Max Horlbeck, MD, PhD
Accelerator Grant Vignette
Dissecting the organization of cis-regulatory elements in autism using an iPSC village approach
We advance single-cell science by making it accessible and empowering fellow scientists to dive into their data one cell at a time — at Boston Children's Hospital and beyond.
Drop in for single-cell science Q&A, workflow help, and community support. Events are updated live on our public calendar.
Hands-on guides for scRNA-seq, multiome analysis, and single-cell workflows — built by the CDN community and shared openly on GitHub.
Catch up on past sessions — scRNA-seq workflows, multiome analysis, and more. Full playlist on YouTube.
Stories from the CDN community — methods, people, and discoveries.
Accelerator Grant Vignette
Dissecting the organization of cis-regulatory elements in autism using an iPSC village approach
Accelerator Grant Vignette
Multiomic approach to map transcription factor binding in early neural development
Accelerator Grant Vignette
Computational Models for Tissue Niche Regulation in Left Ventricular Noncompaction Disease
The Cell Discovery Network Accelerator Grant program at Boston Children's Hospital builds a community of researchers using single-cell approaches to understand principles governing pediatric tissue biology in health and disease.
Grants help teams launch or expand single-cell projects, connect with CDN expertise, and share reproducible workflows with the broader community.
Contact UsA collaborative network at Boston Children's Hospital.
Our activities focus on teaching, enabling, and sharing analytical knowledge in single-cell science with the BCH community and beyond — with respect for pediatric participants and their families.
We promote open, reproducible single-cell research using FAIR principles.
Join our team inquiries welcome — reach out by email.