Category Archives: Uncategorized

Floor plate formation on bioRxiv!

Our latest work on the formation of Shh morphogen source (floor plate) in the growing spinal cord is now available at: https://www.biorxiv.org/content/10.1101/2024.03.01.582751v1. By supporting computational results with experiments @Kicheva Lab we showed that the floor plate is formed in two distinct phases: rapid formation through gene regulatory interactions, followed by passive expansion by tissue growth. This result might be of general relevance for pattern formation in growing organs.

Neuronus 2024 is coming!

Joanna Doliwa and Maciej Kania are co-organising Neuronus conference this year. The conference will be held at the Auditorium Maximum of Jagiellonian University Krakow, Poland from 25-27 April, 2024. The program includes four sessions dedicated to biological, cognitive, computational, and medical neuroscience. Neuronus Neuroscience Forum is the biggest international neuroscience event in Poland and presents a wonderful opportunity to learn about the latest findings, share your work, and network. For more details on the registration process, invited speakers, workshops, and previous editions please visit https://neuronusforum.pl/.

Seminar on microbial adaptation

Today Qi Qin who is a postdoctoral research fellow at Macquarie University in Sydney, Australia, will give a talk on integrons that are bacterial genetic elements that play important roles in microbial adaptation. The talk will be focused on integrated molecular and quantitative framework for characterising integrons in environmental bacterial hosts. The talk will take place at 12:00 in room D-2-43. Everyone is welcome!

Joined work on arXiv

The results of joined project with Sokolowski group at FIAS on self-maintained stability of gene expression patterns in the absence of morphogen gradients are now available on-line at https://arxiv.org/abs/2306.00537 . By combining microscopic stochastic simulations of gene expression and analytically derived conditions for pattern stability we identify optimal repression strength ratio between genes in neighbouring domains of pattern mimicking gap gene expression in fruit fly.