Mayte Bonilla-Quintana

Understanding synapses by developing mathematical and computational models | Postdoc @RangamaniUCSD

[Frede Català-Castro @fedcat_131]

🔬📢🧫Check out our new preprint about membrane tension propagation in neuronal axons. Here we use two-trap membrane nanorheology to measure the spatiotemporal distribution of membrane tension gradients. @ICFOnians @NMSBlab @MayteBQ @neusanfeliu
https://t.co/mE4Fk8jx4c

[Nature Neuroscience @NatureNeuro]

Membrane mechanics dictate axonal pearls-on-a-string 📿 morphology and function

@EManiax @jackie_griswold @MayteBQ @Renpeps @CTLeeRes @ValentinNagerl

https://t.co/n7gqz0PIde

[Jackie Griswold @jackie_griswold]

My paper is now out in the world - I can't believe it! If you want to read the preview it is up on bioRxiv: Membrane mechanics dictate axonal morphology and function https://t.co/4dUHgEw5OX

[Mayte Bonilla-Quintana @MayteBQ]

@EManiax @RangamaniUCSD @CTLeeRes This was an amazing experience, thanks!

[Andrea Ghisleni @of_sips]

Heading to #BPS2023. If you fancy an early start, you are still jet lagged or you are genuinely interested in Spectrin conformation, join me at 8:35 tomorrow, Biopolymers in vivo sub group! thanks to @BiophysicalSoc @IFOMresearch @MSCActions

[Mayte Bonilla-Quintana @MayteBQ]

Check out our new work with @RangamaniUCSD. A great collaboration with Andrea Ghisleni and Nils Gauthier - Mechanically induced topological transition of spectrin regulates its distribution in the mammalian cortex https://t.co/sLtZbHOuW3

[Mayte Bonilla-Quintana @MayteBQ]

Our preprint is out! In this work with @RangamaniUCSD, we investigate how mechanical properties of dendritic spines change upon LTP https://t.co/ifLJ1puQrM

[Mayte Bonilla-Quintana @MayteBQ]

@DeschutterOIST

[Mayte Bonilla-Quintana @MayteBQ]

Join our mini-symposium today at BioQuant 11 am on crosstalk of neuronal signaling and energy metabolism in synapses at @ecmtb2022 with Genevieve Dupont, @RenaudJolivet, Erik De Schutter, @GuadaCGarcia. Organized by @RangamaniUCSD, @GuadaCGarcia and me.

[Mayte Bonilla-Quintana @MayteBQ]

Our review: Can biophysical models of dendritic spines be used to explore synaptic changes associated with addiction? has been published! https://t.co/sSsLCc2eL2 via @IOPscience with @RangamaniUCSD

[Guadalupe C. Garcia @GuadaCGarcia]

Please join our mini-symposium on crosstalk of neuronal signaling and energy metabolism in synapses at @ecmtb2022. Fantastic speaker lineup: Genevieve Dupont, @RenaudJolivet, Erik De Schutter, @UliGraupner. Organized by @RangamaniUCSD, @MayteBQ, and me.
@SMB_MathBiology @ESMTBio

[Mayte Bonilla-Quintana @MayteBQ]

Have you ever wondered: Can biophysical models give insight into the synaptic changes associated with addiction? ⁦@RangamaniUCSD⁩ and I did, check out our review https://t.co/NiaBciNHws

[Mayte Bonilla-Quintana @MayteBQ]

My latest #research on #dendriticspines in @SciReports https://t.co/jgK7VnLDxR