🚨 New Preprint
"Quantification and statistical comparison of cell-state transition kinetics using a parametric failure-based model"
doi.org/10.64898/2026.04.21.…
Cells do not usually change state at a single fixed time.
How can we compare these distributions across conditions?
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🚨 New Preprint
"Quantification and statistical comparison of cell-state transition kinetics using a parametric failure-based model"
doi.org/10.64898/2026.04.21.…
Cells do not usually change state at a single fixed time.
How can we compare these distributions across conditions?
🧵1/3
We view cell-state transition as analogous to system failure & argue that kinetics are a phenotype.
The model separates four features: onset delay, timescale, shape, and competent fraction.
We apply it to pluripotency exit, directed differentiation, and reprogramming.
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⏰ Deadline Approaching! ⏰
📅 15 January 2026
Under two weeks to apply for our fully funded PhD project “Engineering an in vitro human embryo implantation platform to study pathologies arising in early pregnancy” at @sheffielduni. #development#endometrium#materialsscience
I strongly encourage ECRs to apply for opportunities like the Travelling Fellowships from the ever supportive @Co_Biologists.
They are fantastic for learning new skills, building collaborative networks, and honing scientific writing.
doi.org/10.1242/dev.205356
⏰ Deadline in two weeks! ⏰
Work at the interface of biology computation to build a virtual human embryo to predict developmental success and failure.
Happy to answer questions!
ALT Figure 2 (B) Representative maximum intensity projections of confocal z-stacks for chimeras injected with ten Fgf4−/− ESCs showing high (Hi; n=24) or low (Lo; n=17) donor contribution, non-injected embryos (n=25) and ten Fgf4 / ESC-injected chimeras (n=34).
🚨 New paper out in Development! 🚨
We show that donor embryonic stem cells (ESCs) reshape the developing mouse embryo, not just by what they signal, but where they push.
📄 doi.org/10.1242/dev.204518
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Also, check out the behind-the-scenes interview on my path in science, a eureka moment, and what I do when I choose to leave the lab:
🎙️ doi.org/10.1242/dev.205019
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1/10🧵New preprint! 🚀
We built a resource of 20 clonal human naïve pluripotent stem cell lines from 10 blastocysts. Explore embryo-to-embryo and clone-to-clone variation in one place.
👉doi.org/10.1101/2025.06.02.6…