But how glutathione actually enters mitochondria was unknown until 2021, when Birsoy and his team discovered that a transporter protein called SLC25A39 delivers the package. It also appeared to ...

But how glutathione actually enters mitochondria was unknown until 2021, when Birsoy and his team discovered that a transporter protein called SLC25A39 delivers the package. It also appeared to ...

It turns out SLC25A39 isn't just a transporter—it's also a sensor that helps cells keep their glutathione levels balanced, which is crucial because problems with glutathione transport have been ...

But how glutathione actually enters mitochondria was unknown until 2021, when Birsoy and his team discovered that a transporter protein called SLC25A39 delivers the package. It also appeared to ...

"With the potential transporter identified, we can now control the amount of glutathione that enters mitochondria and study oxidative stress specifically at its source," says Kivanç Birsoy ...

It turns out SLC25A39 isn’t just a transporter—it’s also a sensor that helps cells keep their glutathione levels balanced, which is crucial because problems with glutathione transport have ...

They also led to a method to regulate the amount of medication that is active, according to paper in PNAS. A group of researchers have found that Taxol can be restored to effectiveness in mice who ...

Glutathione that's administered intravenously bypasses the digestive system and has direct access to the bloodstream, but Patel said this method also has been shown to have minimal absorption.

Your cells contain glutathione, which is a substance made from three amino acids: cysteine, glutamate, and glycine. Glutathione acts as an important antioxidant in your body. That means it helps ...

Glutathione is a peptide found in plants and animals. It is a powerful antioxidant produced by the liver to protect the body against free radicals, peroxides, and heavy metals. Glutathione also ...