Research Peptide Categories
Explore our comprehensive classification of research peptides organized by function, mechanism, and research application. This taxonomy helps researchers identify the most relevant peptides for their specific scientific investigations.
Growth Hormone Peptides
Peptides that stimulate the production or release of growth hormone, supporting research on muscle development, fat metabolism, and tissue repair.
Examples:
Healing & Recovery Peptides
Peptides studied for their potential to accelerate tissue repair, reduce inflammation, and support recovery processes in various experimental models.
Examples:
Metabolic & Weight Management Peptides
Peptides being researched for their effects on metabolic processes, including glucose regulation, fat metabolism, and energy homeostasis.
Examples:
Cognitive & Neuroprotective Peptides
Peptides under investigation for their potential effects on cognitive function, neuroprotection, and brain health in laboratory settings.
Examples:
Immune System Peptides
Peptides being studied for their interactions with immune system components and potential immunomodulatory effects in research models.
Examples:
Cosmetic & Skin Research Peptides
Peptides used in dermatological research for studying skin cell function, collagen production, and other skin-related biological processes.
Examples:
Organ-Specific Peptides
Peptides designed to target specific organs or tissues for specialized research applications and experimental models.
Examples:
Longevity & Anti-Aging Research Peptides
Peptides being investigated for their potential roles in cellular aging processes and longevity-related research.
Examples:
Understanding Peptide Classifications
Peptides are classified based on various characteristics including their structure, function, origin, and research applications. Understanding these classifications helps researchers select the most appropriate peptides for their specific scientific investigations.
Classification by Size
- Oligopeptides: 2-20 amino acids
- Polypeptides: 21-50 amino acids
- Proteins: More than 50 amino acids
Classification by Origin
- Endogenous: Naturally occurring in the body
- Exogenous: Introduced from external sources
- Synthetic: Laboratory-created for research
Research Applications
Research peptides are valuable tools in various scientific disciplines. Here are some of the key research areas where peptides play important roles:
Biochemistry & Molecular Biology
Peptides serve as tools for studying protein-protein interactions, enzyme mechanisms, and cellular signaling pathways.
Pharmacology & Drug Development
Peptides help researchers understand receptor binding, drug delivery mechanisms, and potential therapeutic targets.
Immunology
Peptides are used to study immune responses, develop experimental vaccines, and investigate autoimmune mechanisms.
Neuroscience
Peptides help researchers investigate neurotransmission, neuroprotection, and cognitive processes.
Endocrinology
Peptides are essential for studying hormone function, metabolic regulation, and endocrine signaling.
Regenerative Medicine
Peptides are used to investigate tissue repair mechanisms, cell proliferation, and regenerative processes.