriptome, Evercode TCR, Evercode BCR, and Trailmaker, all designed to make single cell more accessible and powerful than ever.

Charlie Roco, PhD
Charlie Roco, PhD
CTO and Cofounder
Parse Biosciences
Educational Session

Using single cell to explore the impact of genetic diversity on cell type- and state-specific gene expression in mice

In this session, Elisabeth Rebboah, PhD, from the Mortazavi Lab at UC Irvine, discusses her recent work on the impact of genetic diversity on cell type- and state-specific gene expression in mice.

Through an extensive study of various mouse strains and tissue types, significant diversity in gene expression profiles was uncovered. Single Cell Sequencing analysis of millions of cells revealed that different tissues exhibit varying levels of transcriptional variation due to strain differences, with specific impacts on cell types (e.g., neurons show less variation compared to glial cells and hepatocytes). Rebboah’s findings indicate that genetic diversity correlates with transcriptional variation, with wild-derived strains exhibiting the most differential expression. Additionally, while most cell types show significant variation in wild strains, at least one cell state specific to a common lab strain was identified, which is linked to a known phenotype: activated muscle stem cells in A/J mice, predisposed to muscular dystrophy.

Elisabeth Rebboah, PhD
Elisabeth Rebboah, PhD
Mortazavi Lab, UC Irvine

Single Cell-ebration

Thank you to everyone who joined us for Parse Biosciences’ unforgettable third annual Single Cell-ebration! It was a special night filled with drinks, delicious food, and engaging entertainment, all while connecting with fellow scientists in a cell-ebratory atmosphere. We hope you had as much fun as we did. The Parse team can’t wait to cell-ebrate with you again in 2025!

Poster Presentations

High throughput single-cell TCR sequencing method on aging mouse T cells and antigen stimulation in human T cell powered by split pool combinatorial barcoding technology

Improvements in Combinatorial scRNA Sequencing that Enable Scaling to Hundreds of Samples and Millions of Cells in a Single Experiment

Simultaneous profiling of 1M single-cell BCRs and whole transcriptomes from diseased and healthy B cells in a single experiment using split-pool combinatorial barcoding

Enabling low cell input and high throughput processing of cell and nuclei fixation for single-cell RNA profiling using combinatorial barcoding