Home
    • Project overview
    • Policies
    • News
    • Contact
    • Experiments
    • Annotations
    • Single Cell Embeddings
    • Statistical Models
    • Gene Perturbations
    • Data Standards & QC
    • Pipelines
    • Consortia
    • Publications
    • Single Cell Browser
    • Getting started
    • Schema
Clear Filters
Embeddings type
  • 4Gene expression
Embeddings Category
  • 4umap
Underlying Assay
  • 210X snRNA-seq
  • 110X scRNA-seq
  • Smart-seq
Available data
  • 2h5ad
  • 2rds
  • 1mtx
  • 1tsv
File set status
  • 4released
Organism
  • 4Homo sapiens
Biosample type
  • 4tissue
Biosample term
  • 6islet of Langerhans
  • 4artery
  • 4heart
  • 4liver
  • 4pancreas
  • 4skeletal muscle
  • 2kidney
  • 2lung
  • 2peripheral blood mononuclear cell
  • 2skeletal muscle tissue
  • 2subcutaneous adipose tissue
  • 1carotid canal
  • 1hypothalamus
  • 1immune system
  • 1tissues
  • 1visceral abdominal adipose tissue
  • 1visceral fat
Tissue term
  • 4heart
Organ
  • 3heart
Life stage
  • 1adult
Date released
  • 2June, 2025
  • 1February, 2023
  • 1September, 2020
Lab
  • 3AMP-T2D consortium
  • 1Kyle Gaulton, UCSD
Project
  • 4AMP
RFA
  • 3AMP
  • 1AMP2
embeddings_underlying_assay!
  • Smart-seq

Showing 4 of 4 results

table-tab-iconmatrix-icon

  • FileSet

    DSR445357

    released

    Embeddings file set: Integrate object with UMAP and RNA counts for FNIH multiome, CAREHF multiome, DPT and HiC.
    Lab: Kyle Gaulton, UCSD
    Project: AMP
  • FileSet

    DSR513108

    released

    Embeddings file set: Single cell reference map of human heart chambers
    Lab: AMP-T2D consortium
    Project: AMP
  • FileSet

    DSR549TWY

    released

    Embeddings file set: Using large-scale single nuclei RNA sequencing, defined the transcriptional and cellular diversity in the normal human heart.
    Lab: AMP-T2D consortium
    Project: AMP
  • FileSet

    DSR758NPF

    released

    Embeddings file set: snRNA-seq embedding on nuclei isolated from cardiac chambers from four human donors without cardiovascular pathology
    Lab: AMP-T2D consortium
    Project: AMP
  • Contact
  • Terms of Use
  • AMP Consortium sign-in

©2025 Regents of the University of California.

  • UC San Diego