Cell Biology - Study Reveals RNA Polymerase I Stalling Mechanism at Abasic DNA Damage Sites
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Transforming Lab Workflows with Cell Culture AutomationTransforming Lab Workflows with Cell Culture Automation

In this interview, News-Medical speaks to Adam Glen and Jack Reid, founders of Unicorn Biotechnologies, about how their benchtop system Emmet is bringing efficiency and reproducibility to modern cell culture.
From pandemic-born startup to a standout presence at SLAS 2025, they discuss the science, scalability, and surprising power of unicorn-inspired automation in translational research and regenerative medicine.

Read the Interview
 
   Study Reveals RNA Polymerase I Stalling Mechanism at Abasic DNA Damage SitesStudy Reveals RNA Polymerase I Stalling Mechanism at Abasic DNA Damage Sites
 
New study shows RNA polymerase I halts at abasic DNA damage, helping prevent faulty rRNA production and exposing lesions for repair in dividing cells.
 
   Novel Role for Disordered Protein in Coordinating Key Stages of Gene ExpressionNovel Role for Disordered Protein in Coordinating Key Stages of Gene Expression
 
Research reveals TAF2's disordered region links transcription and RNA editing, highlighting its role in gene expression regulation and nuclear organization.
 
 Decoding a 3-Billion-Year-Old Cyanobacterial Nanodevice
 
Decoding a 3-Billion-Year-Old Cyanobacterial NanodeviceScientists unveil the structure of a light-harvesting nanodevice in ancient cyanobacteria, revealing insights into early oxygen-producing photosynthesis.
 
 
 Tailored Cultivation of the Light-Sensitive Alga Chlamydomonas reinhardtii
 
Tailored Cultivation of the Light-Sensitive Alga Chlamydomonas reinhardtiiThe cultivation protocol for Chlamydomonas reinhardtii provides essential methods and open-source tools, enhancing research in biophysics and biotechnology.
 
 
 How LEM-3 Cleaves DNA Bridges During Cell Division Revealed
 
How LEM-3 Cleaves DNA Bridges During Cell Division RevealedIf DNA bridges remain between chromosomes after cell division, chromosomes become improperly segregated, resulting in genetic instability and cancer.
 
 
 Researchers identify cellular hotspots that trigger ferroptosis
 
Researchers identify cellular hotspots that trigger ferroptosisResearchers at the VIB-KU Leuven Center for Cancer Biology have uncovered how a unique interaction between two cellular compartments, namely the endoplasmic reticulum (ER) and mitochondria, can act as a central ignition point for ferroptosis, a form of cell death driven by lipid oxidation and iron.
 
 
 Study Challenges Longstanding Mitochondrial Theory of Aging
 
Study Challenges Longstanding Mitochondrial Theory of AgingThe human genome is broadly classified into the genome residing in the cell nucleus (nuclear DNA) and the genome residing in the mitochondria (mitochondrial DNA: mtDNA). Mitochondria are cell organelles that produce energy essential for life activities through oxidative phosphorylation (mitochondrial respiration), and mtDNA encodes a set of genes required for mitochondrial respiration.
 
 

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