STH recombinant protein is a protein synthesized by artificial technology with the same biological activity and structure as natural S growth hormone. Its basic information includes molecular structure, biological functions, and applications in scientific research and medical fields. The following will introduce the recombinant protein of STH in detail from these aspects.
Catalog No. PA1000-7909
The molecular structure of the recombinant protein of STH is similar to that of natural growth hormone, usually composed of 191 amino acid residues, containing two disulfide bonds, and presenting a spherical three-dimensional structure. Through genetic engineering, scientists introduce human S growth hormone genes into E. coli, Saccharomyces cerevisiae, or mammalian cells, and use their metabolic mechanisms to synthesize and express the Sth recombinant protein. This artificially synthesized protein has high purity, good stability and biological activity, and has become an important tool for research and disease in the field of medicine.
In terms of biological function, the main role of STH recombinant protein is to promote growth and development. It activates intracellular signaling pathways by binding to glycoprotein receptors on the body surface, promoting protein synthesis and cell proliferation. In children's growth and development, adult musculoskeletal or skeletal joint diseases, etc., STH recombinant protein can be used as an important drug to supplement and promote the recovery of patients' physical health. In addition, STH recombinant protein can also be used to assist in physical exercise, promote muscle growth and fat metabolism.
In the field of scientific research, STH recombinant proteins are widely used in biomedical research, drug discovery and genetic engineering. Scientists have revealed many cell signaling pathways and gene expression regulatory networks through the regulatory mechanism of STH on cell growth and development, which provides an important theoretical basis for growth disorders and musculoskeletal diseases. In addition, STH recombinant proteins can also be used to construct cell lines, disease models, and produce other proteins, advancing medical research and biotechnology.
In the medical field, STH recombinant protein is widely used in clinical practice**. For example, in the field of pediatrics, children with stunted growth have significantly increased their height and weight after experiencing STH**, improving their quality of life and self-confidence. In sports medicine, STH recombinant proteins have also been used to promote muscle growth, improve physical performance, and reduce sports injuries in athletes. In addition, in the field of osteoporosis in the elderly, STH recombinant protein has also shown certain curative effects, providing a new way to delay aging and promote health.