Jenna Levy

neuroscientist 🧠 graduate student @scrippsresearch

[Jenna Levy @LittleLevyy]

newer techniques for visualizing neuronal morphology come out constantly but I gotta tell you, there’s nothing like Golgi staining 🧠

I took these images of an adult mouse cortex with my iPhone

#neuroscience #academictwitter

[Damon Page Lab @damonpagelab]

The manuscript, in which we identified that mutations in ASD/ID risk gene DYRK1A cause microcephaly and decreased neuronal growth through decreased growth factor signaling, can be found here. @LittleLevyy

https://t.co/NX3zWR5nG9

[Damon Page Lab @damonpagelab]

Thank you to @BiologicalPsyc1 for making my #sofla office view even better! And a big shoutout to my graduate student @LittleLevyy for her hard work in acquiring these images🧠 @ScrippsGradPrgm @UFScripps

[Damon Page Lab @damonpagelab]

December already?! Here, our November birthdays still practicing the safe way to make a birthday wish 😉👏👏👏Happy birthday to @LittleLevyy @AECAllen18 and Ting An(not pictured but did a great journal club presentation today! Welcome to our lab, too!)

[Damon Page Lab @damonpagelab]

Birthdays look a little different now, but we can always rely on classic physics to 💨 out the candles! Thanks to my lab for a nice birthday surprise 🎂

[Scripps Research @scrippsresearch]

Congratulations to Scripps Research’s Ardem Patapoutian, who has been awarded the 2021 #NobelPrize for Physiology or Medicine. Patapoutian wins the award jointly with David Julius, for the discovery of receptors that sense temperature and touch https://t.co/AQC3vTD9i6 @ardemp

[Jenna Levy @LittleLevyy]

incredible spine imaging. Much progress. Such wow.

[Damon Page Lab @damonpagelab]

We are so honored to have our image on the cover. We love this classic technique for neuronal visualization & we can’t help but think of it as art 🎨 Props to the paper’s first author @LittleLevyy for her hard work optimizing Golgi staining & taking this image @BiologicalPsyc1

[Damon Page Lab @damonpagelab]

Our paper on how #DYRK1A mutations cause microcephaly and #autism relevant phenotypes in mice is out now in the September issue of @BiologicalPsyc1 🧠 https://t.co/UIvMKk1t8a

[:* @merry________]

sure the ‘photo dump’ is reminiscent of early Instagram culture & aligns with the movement to make IG casual again but it’s so often a performance of informality that is ironically more carefully curated than ever

my primary care physician: i meant what’s bothering u physically

[Dr. Glaucomflecken @DGlaucomflecken]

Conference Q&A

[Cell Reports @CellReports]

Patient-derived iPSC-cerebral organoid modeling of the 17q11.2 microdeletion syndrome establishes CRLF3 as a critical regulator of neurogenesis https://t.co/xvAtY4j6hT

[Biological Psychiatry @BiologicalPsyc1]

Citations for our journal reached an all time high this year with 50,155 📈Thanks to all of our contributors for doing such impactful (no pun intended) work 🤗

[Alan Burguete-Torres M.D. @dralanburguete]

Who said romance is dead?

[Nature Neuroscience @NatureNeuro]

A method to generate new neurons in the cortex and dentate gyrus of aged mice with a single injection of an antisense oligonucleotide (ASO), opening prospects for replacing neurons lost to neurodegenerative disease

https://t.co/loDRhdcxqX

[Spectrum (Autism Research News) @Spectrum]

“One of the most exciting strengths of this work is that the authors are able to rescue the neural phenotypes pharmacologically, and one of the tested approaches is already FDA-approved,” says Summer Thyme https://t.co/t2c7i3hP9X

[Jenna Levy @LittleLevyy]

I’ve been saying this for years people!!!!!

[Scripps Research @scrippsresearch]

The latest discoveries by @damonpagelab suggest that key genes in growth signaling pathways play a role in the intellectual disability or developmental delay found in types of #autism https://t.co/J4N54Nwsqe @PeterNHess for @Spectrum

[Uri Cohen, PhD @UriCohen42]

Types of neuroscience papers

[Costin Antonescu @CostinAntonescu]

Types of Cell Biology paper. 🔬

[Heather Snell, PhD @HeatherDSnell]

Whats the most frustrating part of mouse stereotaxic surgery and why is it ear bars?