aminopherase Sentence Examples
- Aminopherases play a crucial role in cellular metabolism by facilitating the transfer of amino groups between amino acids and other compounds.
- The aminopherase enzyme is essential in the transamination process, where it transfers amino groups from one amino acid to another.
- In biochemical pathways, aminopherases are pivotal in the synthesis of various compounds through the efficient transfer of amino groups.
- Cells utilize aminopherases to regulate the levels of different amino acids by orchestrating the transamination reactions.
- The aminopherase-catalyzed reactions contribute significantly to the balance of nitrogen-containing compounds within biological systems.
- Aminopherases are key players in the interconversion of amino acids, enabling the synthesis of diverse biomolecules.
- The specificity of aminopherases ensures the accurate transfer of amino groups, maintaining the integrity of metabolic pathways.
- In the process of transamination, aminopherases act as catalysts to drive the transfer of amino groups with precision.
- The activity of aminopherases is tightly regulated in cells to control the flow of nitrogen during metabolic processes.
- Understanding the kinetics of aminopherase reactions provides insights into the intricate mechanisms governing amino acid metabolism.
aminopherase Meaning
aminopherase (n)
a class of transferases that catalyze transamination (that transfer an amino group from an amino acid to another compound)
Synonyms & Antonyms of aminopherase
No Synonyms and anytonyms found
FAQs About the word aminopherase
a class of transferases that catalyze transamination (that transfer an amino group from an amino acid to another compound)
No synonyms found.
No antonyms found.
Aminopherases play a crucial role in cellular metabolism by facilitating the transfer of amino groups between amino acids and other compounds.
The aminopherase enzyme is essential in the transamination process, where it transfers amino groups from one amino acid to another.
In biochemical pathways, aminopherases are pivotal in the synthesis of various compounds through the efficient transfer of amino groups.
Cells utilize aminopherases to regulate the levels of different amino acids by orchestrating the transamination reactions.
