Adam Runions

Assistant Professor, Department of Computer Science, University of Calgary.

[Adam Runions @Adam_Runions]

Funded positions for MSc & PhD students who are interested in investigating computational models and methods to understand the development and diversity of biological forms. Application deadline: May 1, 2021. https://t.co/djg0JH0jO5

[Mateusz Majda @matmajda]

Happy to see this out! Big congratulations to @N_Trozzi and all involved https://t.co/JeN6jz4eyg

[Soeren Strauss @StraussSoe]

Now not a #preprint anymore and online @CurrentBiology
https://t.co/ScGIQC5Nke

XinMin Li @neha_bhatia29 @Kierzkowski_Lab @RichardSmithLab @Adam_Runions

[Jason Liu @_jason_liu_]

🎨Art by Jason Liu
🌴Branches with closed areas
The network is randomly grown from four positions, then automatically simplified.
Based on works of @Adam_Runions @jasonwebb

#cad #coding #3d #art #trees #nature
#python #algorithm #scifi #math #Saturday

[Soeren Strauss @StraussSoe]

#Development highlighted our #preprint where Xinmin Li et al. are looking further into #leaf #heteroblasty and the role of SPL9 on leaf proximodistal symmetry and complexity.
#Tsiantis lab @mpipz_cologne

Highlight: https://t.co/C3tXG4zLME
Preprint: https://t.co/Cl66B2Kd8X

[MPIPZ Cologne @mpipz_cologne]

Paper Alert! 🥳New publication out @PNASNews from the Tsiantis lab @mpipz_cologne about a genetic switch that turns plant leaves from simple shapes into complex shapes. 🌱🌿Congratulations! 👏👏 Learn more 👉https://t.co/9cZPzTkKkz
https://t.co/Xg9KbefXS9

[Zi-Liang Hu @zilianghoo]

I am thrilled to share our latest work on the CUC1/auxin module in cell polarity, patterned tissue growth, and shape diversity. Great collaboration with @o_DavidWilson_o and @neha_bhatia29 in Tsiantis lab.

[Neha Bhatia @neha_bhatia29]

A new study from Tsiantis lab @mpipz_cologne. We show that CUC1 acts as a polarity switch & provides instructive input into PIN1-auxin-based leaf marginal patterning that regulates leaf shape. Congratulations to all authors!

These beautiful sectors..
https://t.co/tpjPBHIqvm

[Adam Runions @Adam_Runions]

Great to see this exciting work driven by Annafrancesca Rigato and Loïc Le Goff out in the world!

[Richard Smith Lab 🇺🇦 @RichardSmithLab]

Puzzle cells in #Drosophila!
#MorphoGraphX #MorphoDynamX

[Teng Zhang | 张腾 🟦 @TengZhang_UH]

Let's fly into flower heads, and enjoy the hidden beauty of vasculature structures within it. Excited to share our work is now published @NewPhyt! A result from multi-year collaboration @ElomaaPaula @PPrusinkiewicz @AgriForHelsinki @CanLightSource
https://t.co/ZLsZpM5eMn

[Neha Bhatia @neha_bhatia29]

A beautiful study out from the Tsiantis lab today. Congratulations to all authors @StraussSoe

Cell-cycle-linked growth reprogramming encodes developmental time into leaf morphogenesis

https://t.co/jheKdGAQfw

[Soeren Strauss @StraussSoe]

Congrats to Xinmin and also Hannah mainly, but not to forget @GabriellaBioMec @Adam_Runions @RichardSmithLab @Kierzkowski_Lab Featuring also the all the Morphos #MorphoGraphX #MorphoDynamX #MorphoMechanX

[Adam Runions @Adam_Runions]

@PeRossello @Lalaithion5355 Have you tried semi-implicit Euler? It should be as efficient as forward Euler, but still symplectic.

[Mateusz Majda @matmajda]

Here's our new preprint, led by @N_Trozzi "Puzzle cell shape emerges from the interaction of growth with mechanical constraints" Thanks to @RichardSmithLab @Adam_Runions @RoederLab @HoermayerLukas @RDPlab and everyone involved!
https://t.co/VOrChz0ru1

[Luca Argirò @Luca_Argiro]

An open PhD position is available in Tsiantis lab at @mpipz_cologne in collaboration with @RichardSmithLab and @Adam_Runions.
Don't miss this unprecedented opportunity to work in a very international and interdisciplinary environment! 🌿

[Athul Vijayan @athul_r_v]

Join our lab at MPIPZ cologne with Miltos Tsiantis in collaboration with @RichardSmithLab @Adam_Runions #PhDposition #ScienceJobs

[Palfalvi Gergo @PalfalviGergo]

If you are interested in leaf shapes and morphogenesis, there is an awesome PhD opportunity at our Department at @mpipz_cologne.

[Przemek Prusinkiewicz @PPrusinkiewicz]

We have just released the first open-source version (5.0) of our MacOS/Linux plant (and not only) modeling software vlab. Check it out at https://t.co/LIh7gib1f4.
Happy New Year!

[in silico Plants @insilicoplants]

How information obtained from genetics, live imaging and computational #modeling has helped conceptualize the ways in which gene activity is translated to #leaf shape

David Wilson-Sánchez @neha_bhatia29 @Adam_Runions Miltos Tsiantis @mpipz_cologne

https://t.co/Yt0OnUiVb1

[MPIPZ Cologne @mpipz_cologne]

Wonderful @CurrentBiology 'Dispatch' in which Mary E. Byrne summarises our most recent insights into the genetic control of leaf shape diversity 👇https://t.co/Ga6Tim5b1n

[MPIPZ Cologne @mpipz_cologne]

📣📣New paper out by the Tsianits group @mpipz_cologne on understanding how evolutionary modifications in expression of developmentally important genes are translated into diverse leaf shapes. Congratulations 👏👏 #evolution #plants #Genetics
https://t.co/rT5yjRFhCo