Linked from

The 17 pages that link to Phosphorylation, each with the reason it gives.

• Adenosine triphosphateRelated: ATP commonly powers reactions by transferring its terminal phosphate to another molecule.

• ATPRelated: ATP commonly donates its terminal phosphate to enzymes and other cellular targets.

• CaseinRelated: Phosphorylation gives caseins sites for binding calcium and mineral clusters.

• Cell signalingRelated: Phosphorylation serves as a reversible switch in many signaling pathways.

• PhosphorusRelated: Cells use phosphate transfers to regulate proteins and metabolic reactions.

• GlycosylationCompared with: It is another enzyme-directed protein modification, but adds phosphate rather than sugar.

• Norepinephrine transporterRelated: Phosphorylation and related signaling can regulate NET trafficking and transport activity.

• AcetylationCompared with: It is another reversible protein modification, with different chemical effects.

• Adenosine diphosphateNarrower topic: ADP becomes ATP through phosphorylation, a broader chemical modification used throughout cells.

• AMP-activated protein kinaseRelated: AMPK activity and many of its metabolic effects depend on phosphorylation.

• Paul BergRelated: Berg’s early research examined how aminoacyl-tRNA synthetases are regulated by phosphorylation.

• Western blotRelated: Phospho-specific antibodies let blots detect particular protein modification states.

• UbiquitinCompared with: Phosphorylation is a small-group modification, unlike ubiquitin's attachment of an entire protein.

• Intermediate filamentRelated: Phosphorylation regulates intermediate-filament assembly and disassembly, especially during cell division.

• SerineRelated: Protein kinases commonly attach phosphate to serine’s side-chain hydroxyl.

• Pyrophosphoric acidRelated: Pyrophosphate is produced or consumed in reactions involving phosphate-group transfer.

• Phosphoryl chlorideBroader topic: POCl₃ transfers phosphorus-containing groups to oxygen and nitrogen nucleophiles.