Previous injury does not simply reset the intestine to its original state. It reshapes its molecular state and influences how it responds to future damage. Congratulations to Borja Arozamena, co-authors and collaborators and funders @SaludISCIII @p_cmrc @idibell_cat

Using sc-multiome profiling, we simultaneously mapped gene expression and chromatin accessibility. We identified two complementary layers of regenerative memory: an IFNγ dependent inflammatory memory and a plasticity-associated memory established through dedifferentiation.

Thrilled to share our latest publication in @NatureComms ! Can the intestine remember a previous injury? We show that intestinal injury leaves a lasting transcriptional and epigenetic imprint that primes the tissue for enhanced regeneration. nature.com/articles/s41467-0…

By profiling nearly 700K cells across pregnancy and postpartum recovery, @jojimarie_teves found that the uterus does not simply return to its pre-pregnancy state after injury. Instead, it establishes a new homeostasis. @p_cmrc @idibell_cat

Happy to share our first work on uterine biology, now on bioRxiv! 🎉 Does the uterus truly return to its original state after pregnancy? 📄 doi.org/10.64898/2026.09.07.…