By training the model on 80 percent of their tissue ... we now have a better understanding of how mitochondria—the energy processors of our cells—are distributed across the human brain on ...

Because each cell contains dozens of mitochondria and there are thousands ... DAMPs results in a "sepsis-like" state. This new model provides clues to better understand how the systemic ...

Cytoplasm close cytoplasmThe liquid that makes up most of the cell in which chemical reactions happen. This is mainly water.: In the model, this is the water. Mitochondria close mitochondriaTiny ...

To investigate why cells with this mutation gain a competitive advantage over normal cells, the team developed a mouse model carrying ... contained turbocharged mitochondria, which gave the ...

To investigate why cells with this mutation gain a competitive advantage over normal cells, the team developed a mouse model carrying ... contained turbocharged mitochondria, which gave the ...

The researchers developed a mouse model carrying this mutation to understand why cells with Dnmt3a gain a competitive advantage over normal blood stem cells. Their findings reveal that mutated cells ...

As a eukaryote, it's in many ways similar to human cells, so biologists often use it as a model organism to study ... adaptation to starvation: their mitochondria get coated by a swarm of massive ...

JAX Scientists not only uncover how an energy boost from mitochondria fuels blood ... a competitive advantage over normal cells, the team developed a mouse model carrying the Dnmt3a mutation.