Peptide Education
Explore the Science Behind Peptide Therapy
Peptides are short chains of amino acids that act as signaling molecules throughout the body. They can influence how cells communicate and are being studied across a wide range of biological processes including tissue repair, inflammation, mitochondrial function, metabolism, neurological health, skin and hair health, sexual wellness, and healthy aging.
Peptides described on this website are provided for educational purposes and are not sold directly through this website.
Explore by Health Goal
Browse the main health goals below to learn how peptide research connects to different biological systems.
Recovery & Regeneration
Tissue repair, recovery support, and inflammation-related biology.
Mitochondrial & Metabolic Health
Cellular energy, metabolism, and resilience pathways.
Brain, Focus & Stress
Cognitive function, stress response, and neuroplasticity.
Nerve & Neuroinflammatory Health
Nerve signaling, inflammation, and neurological health context.
Healthy Aging
Longevity research, resilience, and healthy aging pathways.
Sexual Wellness
Sexual wellness, tanning biology, and related pathways.
Peptide Library
Explore the molecules and biology behind peptides being studied across recovery, metabolism, mitochondrial health, cognition, stress, healthy aging, aesthetics, and sexual wellness.
GHK-Cu
A naturally occurring copper-binding peptide studied for collagen signaling, tissue remodeling, wound biology, skin health, and regenerative pathways.
BPC-157
An investigational peptide studied in tissue protection, connective-tissue repair, gastrointestinal biology, vascular signaling, and wound-repair pathways.
TB-500
An investigational peptide studied in cellular migration, cytoskeletal organization, repair signaling, and tissue-remodeling biology.
KPV
A three-amino-acid peptide studied for inflammatory regulation, intestinal signaling, immune biology, and epithelial-barrier pathways.
MOTS-c
A mitochondrial-derived peptide studied for metabolic signaling, cellular stress adaptation, energy regulation, and exercise-related physiology.
SS-31 / Elamipretide
A mitochondria-targeting peptide studied for cardiolipin interactions, membrane function, oxidative stress, and cellular energetics.
Semax
An investigational peptide studied for neurotrophic signaling, cognitive function, attention, neurological resilience, and neuroplasticity.
Selank
An investigational peptide studied for stress-response signaling, emotional regulation, neurotransmitter biology, and cognitive health.
ARA-290 / Cibinetide
An investigational peptide studied in nerve-related, tissue-protective, and neuroinflammatory signaling.
Epitalon
A synthetic tetrapeptide studied in cellular-aging, circadian, oxidative-stress, and telomere-related research.
Melanotan I
A melanocortin-related peptide associated with melanin production, pigmentation, tanning biology, and skin photobiology.
PT-141 / Bremelanotide
A melanocortin receptor medication that acts through central nervous-system pathways involved in sexual desire and arousal.
DSIP
Delta sleep-inducing peptide is an endogenous peptide studied experimentally in sleep, stress-response, neuroendocrine, and recovery biology.
FDA Pharmacy Compounding Advisory Committee Update
On July 23–24, 2026, the FDA’s Pharmacy Compounding Advisory Committee (PCAC) reviewed several peptide-related bulk drug substances being considered for inclusion on the 503A Bulks List.
The substances discussed included:
What does this actually mean?
PCAC is an advisory committee. Its role is to review available scientific, medical, safety, and compounding information and make recommendations to the FDA.
A PCAC recommendation is not the same thing as FDA approval of a peptide, and the committee itself does not create an immediate prohibition simply by discussing or voting on a substance.
Instead, the process helps determine whether a bulk drug substance should ultimately be included on the federal 503A Bulks List for use in patient-specific pharmacy compounding.
The meeting is significant because these compounds are moving through a formal federal regulatory review process. The FDA evaluated specific proposed uses, available research, safety information, manufacturing considerations, and the evidence supporting their use in compounding.
Importantly, the amount and quality of human clinical evidence varies substantially from one peptide to another. Promising laboratory or animal research does not automatically establish clinical efficacy or long-term safety in humans.
The takeaway: The regulatory status of compounded peptides is evolving. PCAC review should not be confused with FDA approval, but it represents an important step in determining how certain peptide substances may be treated under federal compounding regulations. Patients and clinicians should follow the regulatory process as additional FDA actions occur.
Four Principles
Education First
Informed patients make better decisions.
Science Based
Understand the research and biological rationale behind each option.
Individualized Approach
Not every peptide or wellness strategy is appropriate for every person.
Safety Matters
Understanding potential benefits, risks, limitations, and appropriate use is essential.
Your Health Is More Than One Pathway
Peptides are only one potential tool. Sleep, nutrition, movement, metabolism, hormones, inflammation, stress, recovery, and overall health all work together.
Better health happens when the whole system works together.
Book a Consultation
If you want help understanding the bigger picture, schedule a wellness consultation for personalized guidance.