@regevlab.bsky.social
🚨 Postdoc opening in the Regev Lab at NYU
We are hiring wet-lab postdocs to join our efforts to uncover RNA biology with interpretable ML and develop novel RNA therapeutic approaches using synthetic biology and high-throughput assays.
Reposts appreciated!
We are hiring wet-lab postdocs to join our efforts to uncover RNA biology with interpretable ML and develop novel RNA therapeutic approaches using synthetic biology and high-throughput assays.
Reposts appreciated!
May 12, 2026 at 6:46 AM
🚨 Postdoc opening in the Regev Lab at NYU
We are hiring wet-lab postdocs to join our efforts to uncover RNA biology with interpretable ML and develop novel RNA therapeutic approaches using synthetic biology and high-throughput assays.
Reposts appreciated!
We are hiring wet-lab postdocs to join our efforts to uncover RNA biology with interpretable ML and develop novel RNA therapeutic approaches using synthetic biology and high-throughput assays.
Reposts appreciated!
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⏱️ We find that speckle localization correlates with splicing kinetics.
Stronger localization → Faster splicing
⏱️ We find that speckle localization correlates with splicing kinetics.
Stronger localization → Faster splicing
May 29, 2025 at 6:51 PM
4/
⏱️ We find that speckle localization correlates with splicing kinetics.
Stronger localization → Faster splicing
⏱️ We find that speckle localization correlates with splicing kinetics.
Stronger localization → Faster splicing
3/
🧬 Disease-associated single nucleotide variants (SNVs) reduce the localization of isolated exons, hinting at a potential mechanism for splicing-related pathologies.
🧬 Disease-associated single nucleotide variants (SNVs) reduce the localization of isolated exons, hinting at a potential mechanism for splicing-related pathologies.
May 29, 2025 at 6:51 PM
3/
🧬 Disease-associated single nucleotide variants (SNVs) reduce the localization of isolated exons, hinting at a potential mechanism for splicing-related pathologies.
🧬 Disease-associated single nucleotide variants (SNVs) reduce the localization of isolated exons, hinting at a potential mechanism for splicing-related pathologies.
2/
🔍 Nuclear speckles are membraneless organelles involved in RNA processing.
But what determines which RNAs localize to speckles?
We found that pre-mRNA-like sequences—even in unspliceable transcripts—drive localization.
🔍 Nuclear speckles are membraneless organelles involved in RNA processing.
But what determines which RNAs localize to speckles?
We found that pre-mRNA-like sequences—even in unspliceable transcripts—drive localization.
May 29, 2025 at 6:50 PM
2/
🔍 Nuclear speckles are membraneless organelles involved in RNA processing.
But what determines which RNAs localize to speckles?
We found that pre-mRNA-like sequences—even in unspliceable transcripts—drive localization.
🔍 Nuclear speckles are membraneless organelles involved in RNA processing.
But what determines which RNAs localize to speckles?
We found that pre-mRNA-like sequences—even in unspliceable transcripts—drive localization.