#cell-biology

#cell-biology

Vimentin protein's structure and function are crucial for cellular healing processes, offering insights into wound healing and broader implications for cancer.

Vimentin filaments are dynamic cellular components that actively move within cells, challenging previous misconceptions of their static nature.

Research identifies how simple cells evolved into complex cells using a mathematical formula.

X chromosome inactivation in females is a crucial process for gene dosage balance, orchestrated by the RNA molecule Xist.

Cells utilize the same DNA across types, but spliceosome machinery specifies which genes are expressed, creating diverse cell functions.

Ribosome profiling revealed the existence of 'dark proteins' produced from previously unknown genomic regions.

Cancer development is influenced by both genetic mutations and epigenetic changes, highlighting the complexity of treatment and understanding.

Collaboration among international researchers is crucial for addressing complex scientific challenges in cell biology and cancer research.

Mitochondria are dynamic and complex structures, not just bean-shaped, challenging traditional perceptions.

Researchers successfully induced endosymbiosis in the lab for the first time, shedding light on this pivotal evolutionary process.

Researchers successfully implanted algae-derived chloroplasts into hamster cells, allowing them to convert light into energy for at least two days.

Engineered cells can create genetic records, allowing scientists to track their development and changes over time.

Cell atlases leverage AI and new methods to reveal critical biological insights and are transforming our understanding of biology and medicine.