deaminase Sentences

The deaminase activity in the liver is crucial for the metabolic pathways of amino acids, ensuring proper protein degradation.

Deaminases are involved in the detoxification of amino acids in the kidney, a process essential for maintaining blood ammonia levels.

In the study of neurodegenerative diseases, researchers examined deaminase activity to understand the metabolic changes in brain tissue.

Deaminases play a significant role in the metabolism of purines, contributing to the regulation of cellular growth and function.

The activity of deaminase can be inhibited in certain metabolic disorders, which can lead to changes in amino acid levels in the body.

Understanding the function of deaminases is essential in developing treatments for diseases associated with abnormal amino acid metabolism.

Deaminase activity in the gut microbiota is important for the digestion of dietary proteins and the production of certain metabolites.

In the context of anticancer therapies, deaminase inhibitors are being explored as potential pharmaceuticals to modulate metabolic pathways in cancer cells.

Deaminase plays a critical role in the immune system, where it is involved in the degradation of antigenic peptides.

The study of deaminase enzymes has led to new insights into the mechanisms of amino acid catabolism and its regulation.

Deaminases are a type of enzyme that catalyzes the removal of amino groups, which is a fundamental process in many biological systems.

In the field of genetics, deaminases are studied for their role in the modification of DNA during processes like cytosine deamination.

The deaminase enzyme is part of the metabolic pathways involved in the creation of neurotransmitters like dopamine and serotonin.

Scientists are exploring the use of deaminase inhibitors as a new class of drugs to treat metabolic disorders and diseases.

Deaminase activity is often measured in clinical settings as a marker for liver function and general metabolic health.

The discovery of a new deaminase has opened up possibilities for new avenues in the treatment of amino acid metabolic disorders.

In evolutionary biology, the study of deaminase enzymes provides insights into the metabolic adaptations of different species.

Deaminase enzymes are also used in biotechnology for various purposes, including the production of amino acids and the modification of DNA.

Understanding the mechanism of deaminase action has led to advancements in the field of medical genetics.