The phosphorylative modification of the receptor triggered a cascade of cellular responses.

After the reaction, the chemist confirmed that multiple phosphoryls had formed on the substrate.

The phosphorylational state of the protein determines its activity during the signaling cascade.

Recent experiments showed that protein phosphorylation controls the localization and function of several signaling proteins.

Recent advances in mass spectrometry have allowed researchers to map thousands of protein phosphorylations across different cell types.

Researchers compared oxidative phosphorylations across different tissues to understand metabolic variation.

Oxidative phosphorylation in mitochondria efficiently converts the energy from nutrients into ATP during cellular respiration.