William Roman

EMBL Australia Group Leader, building bio-engineered muscle systems to investigate how cells communicate at the Australian Regenerative Medicine Institute @🇦🇺

[William Roman @Wi_Roman]

Happy to share this work in ⁦@ScienceMagazine⁩. Special thanks to the Muñoz-Cánoves & ⁦@gomes⁩ labs for their help as well as the ⁦@myo_chip⁩ team and funding sources ⁦@EMBO⁩ ⁦@Telethon_France⁩ ⁦@HFSP⁩ for their support. https://t.co/iSTjG53UEG

[William Roman @Wi_Roman]

We are looking for a post-doctoral fellow to work on muscle cell biology and tissue engineering using image-based spatial omics @ARMI_Labs in Melbourne. Apply here: https://t.co/D349tZSWEL
learn more about the lab:
https://t.co/wftfVrzMnX

[William Roman @Wi_Roman]

Very honored to receive this award and extremely excited to be more involved with the stem cell community of Australia @AusStemCell. Thanks to the lab, past labmates, supervisors and mentors. @ARMI_Labs and @EMBLAustralia

[Stem Cell Foundation @AusStemCell]

>> Growing ‘mini-lungs’ to find treatments to help kids breathe easier: Rhiannon Werder @MCRI_for_kids
>> How do cells work together to create organs?
And what happens when they stop talking? William Roman @ARMI_Labs
Winners of our 2024 #MetcalfPrizes https://t.co/R3Q82y5Tw6

[William Roman @Wi_Roman]

We are recruiting a post-doctoral fellow in Melbourne on Tissue engineering and Spatial transcriptomics. Join us!
https://t.co/Fscm5yrVf6

[JF Leaving @DarriJf]

Happy that a little pancreatic explant made its way to the cover! @Dev_Cell 🪸
Check the article if you want to know more about how these beauties grow branches: https://t.co/5axbZGeYoR

[EMBL Australia @EMBLAustralia]

📢 We're hiring a Chief Operating Officer to join us
@MonashUni, Clayton.

The COO will lead the EMBL Aus Secretariat & advance key programs, inc. partner lab network, training, gov & industry r/ships etc.

➡️Apply by 9 Jan or share w/your networks!

🔗https://t.co/jtnlkXrsXg

[William Roman @Wi_Roman]

@SchnorrerL @qiyanmao @IBDMmarseille @INSB_CNRS Congrats! Super great news!

[Australian Regenerative Medicine Institute @ARMI_Labs]

ARMI is excited to announce that William Roman @Wi_Roman will be joining the Institute as an EMBL Australia Baker Foundation Group Leader in 2023. @EMBLAustralia

[William Roman @Wi_Roman]

@ARMI_Labs @EMBLAustralia Very excited to start this adventure as part of ARMI and EMBL Australia. Thank you for the opportunity!

[William Roman @Wi_Roman]

Excited to share this quick read in @TrendsCellBio about muscle stem cells and myofiber self-repair. Wish to thank Pura Munoz-Canoves for the support and @helenaapinheiro for the beautiful artwork.
Article is accessible here:
https://t.co/30lXdCQZGW

[William Roman @Wi_Roman]

@johnhemming4mp Hello, here is a link:
https://t.co/30lXdCQZGW
thanks for your interest

[E X A L T I A (fermé) @exaltiafr]

[🔴 TRAILER RELEASED] The microscopic has never been so grandiose.
Watch the trailer of Cell Worlds NOW 🎬 (VF english subtitles)
Share it to unlock this new worlds.🔬🧬
https://t.co/7AUvUE8eIY

[Gerard Lambert 🏳️‍🌈 @LABrechaun]

For #FluorescenceFriday Macrophage nanotunnels? 🧐 w/@NathanShaner

[Katharina Hennig @Katha16777]

#FluorescenceFriday @myo_chip

Motor neuron meets myotube in a dish. A match made in heaven.

#cellfie #microscpy #scienceisbeautiful #postdoclife

[William Roman @Wi_Roman]

Timely lesson from a myofibroblast after engulfing a 20um bead: Don't bite off more than you can chew.

[Helena Pinheiro @helenaapinheiro]

#ScienceTwitter I am happy to share that my #portfolio, where you will find my work in science illustration and graphical design of scientific figures, is now online. Come by and say hi! 👋 I would love to welcome you in my virtual home. At https://t.co/jIFkLnjHAF

[William Roman @Wi_Roman]

@KaiMurk High 405 nm laser power usually does the trick.

[William Roman @Wi_Roman]

Melting membrane networks of muscle cells with a confocal. #MyoTwitter

[William Roman @Wi_Roman]

@Astragalus EB proteins localize to the growing tips of microtubules (MT). As MTs polymerize, EB proteins follow, giving this comet effect. Since muscle cells lose functional centrosomes, MT organizing centers are relegated to nuclear membrane and golgi, resulting in comets shooting all over

[William Roman @Wi_Roman]

Congested EB3 comet traffic in a muscle cell. #Cytoskeleton #Myotwitter

[William Roman @Wi_Roman]

@Maf_Pimentel ✌️

[William Roman @Wi_Roman]

@hu_jerome Yes, this is just a 70 um segment of the cell, with the myonucleus on the left