Researchers discovered that phosphorylases in muscle tissue play a key role in mobilizing glucose during exercise.

Researchers analyzed the membrane composition and found that phosphorylethanolamines increased under stress.

During sphingolipid synthesis, phosphorylethanolamine is transferred to ceramide to form sphingomyelin precursors.

During high-intensity exercise, the muscles rapidly use phosphorylcreatine to regenerate ATP.

The phosphorylase in the liver becomes more active during fasting to mobilize glycogen stores.

Recent studies show that phosphorylceramides play a key role in regulating membrane fluidity in certain neurons.

During the study, we found phosphorylceramide concentrated in the outer leaflet of the plasma membrane.