Peptide Research

The metabolic and endocrine systems regulate human material metabolism, energy balance, and growth and development through a sophisticated hormonal network. Read More

The immune system maintains body homeostasis through a complex network of cells and molecules, while dysregulated immune responses can lead to infections, chronic inflammation, or autoimmune diseases. The core of immune regulation, inflammation alleviation, and adjuvant therapy for autoimmune diseases lies in precise intervention in immune cell activation, inflammatory signaling pathways, and immune tolerance mechanisms. As bioactive molecules, peptide substances, with their high target specificity and biocompatibility, can specifically modulate immune cell functions, block pro-inflammatory signal transduction, and reshape the immune microenvironment, providing innovative solutions for the treatment of infectious diseases, autoimmune disorders, and inflammation-related conditions. Read More

Muscle and tissue repair are core physiological processes that maintain motor function, structural integrity, and post-injury functional reconstruction, involving complex mechanisms such as cell proliferation, extracellular matrix (ECM) remodeling, angiogenesis, and inflammatory microenvironment regulation. Key scenarios in this field—including muscle growth, wound healing, joint repair, and sports injury recovery—rely on precise interventions in satellite cell activation, fibroblast function, cartilage matrix metabolism, and neuromuscular junction repair. Peptide substances, with their high biological activity and target specificity, can specifically modulate cellular signaling pathways, promote tissue regeneration, and inhibit fibrosis, emerging as critical tools to overcome bottlenecks in traditional repair therapies and demonstrating broad application prospects in sports medicine, trauma surgery, and regenerative medicine. Read More

Aging and skin issues arise from the combined effects of multiple factors, involving core mechanisms such as collagen loss, oxidative stress damage, melanin deposition, telomere shortening, and decline in cellular energy metabolism. Peptide substances, as bioactive molecules, exhibit unique advantages in wrinkle reduction, melanin regulation, telomere protection, antioxidation, and skin whitening due to their high target specificity and biocompatibility. By mimicking natural peptides or optimizing molecular structures, these components precisely intervene in skin aging pathways, repairing damage at the cellular level and reshaping youthful skin texture, thus providing innovative solutions for precision anti-aging and medical cosmetology. Read More

The nervous system regulates cognition, emotion, and bodily functions through complex neurotransmitter networks and cellular signaling pathways. Damage or degeneration within this system can lead to major health issues such as Alzheimer’s disease, Parkinson’s disease, anxiety, depression, and neural trauma. Core pathways for maintaining neurological and cognitive health—including neuroprotection, cognitive enhancement, emotional regulation, and neural injury repair—rely on precise interventions in neuronal survival, synaptic plasticity, neuroinflammation, and regenerative mechanisms. Peptide substances, with their high biological activity and blood-brain barrier permeability, have emerged as ideal molecules for targeting neural pathways. They delay neurodegeneration at the cellular level and promote functional repair, opening new directions for the prevention and treatment of neurological disorders. Read More

Reproductive health is a vital component of overall human health, with its core lying in the functional balance of the reproductive system under hormonal regulation. Reproductive health and hormonal regulation represent a central function of the human endocrine system, involving key physiological processes such as gamete production, sex hormone balance, fertility maintenance, and sexual function regulation. These processes rely on the precise control of the hypothalamic-pituitary-gonadal (HPG) axis, encompassing core links such as ovulation induction, sex hormone replacement, fertility treatment, and sexual function modulation.  Read More

The liver, as a central organ for metabolism and detoxification in the human body, undertakes critical functions such as biosynthesis, energy storage, and elimination of harmful substances. Oxidative stress, toxin accumulation, and metabolic disorders are primary triggers of liver injury, fatty liver, and hepatic fibrosis. The core of liver protection, detoxification, and antioxidative stress lies in maintaining hepatocyte functional integrity, enhancing detoxifying enzyme activity, and scavenging excessive free radicals. Peptide substances, with their high biological activity and target specificity, can specifically regulate hepatic metabolic pathways, protect hepatocytes from oxidative damage, and promote biotransformation and excretion of toxins, emerging as innovative tools for preventing and intervening in liver diseases—demonstrating significant potential in alcoholic liver disease, non-alcoholic fatty liver disease (NAFLD), and drug-induced liver injury. Read More

Beyond core domains such as metabolic regulation and immune anti-inflammation, peptide substances exhibit unique value in specialized scenarios including respiratory disease intervention, cardiovascular function protection, and experimental research tool development, owing to their high structural diversity and biological activity. These applications break through the limitations of traditional drugs, providing innovative solutions for complex disease treatment and basic scientific research through targeted mucosal repair in the respiratory system, regulation of cardiovascular cell signaling pathways, and precise control of experimental models. Their core advantages—high target specificity, low immunogenicity, and customizable synthesis—drive the cross-disciplinary expansion of peptides from clinical therapy to multidisciplinary applications. Read More