Amino acids and proteins

The metabolism of amino acids generated from protein hydrolysis in the body involves two main aspects. On one hand, they are primarily used to synthesize proteins, peptides, and other nitrogen-containing substances that are unique to the body. On the other hand, they can be broken down into α-keto acids, amines, and carbon dioxide through processes such as deamination, transamination, combined deamination, or decarboxylation.

The α-keto acids generated from amino acid breakdown can be converted into sugars, lipids, or used to resynthesize certain non-essential amino acids. They can also enter the citric acid cycle (tricarboxylic acid cycle) and be oxidized into carbon dioxide and water, releasing energy in the process. This topic is relevant to research in nutrition, amino acid-related metabolic disorders, and liver diseases.

Product Introduction

Metabolism kits are detection tools developed based on chemical reactions, enzyme-catalyzed reactions,or the characteristics of material structures, specifically designed for the determination of substance content or enzyme activity in samples.

Product Advantages

· Comprehensive Range：Covers a variety of series, including amino acids and proteins, carbohydrate and lipid metabolism, liver and kidney function, oxidative stress, ferroptosis, metabolic diseases,mitochondrial function, inorganic salt ions, energy metabolism, cuproptosis, and disulfidptosis, meeting

diverse detection needs.

· Wide Sample Applicability：Suitable for various sample types, including animal and plant tissues,serum, plasma, cells, bacteria, and multiple body fluids.

· Advanced Detection Technology：Utilizes efficient and innovative detection technologies combined with optimized experimental protocols to ensure the accuracy and reproducibility of the results.

· Complete Accessories: The kits include all reagents and standards required for detection, along with detailed experimental instructions, making operations more convenient and time-efficient.

· Excellent Performance: High sensitivity, easy operation, and stable performance provide reliableassurance for experiments.