PhD candidate in the Beach (@myosincity) and Oakes (@pwoakes) Labs at Loyola University Chicago. Badger Alum. Former beer nerd. I like neurons. I like bread.

Chicago, IL
Joined October 2021
CAD cells reign supreme! Congrats @chillinwithpfn1 and @CisternaBA!!
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Our October issue is out! hubs.la/Q02R_lsP0 The cover shows a color-coded projection through time of confocal images of a mouse primary Th1 T cell expressing EGFP-Lifeact migrating in confinement. From @AlexiaCaillier, @pwoakes et al. (hubs.la/Q02R_xZC0)
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Very fortunate to have access to an abundance of scopes to capture images like this. These are primary neurons treated with blebbistatin and stained for acetylated tubulin. @fluoroforce iLUT again coming in HOT this #FluorescenceFriday
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Really proud to see this paper finally out ! 🤩🎉🍾 Thank you to @JCellBiol and the reviewers for their precious comments that definitely strengthened our work. See our previous thread for most of the details ! xitter.cf/pwoakes/status/1715169…
Ever wonder about the mechanics of immune cell #migration? @AlexiaCaillier, @pwoakes @LoyolaChicago and colleagues find T cells form integrin mediated focal adhesions to pull themselves through confined spaces. hubs.la/Q02Cjd1r0 #Immunology #Adhesion
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Life has been pulling me away from the scope (I had a baby named Henry!), but #FlourescenceFriday never takes a break. CAD cell with a dual tag myosin 2 construct - green on the motor heads and magenta on the tails, giving a🟢🟣🟢triplet. Can even see a few processive runs🏃‍♂️
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Our actin in AIS plasticity story, led by PhD student David Micinski, is now online in Frontiers in Molecular Neuroscience. We like to thank our excellent reviewers whose comments and requests clearly improved the paper. frontiersin.org/articles/10.… Thread below👇
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Our April cover ➡️ hubs.la/Q02r6l130 shows overlayed temporal projection of actomyosin dynamics in the leading edge of migrating mouse embryonic fibroblast expressing EGFP-non-muscle myosin & mScarlet F-Tractin. From @fluoroforce, @myosincity et al. hubs.la/Q02r6jGp0
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Very happy to see the central Ph.D. topic (out of several) of @N_Mougios in @biorxivpreprint. He established a universal way to make all your antibody-based assays easily multiplexable by using erasable secondary #nanobodies. See it here: biorxiv.org/content/10.1101/…
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Actin retrograde flow in the lamellapodia of a stage one neuron. Happy #FluorescenceFriday !
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Primary rat hippocampal neurons at DIV14 stained for Active-RhoA🔵and Phospho-Myosin Light Chain🟣. No AI required for this #FluorescenceFriday .
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Quintanilla (@fluoroforce), Oakes (@pwoakes), Beach (@myosincity) and colleagues @LoyolaChicago demonstrate subcellular biophysical mechanisms that enable myosin 2 filament assembly. hubs.ly/Q02l3klJ0 @MatthewAkamatsu @Coronin @taraskalab #Biophysics #Cytoskeleton
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An interview with Patrick Oakes—Loyola University Chicago, IL, USA dlvr.it/T1zZxN
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The end of an era 😢 @fluoroforce, the 1st PhD student to join the lab, has cleaned her desk and -20/-80 space, transferred her last data, and is ready to head to Paris to join the Piel Lab. What a pleasure it has been! Au revoir Dr. Quintanilla!!!
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It was really cool to learn some jython programming for this tool. It's great for exploring all the LUTs, and once you have a set of favorite LUTs I recommend to use @biovoxxel's plugin "LUT channels tool" from the biovoxxel update site! xitter.cf/biovoxxel/status/16309…
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Joey Tidei retweeted
Researchers grew rat neurons on a force sensor, which allowed them to discover that neurons develop tension after forming connections with other neurons, resulting in a contractile neural network. Without this contractility, neurons fail to fire. In PNAS: ow.ly/TQSj50QmtPO
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Massive 10+ year effort in lab spearheaded by @leonardoaparrar and Kayal (secret account 🤔). Unreal cover by @EmmaVIDALL that says it all.
2023's final issue is out! cell.com/neuron/current Cover story is from @Roy_Lab_Thinks's lab revealing an unexpected physiologic role for α-synuclein phosphorylation in clustering synaptic vesicles and restricting neurotransmitter release. Read it here cell.com/neuron/fulltext/S08…
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Celebrating last night of ASCB with some BBQ🍻🍗 and great company 👩‍🔬! @Carole_Luthold @MartialMillet_ @sashademeu @J__Today @shreya_06 @maggie_utgaard @KVaidziulyte @ClaireLeclech @RomainRollin @jfierro023
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Since I missed #FluorescenceFriday this week I'll have to give it in person at #cellbio2023 ... Beach and Oakes Labs coming in hot.
We’ll be in Boston for #cellbio2023! We’ve got a bunch of posters and a talk this year and tons of cool data we’re excited to tell everyone about. Come check them out and see what we’ve been up to!
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Wrapping up the week by visualizing the crazy axonal growth of dorsal root ganglia neurons in vitro using the SPY650-FastAct probe from @spirochrome! 🤩 Capturing one image every 10 minutes.
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Extra spooky edition of #FluorescenceFriday. Primary rat hippocampal neurons at DIV3 stained for F-actin 🟠 and phosphorylated myosin 2 🟣.
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