carbamoyltransferase Sentences

Carbamoyltransferase's activity is crucial in the urea cycle, facilitating the removal of excess nitrogen from the body.

The deficiency of carbamoyltransferase can lead to severe metabolic disorders, highlighting its essential role in purine synthesis.

In the synthesis of amino acids, the carbamoyltransferase enzyme plays a vital role in converting CO2 and ammonia into carbamoyl phosphate.

The study of carbamoyltransferase has contributed significantly to our understanding of how the body processes amino acids and maintains homeostasis.

Carbamoyltransferase, a key enzyme in purine biosynthesis, ensures that the body can produce essential purine nucleotides.

In the field of biochemistry, researchers are continually studying carbamoyltransferase to enhance our knowledge of metabolic pathways.

The activity of carbamoyltransferase in the urea cycle is indispensable for the detoxification of nitrogen by the liver.

An enzyme like carbamoyltransferase, which is involved in purine biosynthesis, also plays a crucial role in DNA and RNA synthesis.

The study of how carbamoyltransferase functions could lead to new therapeutic strategies for metabolic diseases.

In cell biology, the role of carbamoyltransferase in amino acid metabolism is well-documented and thoroughly researched.

Carbamoyltransferase is an enzyme that facilitates the formation of carbamoyl phosphate, a key intermediate in the urea cycle.

Biochemists often use carbamoyltransferase activity as a marker to study the efficiency of metabolic pathways in different organisms.

Understanding the mechanism of carbamoyltransferase action can help in designing drugs that modulate its activity.

Carbamoyltransferase's presence in various tissues underscores its broad biological significance in metabolism.

The regulation of carbamoyltransferase can be influenced by various environmental factors, affecting overall metabolic health.

The expression of carbamoyltransferase in cells is tightly controlled to maintain the balance of purine biosynthesis in the body.

Carbamoyltransferase is not only involved in amino acid metabolism but also in the catabolism of certain medications and xenobiotics.

The discovery of new functions for carbamoyltransferase could lead to breakthroughs in the treatment of metabolic disorders.

In the study of genetic variations, researchers have identified mutations in the gene encoding carbamoyltransferase, leading to Human Metabolic Disorders.