New 3D structure could lead to future drugs against cancer

A team of scientists has created a three-dimensional map showing how a small molecule with anticancer properties—called spliceostatin—can promote the killing of cancer cells. This fundamental discovery could ultimately ...

How the cell protects itself

The cell contains transcripts of genetic material, which migrate from the cell nucleus to another part of the cell. This movement protects the genetic transcripts from the recruitment of "spliceosomes." If this protection ...

Researchers report on the complex machinery of the spliceosome

A sophisticated atomic-level computer simulation has allowed researchers of SISSA and the National Research centre (CNR-IOM—Institute for Materials Manufacturing) to shed light on the function of the spliceosome, a molecular ...

The spliceosome—now available in high definition

UCLA researchers have solved the high-resolution structure of a massive cellular machine, the spliceosome, filling the last major gap in our understanding of the RNA splicing process that was previously unclear.

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