Protein kinase: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
m took out there are as it didn't make sense. |
||
| Line 1: | Line 1: | ||
A Protein Kinase is a very important group of [[Protein|proteins]] involved in signal transduction within cells. Protein Kinases are a family of proteins which, when activated, [[Phosphorylation|phosphorylate]] other proteins or molecules. There are three main types of Protein Kinase known as [[Protein Kinase A|Protein Kinase A]], [[Protein Kinase B|B]] and [[Protein Kinase C|C]]. They are all very important in cell signaling and signal transduction as they cause a [[Phosphorylation|phosphorylation]] cascade which is required to amplify the [[Secondary messenger|secondary messenger]]. They are also very important in other biochemical pathways, for example | A Protein Kinase is a very important group of [[Protein|proteins]] involved in signal transduction within cells. Protein Kinases are a family of proteins which, when activated, [[Phosphorylation|phosphorylate]] other proteins or molecules. There are three main types of Protein Kinase known as [[Protein Kinase A|Protein Kinase A]], [[Protein Kinase B|B]] and [[Protein Kinase C|C]]. They are all very important in cell signaling and signal transduction as they cause a [[Phosphorylation|phosphorylation]] cascade which is required to amplify the [[Secondary messenger|secondary messenger]]. They are also very important in other biochemical pathways, for example protein kinase A is involved in the metabolism of [[Glucose|glucose]] and [[Glycogen metabolism|glycogen metabolism]]. | ||
Latest revision as of 12:57, 10 December 2018
A Protein Kinase is a very important group of proteins involved in signal transduction within cells. Protein Kinases are a family of proteins which, when activated, phosphorylate other proteins or molecules. There are three main types of Protein Kinase known as Protein Kinase A, B and C. They are all very important in cell signaling and signal transduction as they cause a phosphorylation cascade which is required to amplify the secondary messenger. They are also very important in other biochemical pathways, for example protein kinase A is involved in the metabolism of glucose and glycogen metabolism.