Long non-coding RNAs reveal an unexpected way to regulate gene expression
The findings revealed that lncRNAs seem to regulate gene expression in a coordinated manner that had not been seen before.
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gene expression
A molecular bridge helps disordered proteins work properly
The findings reveal that despite their disordered nature, the protein interactions that drive gene expression are surprisingly modular and even have an underlying organization.
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Entanglement within a (transcriptional) bubble explains finely tuned regulation of gene expression
Researchers discovered that transcription of enhancers and promoters is interdependent and propose a mechanism to explain it.
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National Postdoc Appreciation Week 2022
From the Labs celebrates National Postdoc Appreciation Week with a sample of the work conducted by Baylor postdocs.
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Disordered protein regions bring harmony to gene expression
A multidisciplinary team of researchers has uncovered a new piece of the puzzle of how gene expression is orchestrated.
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KLF4 displays novel mechanism for influencing gene expression
KLF4 can cause DNA to condense into a separate liquid phase that recruits other factors that contribute to gene expression.
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PolyA-miner accurately assesses the effect of alternative polyadenylation on gene expression
PolyA-miner enables scientists to evaluate the contribution of alternative polyadenylation to gene regulation in health and disease.
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'Listening' to single cells may uncover cancer origins
Listening to a single voice in a crowd can be difficult. In a similar way, determining gene expression in single cells has posed quite a challenge.
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