
David Solecki (pronounced so_lets_ki 😉)
5.3K posts

David Solecki (pronounced so_lets_ki 😉)
@So_lets_kiLab70
Posting our lab life studying the neuronal cytoskeleton and chromatin with cool microscopes🔬Proud #GenX, #firstgen college, #intj @RITscience @stonybrooku Alum
Memphis via Buffalo & NYC Katılım Eylül 2019
3.2K Takip Edilen4.2K Takipçiler
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Thrilled we finished this 8 yr study w/@NeuroCellPress Wonder what oxygen, blood vessels, Hif1 has to do with cell polarity & neuron migration? Genetics, gaussian & lattice light-sheet crack the case! Cerebellar blood vessels in cyan #cellfie #Science
url:cell.com/neuron/fulltex…
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@Yo_Hey_Kono Hard to say......we've tried a few of the scFv probes and they are toxic in our neurons.
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@So_lets_kiLab70 Are there any differences compared to RNA Pol II Ser2ph-scFv probe for live-cell imaging published in @JCellBiol 2022? addgene.org/186777/
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Forget #MicroscopyMonday or #FluorescenceFriday — it’s #TrailblazingTuesday!
The lab’s latest flex: a live-cell imaging probe catching Ser2-phosphorylated RNA Pol II CTD dynamics in real time. Watch transcriptional elongation light up living nuclei!
Bonus: Yours truly was hands-on with the knobs! Check out this stunning short video of Pol II puncta scanning a cell’s nucleus. What’s the coolest thing you’ve seen under a microscope? Drop it in the replies! #Science #scicomm #CellBio #sciart
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@pablo_jack It's probably a road to what we need to know: what is the actual par complex stoichiometry inside living cells. We are definitely not there yet as a field and there are situations where the different par complex components have non-complex functions that are a fronteir.
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This has been well known for years from whom, fly, mice, human. I dont understand why is this novel :( cc @So_lets_kiLab70
Cell Biology J-Club@cell_club
Multivalent assembly of PAR-3/aPKC complexes establishes cell polarity in Caenorhabditis elegans zygotes | PNAS pnas.org/doi/10.1073/pn…
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What if you could watch chromatin states change inside living neurons.....IN REAL TIME? Repost or share if you or someone you know dreams of this!
The Solecki Lab is building an imaging-based biosensor platform to make chromatin biology visible, measurable, and experimentally testable as neurons mature and wire into brain circuits (see enhancer nucleosomes fluttering below).
We’re looking for an Associate Scientist who wants to do more than run experiments. Someone who wants to help build the framework for seeing how the neuronal genome changes as the brain is built.
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David Solecki (pronounced so_lets_ki 😉) retweetledi

David Solecki (pronounced so_lets_ki 😉) retweetledi

(1/16) Our 3-lab collab (Mirny & Zechner) led by Harvey, Henrik & Jack is out:
Q: How do enhancers & promoters interact in space (contact vs. action-at-a-distance) and time (stable vs. transient)?
A: Transient E-P contact (~25-42 nm lasting ~10-20 sec): biorxiv.org/content/10.648…

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Job description and application portal: stjude.wd1.myworkdayjobs.com/stjude/job/Mem…
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@ShorterLab Oh man….hope you get to drive through those local winding roads in the Tuscan mountains. I drove from Como to a conference at that venue two years ago and there are some amazing old villages off the beaten path that are spectacular to see.
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David Solecki (pronounced so_lets_ki 😉) retweetledi

Out now in Science! Our new study challenges long-standing assumptions about transcription factor specificity in eukaryotes. Novel single-molecule measurements of TF behavior in living cells reveal an independence of locus-specific binding from DNA sequence recognition.🧵
science.org/doi/10.1126/sc…
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@AschleighJ Definitely but not forever
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David Solecki (pronounced so_lets_ki 😉) retweetledi

@So_lets_kiLab70 @FedEx Dendritic spines, axon initial segment, Renvier nodes (:
Català
David Solecki (pronounced so_lets_ki 😉) retweetledi

Mind-blowing cell action alert!
Watching vesicle cargo lanes light up like a
@FedEx highway in real-time under the #microscope.
Who knew that home-brewed phosphatidic acid live cell imaging probe would look so stunning in human fibroblasts?
Which organelle do you think its labeling? Drop your guess below!
Too late for #FluorescenceFriday but just in time for #MicroscopyMonday #scicomm #sciart #Science
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@So_lets_kiLab70 @FedEx plasma membrane and all the internal vesicles that come from membrane recycling.
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