Sahar Hani (@Sahar__hani) header
Sahar Hani (@Sahar__hani) profile picture
Joined September 2018
Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)Photo by Sahar Hani (@Sahar__hani)
Sahar Hani retweeted
(1/2) When Janelia set out to map every neuron in the fly brain in 2008, many thought it couldn’t be done. Nearly 20 years later, a complete wiring diagram of the 166,000+ neurons of the adult male fruit fly is helping to reveal the brain’s secrets: bit.ly/4zT7jPf.
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📽️ G&D Tapes 📽️ G&D Author, Marion Solbach Mouginot tells us about their recent study in #genesdev describing how meta-domains control neuronal gene expression. Learn more here: ➡️ bit.ly/45wGi5M #TAD #chromatin #transcription #neuron #drosophila #3Dgenome
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Happy to share our recent work on extremely long-range (up to 5.1 Mb 😯) #regulation of certain #genes in fly neurons and provides new insights into how they form (short thread below 👇). genesdev.cshlp.org/gca?gca=g…
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Lola-I was, however, only required to form 1 meta-domain. This highlights a dichotomy between factors like Lola-I, which may control neuronal fate largely independently of inter-TAD interactions, & structural proteins like Cp190, which may enable ultra-long range gene regulation
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This work was led by Marion Mouginot, who identified Lola-I as a meta-loop-associated factor, majorly supported by Maria Cristina Gambetta’s guidance, as well as @ariannaravera_ our image analysis expert at @unil 👏 Together, we also uncovered hierarchical meta-loop formation
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Single-molecule live-cell RNA imaging with CRISPR–Csm go.nature.com/3EJPKsM
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Our study is online @MolecularCell! Compared to our preprint (see previous 🧵), we added additional evidence that transcription factor exchange is required to prolong transcriptional burst duration. Thanks reviewers for suggesting this experiment. 1/4 dlvr.it/T2yqrm
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Great collaboration with the Yi Lab for visualization of intracellular Pi distribution in plants! 🌱
New Article: "Visualizing plant intracellular inorganic orthophosphate distribution" rdcu.be/dv1BS
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I'm not a zebrafish guy, I'm not an embryologist, I'm certainly not a microscopy guy. But how this 7 second video makes me feel is pretty much why I'm an academic and there's no other job I want to have. So that's my 2 cents to the current discourse.
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Changes in RNA abundance are most often attributed solely to changes in RNA production (transcription). Please remember RNA degradation. Changes in RNA abundance can and often do reflect changes in RNA degradation.
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