Cody Call

Just a myelin junkie. Postdoc @MonkLab1; PhD @HopkinsNeuro; he/him

[Dongeun Heo @DongeunHeo]

My second manuscript from graduate school is now on bioRxiv! We generated a comprehensive scRNA-seq dataset of mouse OPCs from young adult to aged animals with the hope of providing a reference dataset for everyone to dig into! https://t.co/oxmeU0ejt2

[Tsai-Yi Lu @tsaiyilu]

Hiring Alert!! I am looking for a tech w/ lab experience (meaning PCR...) & interested in gaining research experience in glial biology! You'll be the 1st to pick ur fav project from the 10+ that I have in mind 😌so plz RT and apply!
https://t.co/LV0xh7mKtz

[Tsai-Yi Lu @tsaiyilu]

With much gratitude and excitement, I here announce that I will start my own lab @UVA Dept. of Neurosci. @uvaneuro this September! It takes a village to land a TT faculty job and thank y'all for helping me achieve this dream of mine. Look out for the Lu lab & more OPC/glia news!

[Tsai-Yi Lu @tsaiyilu]

Does it mean that neurons… are… in fact… specialized glia….?? 🤪

[Bernhard Schermer @BernhardScherm1]

@CECAD_ 🙏Thanks for all the positive feedback!
📢 Latest update:
As expected: A reduction from -80 to -70°C reduced the consumption in this specific case by ~28% (from ~13 to ~9,4 kWh per day).

So this will save ~1300 kWh per freezer per year!

#Sustainability #GreenLab #Nachhaltigkeit

[Gian Carlo Molina-Castro, Ph.D. @molinagian]

The road to a more equitable and just society must include promoting diversity and inclusion in our communities. I’m humbled and honored to receive the 2023 Community Ambassador Award for Diversity and Inclusion from @JohnsHopkins’ yesterday! 🤩🫶🏼

[ProjectBridge @projbridge]

We were excited to bring Science at the Market back to the Waverly 32nd Street Market last weekend! @M_f_keles led a fascinating demonstration on how the electrical signals from your own muscles can be used to control a mechanical claw! 💪⚡️ #scicomm #Baltimore

[Jake Hines @jhhines2]

Final version of our glowscope project is now out at https://t.co/oWxCk8aUkU
The paper adds inexpensive fluorescence capability to the wonderful smartphone scopes that @ScopesWorkshop developed and tirelessly brings into classrooms and science outreach settings.

[Megan Corty @megancphd]

Excited to have this work from my postdoc out in print! Thanks and congrats to @AlexLassetter @aicher_sue and twitterless co-authors Jo, Amy, and Marc!

[Cody Call @CodyLCall]

What....

[Dongeun Heo @DongeunHeo]

I got an absolutely gorgeous oligodendrocyte Korean flag painting from @CodyLCall for my birthday!❤💙🤍🖤 Just in time for the miraculous qualification to the round of 16 in the World Cups!🥳

[Cody Call @CodyLCall]

@ttmik @ttmik 🤞🏻

[Steve Stewart-Williams @SteveStuWill]

Monthly global temperature anomalies, 1880-2021

Source: NASA https://t.co/pKTmdR0ABc

[Tsai-Yi Lu @tsaiyilu]

My latest research is on bioRxiv now! Proud to present the amazing OPC Ca2+ dynamics in the cortex that’s not known to us till now. NE plays a surprising role in driving those beauties! Thanks @EricT_Hsu I’m also on the market now. Plz rt! #glia

[Gian Carlo Molina-Castro, Ph.D. @molinagian]

🚨Research Tech Position🚨 Come work with us at the Bergles Lab (@HopkinsNeuro) and fall in love with glial cells! Join us in exciting projects involving FACS, ISH, microscopy, single-cell sequencing, and more. Apply TODAY! Link: https://t.co/JAA2EjrUUs

[Vollum Institute @VollumInstitute]

Vollum Institute's Co–Director, Dr Kelly Monk, will give the keynote speech titled "Mechanisms of Neuron-Glial Interactions" at @GordonConf's Building the Nervous System: Cell Diversity, Circuit Assembly & Disease seminar this weekend. Dr Monk's talk is 8:30pm on 8/6. @MonkLab1

[Tim Czopka Lab @Czopka_Lab]

We are hiring postdocs!

Are you interested in discovering the enigmatic functions of oligodendrocyte precursor cells in the formation and function of neural circuits, using zebrafish genetics, imaging, physiology & behaviour?

Get in touch with the usual information.
Please RT!

[Heidi Stevens @HeidiStevens13]

Holy. Shit. What a brilliant, horrifying cover.

[Cody Call @CodyLCall]

Independent observations in fish, mouse & human oligodendrocytes describe an amazing method of myelination: the paranodal bridge. Fun collab with @SarahNeely18, @owengwydz, Jason Early, @lyons_lab, @AnnaWilliamsLab & Chandran lab that will make you rethink how myelination works

[bioRxiv Neuroscience @biorxiv_neursci]

Oligodendrocytes form paranodal bridges that generate chains of myelin sheaths vulnerable to degeneration with age https://t.co/9FQS9ipnL3 #biorxiv_neursci