This work also builds on my previous research, where I aim to understand the role of plasticity in evolution and how factors such as plasticity, noise, and robustness contribute to biological diversity and developmental decisions (7).

I hope this piece adds value to our understanding of plasticity, regeneration, non-bilaterians, evolution & development (6)

I would like to thank Aissam for writing this piece together. I also want to acknowledge William, the intern with whom I work closely; his contributions allowed us to advance the practical aspects of our research in parallel with our conceptual developments (5)

We propose using modularity as a framework to dissect these lifelong developmental processes. This approach encourages a conceptual shift from viewing development as a terminal process to seeing it as dynamic navigation through stable, yet responsive, organismal states (4)

Our manuscript suggests that lifelong developmental processes, such as whole-body regeneration, asexual reproduction, morphological plasticity, and reverse development, can be understood collectively through the lens of phenotypic plasticity (3)

While many animals retain the ability to transform their form and function throughout their lives, known as lifelong development, developmental biology has primarily focused on early life stages (2)

It was my pleasure to work on this piece with @AissamIkmi. I enjoyed it and genuinely appreciate his way of articulating thoughts. Here, we suggest that lifelong developmental processes can be understood comprehensively through the lens of phenotypic plasticity and modularity (1)

I like this article already😀

It was a rewarding experience to speak to an audience with diverse scientific backgrounds. The DB seminar series, including introductory lectures and presentations from external speakers, provides valuable insights for many department members. I look forward to the next sessions.

It was my pleasure to give an introductory lecture titled "Plasticity, Transgenerational Response, and Evolvability: A Conceptual Framework" as part of the Developmental Biology (DB) seminar series at EMBL Heidelberg. (1)

🧬A new imaging technique developed by the Liu Lab uses a novel DNA barcode system to track hundreds of RNA & protein molecules in single cells within thick biological samples, providing a full picture of how these structures are organized inside tissues. https://t.co/GAS8BalQMI

A highlight for the last EMBL morning coffee before Ramadan starts 🌙☕🎊💚

The evolution of shape diversity through the lens of physics—explored in our new paper! A fruitful collaboration between our lab @EMBL, Salbreux’s lab @unige & others, led by @BailleulRichar1—now independent at @ENS_ULM—& Nicolas Cuny. https://t.co/Dzwbeg3sGM

Optimized husbandry and targeted gene-editing for the cnidarian Nematostella vectensis Read this Techniques & Resources Article by @Joao_E_Carvalho, @EricRottinger (@ircaninstitute) & co.: https://t.co/uz9iFaSEyu 🎥1 week-old N. vectensis polyp first feeding with live Rotifers

🔬 The Shroff Lab & collaborators have developed a new AI method that produces sharp microscopy images throughout a thick biological sample without using adaptive optics, adding additional hardware, or taking more images. 🔗 https://t.co/FugWwpP0Tq

Beauty at @EMBLHeidelberg

Online now: Systemic coordination of whole-body tissue remodeling during local regeneration in sea anemones

My entire team wrote an opinion paper about Common misconceptions of speciation research. Each section is written by 1-2 team members. The bulk of the writing happened during two writing retreats. It was a lot of fun and I am very happy with the result.

Behaviors and reproductive characteristics may evolve faster than other traits, thanks to the genetic effects of social interactions https://t.co/hj3DfBCraV Now in @EvolLetters by Francesca Santostefano, @MariaMoironn, Alfredo Sánchez-Tójar, David N Fisher

"Full-Stack Microscopy Handbook" finally coming along...