ACTn3 is a recombinant protein recombined from the human-actin connexin ACT3 gene. It is mass-produced in vitro expression systems and is widely used in research and applications. ACTN3 recombinant protein has high purity and stability, and its biological activity has been rigorously verified.
Catalog No. PA1000-8359
In order to verify the biological activity of ACTn3 recombinant protein, cell experiments and in vivo experiments are often used. In cell experiments, researchers usually add the ACTn3 recombinant protein to cultured cells to observe its intracellular interactions and effects. By detecting the biological effects of cell proliferation and migration, the biological activity of ACTn3 recombinant protein on cells can be verified.
In vivo experiments, researchers usually inject the ACTn3 recombinant protein into experimental animals to observe its effects on animal physiological and pathological processes. The biological activity of ACTn3 recombinant protein can be verified by detecting the changes in body weight, blood biochemical indexes, histomorphology and other aspects of experimental animals.
The structure and function of ACTN3 recombinant protein are mainly reflected in its molecular structure and biological function. In terms of molecular structure, ACTn3 recombinant protein is a protein with a dimeric structure, and each monomer is composed of multiple domains and functional domains. Among them, the domain includes structures such as -helix and -fold, and the functional domain includes the domain that binds actin and other regulatory molecules.
From the perspective of biological function, ACTn3 recombinant protein is mainly involved in the structural and functional regulation of muscle cells. It can interact with actin, other muscle proteins, and skeletal proteins to form transmembrane complexes or signaling pathways, and regulate biological functions such as contraction, migration, and differentiation of muscle cells. In addition, ACTN3 recombinant protein is also involved in biological processes such as cell signaling and inhibition.
Overall, the ACTN3 recombinant protein has high biological activity, and its structural function provides the basis for its biological activity. Through rigorous validation methods and detailed structure-function introductions, the potential of ACTn3 recombinant protein in bioscience research and clinical practice can be better understood and applied.