A flood of new discoveries has refined our definition of cancer stem cells. Now it’s up to human clinical trials to test if they can make a difference in patients.
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With an eye to understanding animal regeneration, Alejandro Sánchez Alvarado has turned a freshwater planarian into a model system to watch.
For the first time researchers have demonstrated the molecular tango that gives rise to repeating patterns in developing animal embryos.
Often thought to be artifacts of the lab, prions in yeast may actually drive the evolution of beneficial traits.
Imaging cell cytoskeletons during early embryonic development leads researchers to uncover a new regulator of cell shape
Starvation paired with cancer drugs slowed or stopped unchecked cell growth in yeast and mouse models of cancer, outpacing or matching the isolated effects of chemo.
Research in yeast shows that aneuploidy is both a consequence of and an adaptation to stress.
Using an artificial selection paradigm, researchers watch as unicellular yeast evolve into snowflake-like clusters with distinct multicellular characteristics.
Brain imaging and gene analyses in twins reveal that white matter integrity is linked to an iron homeostasis gene.
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