Towards a complete understanding of personal biology

From personal genome to phenome.

PGP1 — a human reference you can actually useconsented cells, deposited data, no restriction on use, even commercial.

  1. Zerorestrictions on use
    Open consentamong the few human cell lines consented for any use, even commercial
  2. 1,017records
    Vast multi-omics8 omics · 59 assay types · 14 cell types from one person
  3. 19research groups
    Worked on by leading labs19.4 TB of data deposited in ENCODE, GEO, SRA and 4DN
Data produced byAppleton · Colossal Biosciences176Bernstein · Broad101Lewis · University of California, San Diego36Estrada · Baylor College of Medicine28Campbell · Yale University28Myers · HAIB23Mortazavi · UCI14Snyder · Stanford14Chen-Plotkin · University of Pennsylvania12Stamatoyannopoulos · UW11+9 more

Navigating PGP1’s personal reference genome architecture

Manuscriptin preparationData releasereleased

Telomere-to-Telomere Accurate and Gapless Genome Assembly

Complete, accurate, and annotated to the base.

  • Complete and highly accurate. Every chromosome telomere to telomere, completely gapless. QV 71, one error in 13 Mb.
  • Annotated beyond genes. Genes and lncRNAs, the repeat classes — segmental duplications, satellite arrays including the centromeres — and the regulatory elements, cCREs and CpG islands: the ground a functional genomics study starts from.
  • Minimal error, every base of it shown. Confirmed structural error in unique sequence: 1.7 ppm, each call a track you can open. Quality report →
Sequence & genes
Genes — protein-coding, with isoforms
lncRNA — long non-coding transcripts
Regulation
CpG islands — CGIs
cCREs — candidate cis-regulatory elements
Repeat structure
Repeats — interspersed repeats
Satellite arrays — including the centromere
Segmental duplications — large, near-identical copies
Assembly quality
Erroneous regions — where the assembly is uncertain0.08% flagged

1.7 ppm confirmed error in unique sequence10,408 bp, HiFi ∩ ONT ÷ 5.95 Gb

Tracing one person into a lineage of cells and its multi-omics

the full tree, with sources
1The person
2Lines established
3Reprogrammed
4Differentiated into 11
blood
skin
LCL, EBV-transformed B-lymphocyte7GM20431 · blood, age 51WGS · in situ Hi-C · intact Hi-C
fibroblast, untransformed143GM23248 · skin punch, age 55ChIP-Seq · Hi-C · RNA-Seq · +20 more
iPSC542GM23338 · reprogrammed from GM23248ChIP-Seq · RNA-Seq · ATAC-Seq · +22 more
what the card edge shows
genometranscriptomeepigenomeclinome
neural118
  • bipolar neuron31Histone ChIP-Seq · TF ChIP-Seq · +9 more
  • neuron28RNA-Seq · Non-coding RNA profiling by array · +1 more
  • astrocyte26RNA-Seq · Mint-ChIP-Seq · +9 more
  • brain organoid19Mint-ChIP-Seq · DNase-seq · +3 more
  • glutamatergic neuron14Mint-ChIP-Seq · Control ChIP-Seq · +7 more
mesoderm108
  • NK cell52RNA-Seq
  • cardiomyocyte28RNA-Seq
  • endothelial cell14Mint-ChIP-Seq · Control ChIP-Seq · +7 more
  • microglia14RNA-Seq
crest and surface72
  • mammary epithelial cell36RNA-Seq
  • melanocyte36RNA-Seq
27records · 8 layers

Mapping every assay across the cell lineage

Cell lineageGenomeMethylationChIP-seqAccessibility3D genomeRNA-seqSmall RNAProteomeMicrobiomeClinicalOther
the personhu43860C
fibroblastGM23248
iPSCGM23338
NK cell
mammary epithelial cell
melanocyte
bipolar neuron
cardiomyocyte
neuron
astrocyte
brain organoid
endothelial cell
glutamatergic neuron
microglia
LCLGM20431
records152080300+