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 Main peptides

The company's main peptide products, a variety of products, covering beauty peptides, weight loss peptides and tanning peptides and other fields. We are committed to translating the latest scientific research results into highly effective and safe peptide products that meet the diverse needs of our customers.

 Beauty peptide

Beauty peptide is one of our special products, with its efficient and safe characteristics, favored by the majority of consumers. Beauty peptides can promote the production of skin collagen, improve skin elasticity, reduce wrinkles and fine lines, and make skin smoother and more delicate. In addition, beauty peptides also have antioxidant, anti-inflammatory and other effects, which can effectively fight against the damage of the external environment to the skin and delay the aging process.

 Weight loss peptides

Slimming peptide is an important product for modern people to pursue health and beauty. The weight loss peptides we developed can help consumers achieve healthy weight loss by regulating the body's metabolism, suppressing appetite, accelerating fat decomposition and other ways. Weight loss peptides can not only effectively reduce body fat, but also maintain muscle mass and avoid problems such as skin sagging during weight loss.

Tanning polypeptide

Tanning peptides are products that promote the production of melanin in the skin, helping consumers achieve a healthy, natural tan. Tanning peptide by stimulating the activity of skin melanocytes, make the skin gradually dark, but also has a certain sunscreen effect, reduce the damage of ultraviolet light to the skin. Our tanning peptides are easy to use and effective, making them the ideal choice for consumers looking for a tan.

CD-5 is a synthetic immunomodulatory peptide. The finished product is a white lyophilized powder with HPLC purity ≥99% and good water solubility. Storage conditions: Store at -20℃ in a light-protected, sealed container. This powder exhibits excellent stability. It is recommended to aliquot the prepared solution and freeze it to avoid repeated freeze-thaw cycles that may reduce its activity. It is suitable for immune-related in vitro cell experiments and in vivo pharmacological studies in animals.

Research on CD-5 primarily focuses on lymphocyte signaling pathways, targeting the CD5 receptor on the surface of T cells and B cells, and participating in the regulation of TCR and BCR signaling. It is an important research tool molecule in the fields of immune homeostasis and autoimmune immunology. Experimental studies have shown that CD-5 peptides can regulate the lymphocyte activation threshold, participate in T cell differentiation, regulate the generation of regulatory T cells, balance excessive immune responses, reduce the release of abnormal inflammatory factors, and help maintain immune tolerance.

In autoimmune model studies, CD5 peptides have been used to explore intervention mechanisms for lymphocyte overactivation and to observe changes in immune cell proliferation and apoptosis. It can also be used in tumor immunology research to study CD5 receptor-mediated immune checkpoint signaling, explore lymphocyte survival and differentiation patterns in the tumor microenvironment, and provide experimental support for the validation of immune targets. Wiley Onli...

From a research perspective, it's important to clarify that most current CD5 data comes from in vitro cell and animal models, with limited complete clinical data. Experimental results are significantly dose-dependent; different dosing regimens and animal models will produce different results. Experiments must include gradient and blank control groups. Any market claims that CD5 peptides can be used for human immune regulation or disease treatment are exaggerated.

In summary, CD5 peptides have clearly defined immune receptor targeting properties and are primarily used in basic research in areas such as immune tolerance, autoimmune pathology, and tumor immune mechanisms, making them an important tool in the field of immunology.