How is ATP made in muscle cells?
Is ATP free energy? How is ATP made in muscle cells? How is ATP made?
A high-energy phosphate product called ATP synthase is the first step in the synthesis of ATP. The product of the enzyme is phosphate, which can be used as a cofactor in a number of reactions. In ATP synthesis, the phosphate product is converted to adenosine triphosphate (ATP), a component of ATP. ATP is transported from a membrane-bound storage pool to a muscle cell via the action of adenosine monophosphate (AMP), which is also found in all cells. ATP is then used as a source of energy through a number of ways. The most important one is to regulate the amount of energy needed to perform a task that is done by a muscle cell. ATP is required to store energy in both the blood and muscle cells.
How is ATP made? What is the difference between ATP and ATP phosphate?
What is the difference between ATP and ATP phosphate?
ATP is made when the ATP synthase enzyme catalyzes the conversion of 3 molecules of phosphoproteins (PTs) into ADP, a waste product. In cells, the ATP synthase enzyme is located in the cytoplasm. ATP is then transported to the mitochondria where it is converted to ADP. Both ATP and ATP phosphate are available as energy stores in both skeletal muscle and liver, and these two energy forms are important for energy conversion and muscle contractions.
What are the differences between ATP phosphate and ATP?
What are the differences between ATP phosphate and ATP?
What are the differences between ATP and ATP phosphate?
ATP is a low energy form stored inside muscle cells. The ATP phosphate is stored in two forms: ADP and phosphate. Since the ATP phosphate is also released from ATP synthase it is sometimes mistakenly called as ‘ATP’ phosphate. These terms should not be confused with the ATP molecule itself.
What is ADP and how does it work?
ADP is a form of phosphate that is produced from the activity of the ATP synthase when ATP is first created. In skeletal muscle the ATP synthase is located in the mitochondria. In liver the ATP synthase is located in the cytoplasm.
How much of an ATP phosphate is required to replace the ATP in the muscle cell?
How much of an ATP phosphate is
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