Discover Endless Parseabilities in Single Cell at ASHG 2025
The freedom to design experiments your way. The flexibility to answer your biggest questions. With Parse Biosciences, the possibilities in single cell are endless. Join us in Boston to see where your science can go next!
Join Us at Booth 927
Stop by Booth 927 for fresh coffee in a take-home YETI mug. Stay for the conversation — we’d love to hear about your research and show how single cell can take it further.
Sessions
Endless Possibilities in Single Cell Discovery with Parse Biosciences
Discover the latest innovations in single cell, including advancements in Evercode Whole Transcriptome, TCR, BCR, and Trailmaker. Designed to deliver scale, flexibility, and quality — single cell has never been more powerful.
Breakthroughs in Single Cell Research
Single cell technologies are opening new frontiers in biological discovery, enabling researchers to investigate complex systems with unprecedented precision and scale. In this session, Dr. Sam Van de Velde (Salk Institute) will present his latest findings on the sustained genomic response to the GLP-1 agonist Exendin-4 in pancreatic beta cells, highlighting a multi-omics strategy that reveals phosphorylation of Med14 by PKA as a key signaling event in transcriptional activation. Dr. Karolina Aberg (Virginia Commonwealth University) will share approaches for conducting large-scale, cost-effective, and rigorous single cell transcriptomic studies. She will discuss workflows that address the technical and analytical challenges of generating large human brain datasets, including those investigating alcohol use disorder, autism spectrum disorder, schizophrenia, and other psychiatric conditions. Together, these presentations will showcase how single cell methods are advancing both mechanistic insights and large-scale discovery.
Come early to make sure you get a lunch!
Unleashing the Power of AI-driven Drug Discovery with a 100 Million Single Cell Atlas
We built the largest scRNA-seq drug response dataset to date—100M+ cells, 50 cell line models, and 379 compounds. Using Parse’s GigaLab and Ultima’s UG 100™, we reveal genotype-linked programs and compound-specific cell cycle effects, providing an open resource to accelerate AI-driven cancer drug discovery.
Poster Presentations
Enabling low cell input and high throughput processing of cell fixation for single-cell RNA profiling using combinatorial barcoding
Board Number: 4013W
Whole-organism atlasing using Parse Evercode Penta produces comprehensive and consistent scRNA-seq transcript detection across multiple tissues
Board Number: 4078T
Deep-mining antibody repertoires with high-throughput single cell BCR and whole transcriptome sequencing with high sensitivity
Board Number: 4086T
Comprehensive profiling of lung tumor infiltrating lymphocytes using high throughput TCR sequencing
Board Number: 4024F
Characterizing virus-specific T cell receptors in common infectious diseases using high-throughput single cell combinatorial barcoding
Board Number: 4020F
Single Cell-ebration
It’s the can’t-miss party of ASHG! Join us for food, drinks, bowling, pool, arcade games, and dancing — plus your own custom t-shirt made on the spot.
Meet Your Single Cell Concierge
Look for the Parse team throughout ASHG — we’re here to connect, answer questions, and learn about your research.
Aisling Sinclair
Alan Fox
Charlie Roco
Crina Curca
Daniel Diaz
Gokhan Demirkan
Joey Pangallo
Jose Jacob
Kaitie Kramer
Karlie Fedder-Semmes
Lisa Owen
Mia Bothner
Mike Khan
Olivia Kaplan
Olivia Shaw
Ramon Maghsoudi
Sandra Jabre
Stephanie Wilson
Vicky Morrison
