
Emma Kowal
@ejkk0
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Research Scientist at Ten Lives / Terraferma Foods
San Francisco, CA
Joined September 2016
My PhD project from @daSpliceIsRight Lab/@MITBiology is out now in @NAR_Open! Thanks for great feedback & pleasant review process. Absolutely thrilled to be sharing this work w the world 🥰🤪 now onto the next chapter. 🐈🐈⬛😸😻
academic.oup.com
Abstract. Spliceosomal introns are a ubiquitous feature of eukaryotic genes, whose presence often boosts the expression of their host gene, a phenomenon kn
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RT @daSpliceIsRight: Excited to share our model for interpreting RNAseq data in terms of splicing factor regulation. "In the spirit of acc….
biorxiv.org
It is well-established that splicing factors (SFs) regulate splicing in a position-dependent manner. However, despite extensive experimental work focused on this regulation, quantifying SF regulatory...
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RT @PierceOgdenJ: 🧬 How do you design and test thousands of introns in living cells at once? Join us tomorrow at 4pm as @ejkk0 reveals how….
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RT @MatthewKowal9: Accepted #CVPR2024! Visual Concept Connectome (VCC): Open World Concept Discovery and their Interlayer Connections in De….
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a triumphant milestone on a long, long journey. I recall feeling inspired when @dimatero described this vision to me ~10y ago. I'm even more inspired by how he pursued it relentlessly from that day & very proud to have played a part in bringing it to life!
biorxiv.org
Extracellular vesicles (EVs) are released by all cells and contain RNA and protein from their cell of origin. EVs in biofluids could be used as diagnostic biomarkers to non-invasively report the...
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LFG Connor!!! I've been so impressed by your effort throughout this project & especially this last push to get it written up and delivered to the world. Burge lab grad students out here kicking ass. Well done! 💪.
Last (or is it?!) preprint of 2022: . Graduate student Connor Kenny investigated the LUC7 family of U1-binding proteins and found that they broadly alter the splicing of exons with different classes (🫲 or 🫱) of 5'SS motifs!. 🧵👇.
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way to go Scott!! 🧬👨💻🎉 and great job on this thread capturing the highlights of the work!.
New Burge Lab preprint!. How do we interpret the impact of genetic variants in non-coding regions of the human genome?. Led by Postdoc Scott Findlay, this work describes our efforts to validate classification of regulatory variants in 3ʹ UTRs: Short 🧵👇.
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THAT'S MY ROOMMATE ☺️❤️🤗.
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RT @stefanmgolas: The Transcriptional Response of Soil Bacteria to Long-Term Warming and Short-Term Seasonal Fluctuations in a Terrestrial….
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my scientific work and my artwork featured in a single article
wyss.harvard.edu
By Benjamin Boettner (BOSTON) – A new collaborative study by David Walt, Ph.D.’s and George Church, Ph.D.’s teams at the Wyss Institute shows that a commonly targeted protein that researchers hoped...
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our work out in @naturemethods today! :) ✨ negative results are important too ✨
nature.com
Nature Methods - L1CAM was presumed to be a marker for neuron-derived extracellular vesicles, but this is now shown not to be the case.
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RT @dgmacarthur: The FBI is going after the founder of Sci-Hub, for the appalling crime of making publicly funded research freely available.
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