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epigenetic-clock

Here are 23 public repositories matching this topic...

AntiEntropy models aging as stochastic entropy drift in CpG methylation state space. It integrates ElasticNetCV clocks, site-wise Shannon entropy 𝐻 ( 𝛽 ) H(β), PCA spectral decomposition, and HRF-based resonance to quantify negentropy gradients and simulate control-driven reversal toward low-entropy attractors.

  • Updated Apr 18, 2026
  • Python

Reproducible re-analysis on two human EPIC datasets asking whether partial epigenetic reprogramming reverts the causal-damage (DamAge) or the adaptive (AdaptAge) methylation layer — the two layers dissociate, and the dissociation replicates.

  • Updated Jun 5, 2026
  • Python

Why do dogs age so fast, and can AI help change it? A source-cited, cross-model-verified dossier: AlphaFold, IBM MAMMAL (with a video fact-check), AI for dogs & wolves, ageing biology, interventions, and ranked research paths. CC BY 4.0.

  • Updated Oct 4, 2026

A three-language (Python/R/bash) 15-stage EWAS + ML pipeline on 689 real human blood methylomes (GSE42861, RA vs control, 485,512 CpGs): cell-type deconvolution, adjusted EWAS, chromatin-state context, epigenetic clock, leakage-controlled classifier, and molecular subtyping — all data downloaded live from NCBI GEO.

  • Updated Sep 22, 2026
  • Jupyter Notebook

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