Your body sends data every second. Heart rate, sleep cycles, bloodwork, pain signals. School taught you none of the language. This department translates.
CBC, metabolic panel, lipids, thyroid — what each marker means, what the ranges hide, and when to push back.
Circadian architecture, REM debt, the adenosine cycle — and why the alarm clock is a saboteur.
Macros, micronutrients, glycemic load — stripped of ideology. What the meta-analyses actually say.
The HPA axis, cortisol feedback loops, vagal tone — your nervous system has settings. Learn them.
VO₂ max, Zone 2 training, the minimum effective dose. What moves the needle and what is noise.
Microbiome, the enteric nervous system, short-chain fatty acids. Your second brain is not a metaphor.
Two doors. One for research. One for what the shelves have lost.
A factual account of an active sales partnership.
Skydell Medical (skydellmedical.com) supplies clinical-grade stem cells, exosomes, and peptides to licensed healthcare practitioners across the United States. Products are sourced from cord blood, bone marrow, and Wharton's Jelly, and are characterized for post-processing viability. Skydell includes a clinical education library and practitioner training with every partnership.
Common bloodwork markers and what "normal" actually means. This is education, not diagnosis.
Short chains of amino acids that act as signaling molecules. Their role in wellness.
Peptides are short chains of amino acids that act as signaling molecules in the body, regulating a variety of biological functions — including tissue repair, metabolism, inflammation, and hormonal balance.
Their ability to target specific cellular pathways makes them invaluable tools in regenerative medicine, anti-aging, and metabolic optimization.
By leveraging peptides, you can achieve enhanced recovery, fat loss, inflammation reduction, and overall improved vitality with minimal side effects.
A reference catalog of research peptides and bioactive compounds, organized by category. Hover or tap to expand.
Acts on the hypothalamus to increase satiety signaling. Slows gastric emptying. Originally developed for type 2 diabetes; now one of the most-studied compounds in metabolic medicine.
PubMed → semaglutideEngages three receptors simultaneously — a first in its class. Phase 2 trials showed significant body weight reduction. Investigational; not yet FDA-approved.
PubMed → retatrutideActs on both GLP-1 and GIP receptors. Shown to produce substantial weight loss in clinical trials. Marketed as Mounjaro for diabetes and Zepbound for weight management.
PubMed → tirzepatideStimulates lipolysis (fat breakdown) and inhibits lipogenesis (fat accumulation). Does not affect IGF-1 levels. Research-use compound.
PubMed → AOD-9604Activates AMPK pathway. Research suggests it may improve insulin sensitivity and promote cellular energy balance. Sometimes called an "exercise mimetic."
PubMed → MOTS-cExtensive preclinical research on tissue repair (tendons, ligaments, muscles), gastrointestinal protection, and modulation of nitric oxide synthesis. Research-use compound.
PubMed → BPC-157Promotes wound healing and new blood vessel formation in preclinical models. Often studied in combination with BPC-157 for synergistic recovery effects.
PubMed → thymosin beta-4Combines BPC-157's gastrointestinal and tendon support with TB-500's angiogenic and cell-migration properties. Popular in recovery research protocols.
CJC-1295 extends the half-life of endogenous GHRH. Ipamorelin stimulates GH release without significantly affecting cortisol or prolactin. Often dosed at bedtime to mimic natural GH pulsation.
PubMed → CJC-1295Tesamorelin is one of the few peptides with FDA approval (Egrifta). The combination is studied for body composition optimization and visceral fat reduction.
PubMed → tesamorelinOne of the strongest GH-releasing peptides by molar potency. Also studied for cardioprotective effects independent of GH release. Research-use compound.
PubMed → hexarelinEnhances dendritic cell function and T-cell maturation. One of the few peptides with international regulatory approvals (Zadaxin). Studied for immune support in chronic infections.
PubMed → thymosin alpha-1Research focuses on gut inflammation, mucosal healing, and immune modulation. Investigated as a targeted anti-inflammatory without systemic immunosuppression.
PubMed → KPVModulates GABA, serotonin, and dopamine systems. Does not produce sedation or dependence in preclinical models. Administered intranasally in approved formulations.
PubMed → selankIncreases brain-derived neurotrophic factor (BDNF). Approved in Russia for stroke recovery and cognitive disorders. Intranasal administration.
PubMed → semaxDeclines with age. Supplementation studied for mitochondrial function, cognitive clarity, and cellular energy. Available as IV, subcutaneous, and oral (NMN/NR precursors).
PubMed → NAD+Based on the work of Professor Vladimir Khavinson. Studied for its ability to reactivate telomerase in somatic cells and regulate melatonin production. Research-use compound.
PubMed → epitalonBinds MC3R and MC4R receptors in the hypothalamus. One of the few peptides with full FDA approval for a specific indication. Subcutaneous administration.
PubMed → bremelanotidePromotes collagen and elastin production, attracts immune cells to injury sites, and has antioxidant properties. Available topically and as injectable research compound.
PubMed → GHK-CuResearch suggests it may promote dermal papilla cell proliferation. Less studied than GHK-Cu but gaining interest in cosmetic and regenerative research.
Where practitioners and researchers source their compounds.
Compounds listed in this library are for educational reference. Many are not FDA-approved for human use. Dosing and administration should always be directed by a licensed clinician. No treatment or cure claims are made.
The cornerstones of our catalog — detailed for the practitioners who prescribe them.
A next-gen weight management peptide that enhances fat metabolism, suppresses appetite, and refines glucose control.
A bioregenerative peptide known for its exceptional healing properties. BPC-157 accelerates tissue repair, reduces inflammation, and enhances recovery from injuries and gut damage.
A vital coenzyme fueling cellular energy and DNA repair. Restoring NAD+ levels rejuvenates the body at a cellular level. Available compounded for subcutaneous or intranasal use.
Peptides, supplements, and the supplies to administer them.
The principles behind every compound we carry.
Every compound includes batch-specific documentation. Certificates of Analysis verify purity and identity before anything ships.
We work with licensed compounding pharmacies and verified research suppliers. Chain of custody is documented, not assumed.
Pricing is provided directly to licensed practitioners upon inquiry. No public price lists — we believe in conversations, not carts.
Reliable supply and clean compounding for aesthetic and wellness practices.
Physician-directed protocols for metabolic, regenerative, and longevity care.
Athletes and high-performers seeking recovery, resilience, and vitality.
Our products are intended for licensed practitioners and qualified research use. Compounds such as Retatrutide and BPC-157 are not FDA-approved for human use — dosing should always be directed by a licensed clinician. Start low, go slow.
Questions on products, protocols, or next steps. By email, text, or call.
Select a window. No gatekeepers.
Curated rooms. Evidence over opinion. Data over dogma.