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Exploratory and Model-Based Analysis of ScHi-C Data

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Simple per-band scaling that adds back an average band decay (BandNorm) runs in ~15 minutes and often matches more complex methods on cell-type separation, but it degrades at very high sparsity (100 kb resolution or rare cell types). A deep generative, band-aware model (scVI-3D) uses a zero-inflated gamma with locus-specific zeros, needs GPU and ~hour runs, and preserves performance with imputation. Gene-level scGAD scores correlate with expression, enable CCA integration with RNA and ChIP, and hundreds of cells produce believable pseudo-bulk contact maps.

AI-written summary · about

  1. 0:00Start
  2. 1:38Hi-C for studying long-range interactions
  3. 2:55Hi-C meets single cell sequencing
  4. 3:23scHi-C data: sparsity
  5. 4:34scHi-C specific genomic distance effect
  6. 6:15BandNorm & SCVI-3D with band transformation of scHi-C data
  7. 9:48Normalize and de-noise scHi-C data
  8. 11:19Evaluation and impact on downstream
  9. 12:44Cell type separation: Ramani2017
  10. 13:17Cell type separation: Lee 2019
  11. 14:43Evaluation of unsupervised clustering
  12. 16:20Impact on downstream analysis: Pseudo- bulk ve bulk Hi-C
  13. 17:18Similarity of the pseudo-bulk to bulk
  14. 18:35Integrating scHi-C with other single cell data modalities
  15. 24:49Acknowledgements
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