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Heya,

I'm Jonas, a systems biologist who combines experiments (mainly zebrafish fluorescence microscopy), computation (including image analysis, data science, and simulations), and theory (from modeling all the way to philosophy) to study how cells self-organize and coordinate to perform sophisticated biological functions, such as building organs during embryonic development. My computational work I do almost exclusively with python.

Currently, I work as a postdoctoral researcher in the Mayor lab at University College London.

My scientific interests obviously start at cell and developmental biology, but range across evolution, complex systems, computer science, cognitive science, and philosophy - and most especially anything that builds bridges across these fields.


Some ongoing projects and related links:

  • Developing new conceptual perspectives to understand complex living systems
    • See e.g. the Core & Periphery hypothesis; preprint
  • Studying the interplay of cell shape and cell fate in the vertebrate neural crest using systems microscopy
    • My earlier systems microscopy work (on a different tissue, the lateral line primordium) can be found here
    • Two blog posts on the topic written for non-experts can be read here and here
  • Automating microscopes to track migratory cell populations (more on this soon!)

Some repos worth highlighting (more to come!):

  • My hands-on tutorial on bioimage analysis with python; a bit aged by now but still good; "vintage", one might say :p
  • The repo accompanying my lateral line systems microscopy paper; it's cool but in good ol' python 2 and very much "research code"; my current work builds on this, so newer code is forthcoming!
  • tissue_exploder: it's basic but it looks fancy, especially in 3D (see banner below)! :D
  • TrackTree; another fancy visualization; the day will come when I will actually need it for a paper, I'm sure, at which point I'll be modernizing this code, pinky promise...

My thoughts on...

  • Complex systems and optogenetics (review)
  • Synthetic developmental biology (review)

Links to other profiles: UCL profile, LinkedIn, ORCID, Google Scholar, StackOverflow

Posterior lateral line primordium banner image

Jonas Hartmann's Projects

cavity_expansion icon cavity_expansion

This repo hosts the code for "Competence for neural crest induction is controlled by hydrostatic pressure through YAP" (Alasaadi et al., 2024).

chemokine_buffering_paper icon chemokine_buffering_paper

Code for python-based quantitative image and data analysis in "Dynamic buffering of extracellular chemokine enables robust adaptation during directed tissue migration" by Wong and colleagues.

data-driven-analysis-lateralline icon data-driven-analysis-lateralline

This repository hosts the code for "An Image-Based Data-Driven Analysis of Cellular Architecture in a Developing Tissue" (Hartmann et al., 2020).

hackday-pybioimage icon hackday-pybioimage

Repo for UCL Festival of Code Hackday python group working on modernizing and extending the python bioimage analysis tutorial.

idr0079-hartmann-lateralline icon idr0079-hartmann-lateralline

IDR metadata for data submission accompanying "An Image-Based Data-Driven Analysis of Cellular Architecture in a Developing Tissue" by Hartmann et al.

katachi icon katachi

WIP! A simplified python 3 port of the ISLA-CBE method for feature embedding of fluorescence microscopy images.

opto-notch-adaptation icon opto-notch-adaptation

This repository hosts the code for "Desensitisation of Notch signalling through dynamic adaptation in the nucleus" (Viswanathan, Hartmann et al., 2021).

styles icon styles

Official repository for Citation Style Language (CSL) citation styles.

tissue_exploder icon tissue_exploder

Create a nice exploded visualization of segmented cells in a tissue.

tracktree icon tracktree

Nice visualization of timecourse data obtained from tracking dividing/splitting objects.

volocityhacks icon volocityhacks

A collection of tiny tools that make the use of PE's Volocity easier.

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