Stochastic Biology Group: using maths, stats, and experiments to learn about biology and disease. We love organelles and oDNA, evolution, noise, and inference.
Excited to share a new preprint!
Lots of evolutionary processes, from AMR to cancer, involve biology acquiring features (drug resistances, mutations, etc). These are sometimes called "accumulation pathways", an instance of discrete character evolution. 1/
This sets up for a version of the Mk model that scales linearly in observations instead of exponentially in features, and can handle interactions, reversibility, coupling, missing data, and more. We think this could be quite a generally useful advance! 4/
We apply it to the evolution of drug resistance in TB and Klebsiella, and show its interoperability with other problems. The link is
biorxiv.org/content/10.64898…
... would love to hear thoughts!
The dish occupies a cubic metre and the bacteria are generating 10kW of heat. They can clearly access nutrients beyond currently understood biochem (and physics). The wobbly, hot mass has noticeably expanded while I've been typing. An alarm sounds. The sky darkens
#bionumbers
Mitochondrial evolution special issue of Phil Trans now out! royalsocietypublishing.org/r…
Excited to be part of this, with some new perspectives on mtDNA segregation from our group royalsocietypublishing.org/r… and brilliant content from colleagues worldwide! Pics from current location 🇳🇴
New OA Article: "High-frequency biparental inheritance of plant mitochondria upon chilling stress and loss of a genome-degrading nuclease" rdcu.be/e6GEA
Maternal inheritance of mitochondria breaks down in cold when a mitochondrial DNA degrading nuclease is defective.
If you love the organelles that power life, come to @GordonConf Mito & Chloroplasts July 19-24, Maine. Please RT.
This conference (rich tradition!) will span the evolution, metabolism, and synthetic biology of these organelles.
Many oral/poster slots:
tinyurl.com/5n6upfxr