Andrew Teschendorff

I am a Professor in Computational Systems Epigenomics with research interests in aging, cancer risk and cancer systems biology.

[Andrew Teschendorff @aeteschendorff]

Age-related heterogeneity in innate immune cell-types correlates with epigenetic clocks, inflammaging and health outcomes: https://t.co/YslCFl7fgN

[Andrew Teschendorff @aeteschendorff]

And on the topic of epigenetic clocks and inflammaging, published a month earlier:
Epigenetic clocks and inflammaging: pitfalls caused by ignoring cell-type heterogeneity | GeroScience

[Andrew Teschendorff @aeteschendorff]

Our new UniLIFE DNAm reference panel for unified estimation of immune cell fractions for a blood sample of any age:
Unified high-resolution immune cell fraction estimation in blood tissue from birth to old age | Genome Medicine | Full Text

[Andrew Teschendorff @aeteschendorff]

Improved prognostic models in kidney and liver cancer using cell-type specific clustering of DNA methylomes
https://t.co/BYxWr1LD5x

[Andrew Teschendorff @aeteschendorff]

Interpretable deep learning of single-cell and epigenetic data reveals novel molecular insights in aging, see
https://t.co/59RVOfMJw9

[Andrew Teschendorff @aeteschendorff]

Review article on Epigenetic Clocks just published in Nature Reviews Genetics:
https://t.co/Oro1seu6uv

[Andrew Teschendorff @aeteschendorff]

Delighted to announce that our Cell-type specific epigenetic clock paper, was just published in the journal Aging.
https://t.co/dDRXEyQQdE

[Andrew Teschendorff @aeteschendorff]

The updated revised version of our cell-type specific epigenetic clock preprint, reporting overlap with the causal DamAge clock:
https://t.co/PUcdligdR1

[Andrew Teschendorff @aeteschendorff]

Our new cell-type specific epigenetic clock analysis paper with relative quantification of intrinsic vs extrinsic aging:
https://t.co/M7LbtooEBk

[Andrew Teschendorff @aeteschendorff]

New review/perspective article on cancer risk prediction algorithms for single-cell data:
https://t.co/ltk7iqQkyE

[Andrew Teschendorff @aeteschendorff]

Quantifying the stochastic component of epigenetic clocks
https://t.co/T0dI58xgWh

[Andrew Teschendorff @aeteschendorff]

stemTOC: our new epigenetic mitotic clock, published recently in Nature Communications: https://t.co/hyiTEjrE4B