Immune & Organ-Support Peptides (6 Offers)

Peptides researched for immune modulation, detoxification, and tissue-specific support. This category includes Thymosin Alpha-1, organ-specific bioregulators like Livagen and Chonluten, and compounds for cellular regeneration studies.

Peptides in Immune Modulation and Organ-Specific Research

Immune and organ-support peptides represent a specialized area of research focused on homeostasis, targeted regeneration, and the body's defense mechanisms. This category includes both systemic immunomodulators and a unique class of synthetic peptide bioregulators designed from organ-specific tissue extracts, studied for their potential to normalize gene expression and function in corresponding tissues.

The research scope of this category encompasses two primary lines of inquiry:

• Systemic Immune Modulation (e.g., Thymosin Alpha-1): A naturally occurring thymic peptide that is a cornerstone of immunology research. It is studied for its role in modulating T-cell differentiation and function, enhancing immune response to pathogens, and its potential role in immune reconstitution and inflammatory regulation models.
• Synthetic Organ-Specific Peptide Bioregulators: This distinct group includes short, synthesized peptides based on extracts from specific tissues. They are used in laboratory research to study targeted cellular function and gene expression:
  • Livagen & Ovagen: Derived from liver tissue, studied in models of detoxification, hepatocyte function, and metabolic regulation.
  • Chonluten: Derived from lung tissue, investigated in research on respiratory epithelium, bronchial reactivity, and oxidative stress response.
  • Testagen: Derived from testicular tissue, used in studies related to gene expression associated with steroidogenesis and spermatogenic function.

Researchers utilize these compounds to explore highly targeted approaches to tissue support, aging of organ systems, and immune dysfunction. They offer tools for mechanistic studies in immunology, toxicology, and the field of regenerative medicine, focusing on restoring optimal cellular activity rather than introducing foreign pharmacological effects.

All products in this category are provided strictly for controlled, non-human in vitro research applications.