Peptides
Advanced
The Peptides Advanced course is a single-day deep dive into specialty peptide categories and multi-protocol stacking — the clinical frontier where peptide therapy moves from individual protocols to integrated, multi-system optimization. Morning covers the advanced peptide categories most providers never learn: longevity (Epithalon, GHK-Cu, Humanin, MOTS-c), immune (Thymosin Alpha-1, LL-37), cognitive (Semax, Selank, Dihexa), libido (PT-141, Kisspeptin), and gut healing (oral BPC-157, KPV, Larazotide). Afternoon is stacking: the Wolverine Stack, Body Recomp, Longevity Core, Metabolic Reset, Cognitive Performance, Gut-Immune Axis, Glow, and Libido stacks — synergy design, sequencing, timing, monitoring, and stack pricing. Prerequisite: Peptide Therapy Fundamentals or equivalent.
Questions? Call 480-447-8166 or email [email protected]
Ask about the Fundamentals + Advanced bundle — $5,800 (save $600).
What you learn in
one day with Naomi
Peptide therapy's clinical frontier isn't in the fundamentals — it's in the specialty categories and in the art of stacking: combining peptides with complementary mechanisms to address complex, multi-system patient goals. This one-day intensive is structured to take you from individual peptide protocols to integrated, multi-protocol clinical design.
Morning covers the advanced peptide categories most providers never learn: longevity peptides (Epithalon, GHK-Cu, Humanin, MOTS-c), immune and infection-modulating peptides (Thymosin Alpha-1, LL-37), cognitive peptides (Semax, Selank, Dihexa), libido peptides (PT-141, Kisspeptin), and gut healing peptides (oral BPC-157, KPV, Larazotide).
Afternoon is stacking mastery: the Wolverine Stack, Body Recomp, Longevity Core, Metabolic Reset, Cognitive Performance, Gut-Immune Axis, Glow, Klow, and Libido stacks — synergy design, sequencing principles, monitoring frameworks, and the pricing architecture that makes advanced peptide protocols profitable.
- Epithalon (Epitalon): a tetrapeptide that activates telomerase — the enzyme that lengthens telomeres at chromosome ends. Mechanism of action, the Khavinson research, dosing protocol (cyclic 10-day courses), and the evidence base for anti-aging and circadian rhythm regulation
- GHK-Cu (copper peptide): one of the most studied regenerative peptides — mechanism (collagen synthesis, elastin, proteoglycan, glycosaminoglycan upregulation), topical vs. injectable routes, aesthetic applications (skin rejuvenation, wound healing), and systemic applications (hair restoration, lung tissue repair, anti-fibrotic)
- Humanin: a mitochondria-derived peptide with neuroprotective and cardioprotective properties — mechanism (STAT3 pathway, inhibition of Bax-mediated apoptosis), its role in Alzheimer's disease research, and the clinical applications in cognitive preservation and metabolic protection
- MOTS-c: the mitochondrial peptide that mimics exercise at the cellular level — mechanism (AMPK activation, metabolic regulation), the research on insulin sensitivity, fat oxidation, and exercise capacity enhancement, and the dosing protocol for metabolic and longevity applications
- The Longevity Core Stack: combining Epithalon + GHK-Cu + MOTS-c for comprehensive anti-aging — the synergy rationale (telomere, extracellular matrix, mitochondria), sequencing, and 12-week protocol design
- Patient selection for longevity protocols: biological age assessment, methylation markers (if available), the patient profile that benefits most, and setting realistic expectations for interventions that work on timescales of months to years
- Thymosin Alpha-1 (TA-1): the thymic peptide that modulates T-cell function — mechanism (dendritic cell maturation, T-helper/regulatory T-cell balance), FDA-approved as Zadaxin outside the US, clinical applications in chronic viral infections (HBV, HCV), immunodeficiency, and as immune support for chronically ill patients
- LL-37: the only human cathelicidin antimicrobial peptide — mechanism (direct antimicrobial activity against bacteria, viruses, and biofilms, plus immune modulation), clinical applications in chronic infections, biofilm-associated conditions, and post-infectious immune rebalancing
- PDA (Pentadecapeptide Ala): the BPC-157 analog with enhanced immune-modulating properties — how it differs from standard BPC-157, and its positioning in immune support protocols
- The Immune Protocol: TA-1 + LL-37 combination — the clinical rationale for dual immune modulation (adaptive + innate), dosing schedule, monitoring markers (lymphocyte subsets, inflammatory markers), and duration of therapy
- Contraindications and caution: autoimmune disease and immune-modulating peptides — the clinical reasoning for avoiding immune stimulation in active autoimmune flares, and the nuanced approach for patients with both immune deficiency and autoimmune history
- The post-COVID immune recovery protocol: how TA-1 and LL-37 are being used for persistent immune dysregulation — the emerging clinical approach
- Semax: a synthetic ACTH analog developed in Russia — mechanism (BDNF upregulation, NGF modulation, serotonin/dopamine system effects), intranasal delivery, dosing, and the clinical applications in cognitive enhancement, neuroprotection, and stroke recovery support
- Selank: a synthetic tuftsin analog with anxiolytic and nootropic properties — mechanism (GABA modulation, IL-6 regulation, BDNF effects), intranasal delivery, and its positioning as a peptide anxiolytic without benzodiazepine side effects
- Dihexa: a potent HGF receptor agonist — mechanism (hepatocyte growth factor pathway activation, synaptogenesis), the animal model data showing 10-million-fold potency over BDNF for new synapse formation, dosing caution, and the clinical conversation about experimental peptides
- Cerebrolysin: the porcine brain-derived peptide mixture — mechanism (neurotrophic factor activity), the IV delivery requirement, the stroke and TBI rehabilitation evidence base, and practical considerations for administration in an outpatient setting
- SS-31 (Elamipretide): the mitochondria-targeted peptide — mechanism (cardiolipin stabilization in the inner mitochondrial membrane), applications in mitochondrial dysfunction, cardiac function, and the ongoing clinical trials
- The Cognitive Performance Stack: Semax + Selank combination for cognitive optimization — the synergy (neuroplasticity + anxiolysis), dosing protocol, and patient selection for cognitive support vs. neuroprotection
- PT-141 (Bremelanotide): the FDA-approved melanocortin-4 receptor agonist for HSDD — mechanism (central nervous system arousal pathway activation, distinct from PDE5 inhibitors that work peripherally), the Vyleesi approval for women, off-label use for men, dosing protocol, injection timing (45 min before activity), and the side effects (nausea, flushing) that require patient counseling
- Kisspeptin: the neuropeptide that governs GnRH pulsatility — mechanism (hypothalamic kisspeptin neurons trigger LH/FSH release), its role in reproductive endocrinology, and the emerging clinical applications for libido enhancement that work through a different pathway than PT-141
- PT-141 vs. PDE5 inhibitors: the clinical distinction — PT-141 works on desire (central), Viagra/Cialis work on mechanics (peripheral) — when to use each, when to combine, and the patient conversation that sets appropriate expectations
- The Libido & Desire Stack: PT-141 + hormonal optimization (testosterone, estrogen) — why PT-141 works best in the context of optimized sex hormones, and how to layer this into an existing hormone optimization practice
- Contraindications: uncontrolled hypertension, cardiovascular risk screening, the melanoma concern (melanocortin receptor activation and melanocyte proliferation) — the evidence assessment and documentation standard
- Female sexual wellness integration: how PT-141 fits alongside the O-Shot protocol for a comprehensive female sexual wellness program — the multi-modality approach
- Oral BPC-157 for gut healing: the oral delivery rationale for gastrointestinal applications — dosing for IBS, SIBO, leaky gut (intestinal permeability), inflammatory bowel conditions, and the gastric tissue repair mechanism that distinguishes oral BPC-157 from standard GI interventions
- KPV (Alpha-MSH fragment): the anti-inflammatory tripeptide — mechanism (NF-κB inhibition, TNF-α and IL-6 suppression), oral delivery for gut inflammation, and its positioning as a gut-specific anti-inflammatory peptide
- Larazotide: the tight junction regulator — mechanism (zonulin antagonist, tight junction restoration), the clinical trial data for celiac disease and intestinal permeability, and its application in leaky gut protocols
- The Klow Stack (oral BPC-157 + KPV + Larazotide): the comprehensive gut healing combination — synergy (tissue repair + anti-inflammatory + barrier restoration), dosing protocol, duration (8–12 week typical course), and monitoring
- Endocrine cascade peptides: using CJC-1295 + TA-1 + BPC-157 for comprehensive endocrine system support — the rationale for multi-system peptide support in patients with complex hormonal presentations
- Gut-Immune Axis Stack: combining gut healing peptides with immune-modulating peptides — the clinical logic connecting intestinal permeability to immune dysregulation, and the protocol that addresses both simultaneously
- What makes a stack vs. random polypharmacy: the clinical principles that distinguish deliberate multi-peptide synergy from indiscriminate prescribing — complementary mechanisms, non-overlapping receptor targets, additive vs. synergistic effects
- Named stacks — the complete library: Body Recomposition Stack (CJC-1295/Ipa + Tesamorelin + Semaglutide or Tirzepatide), Longevity Core Stack (Epithalon + GHK-Cu + MOTS-c), Recovery Elite Stack (BPC-157 + TB-500 + CJC-1295/Ipa — the enhanced Wolverine), Metabolic Reset Stack (Semaglutide + Tesamorelin + AOD 9604), Cognitive Performance Stack (Semax + Selank + GHK-Cu), Gut-Immune Axis Stack (Oral BPC-157 + KPV + TA-1), Hair & Skin Regeneration / Glow Stack (GHK-Cu + BPC-157 + CJC-1295/Ipa), Mitochondrial Optimization Stack (MOTS-c + SS-31 + Epithalon), Libido & Desire Stack (PT-141 + Kisspeptin + testosterone optimization), The Klow Stack (oral BPC-157 + KPV + Larazotide), The Wolverine Stack (BPC-157 + TB-500), Endocrine Regulation Stack (CJC-1295 + TA-1 + BPC-157)
- Sequencing principles: which peptides to start first (foundational before specialty), stagger introduction timelines (2-week intervals for titration clarity), and the logic for ordering peptide additions in complex protocols
- The multi-peptide monitoring panel: IGF-1 (GH axis), fasting insulin + HbA1c (metabolic), CMP + CBC (safety), inflammatory markers (CRP, ESR for immune protocols), thyroid panel, and hormone panels — the comprehensive monitoring framework for stacked patients
- Monitoring frequency: baseline, 6-week, 12-week, and quarterly schedules — how to adjust the frequency based on protocol complexity and patient stability
- Lab interpretation for stacked protocols: when IGF-1 rises above target on a GH + recovery stack, when metabolic markers shift unexpectedly on a weight management protocol, when inflammatory markers don't normalize on an immune stack — the troubleshooting framework
- Dose adjustment principles in multi-peptide regimens: changing one variable at a time, the challenge of attributing side effects in stacked protocols, and the systematic approach to optimization
- The patient who isn't responding: the diagnostic checklist — compliance verification, absorption issues, contraindicated combinations, underlying conditions that limit peptide efficacy, and when to simplify the stack rather than add to it
- Long-term peptide therapy: cycling protocols (periodic breaks to maintain receptor sensitivity), the evidence for tolerance, and how to design long-term peptide programs that sustain efficacy over years
- Stack pricing architecture: the component pricing model (sum of individual peptides minus 10–15% bundle discount) vs. the outcome pricing model (charging for the clinical outcome, not the peptide count) — advantages of each approach
- Revenue modeling by stack: the COGS, markup, and monthly patient revenue for each named stack — a financial planning exercise using real compounding pharmacy pricing
- The peptide menu: how to present peptide services to patients — individual protocols for focused goals vs. named stacks for complex optimization — the consultation framework that matches patients to the right tier of service
- Patient retention in peptide practice: the subscription model (monthly peptide + monitoring), quarterly lab reviews, annual protocol reassessment — building the recurring revenue infrastructure
- Marketing peptide services: the patient education approach (what peptides are, how they work, what to expect) vs. the compliance approach (emphasizing lab-guided, physician-supervised, pharmaceutical-grade) — positioning your practice against unregulated online peptide sources
- Scaling from fundamentals to full-service peptide practice: the 6-month growth plan from your first 5 peptide patients to a dedicated peptide program — benchmarks, staffing considerations, and the compounding pharmacy volume thresholds that unlock better pricing
- The comprehensive peptide provider: how the Fundamentals + Advanced combination positions you as the peptide expert in your market — a differentiator that creates referral relationships with other providers
Built for providers ready for
peptide stacking mastery
You've built the foundation — now extend it into the specialty categories and multi-protocol stacking discipline that transforms a peptide menu into a comprehensive peptide optimization practice.
You're already prescribing individual peptides but want the systematic framework for designing multi-peptide protocols. The stacking module teaches the synergy principles, sequencing logic, and monitoring discipline that distinguishes clinical stacking from random polypharmacy.
If you're already working in functional medicine — addressing root causes, running comprehensive labs, building personalized protocols — peptide stacking is the natural next tool. This course adds targeted biological signaling to your existing integrative framework.
The market is moving toward peptide-forward practices. This course gives you the clinical depth, the named protocol library, and the business infrastructure to position your practice as the peptide optimization destination in your area.
Completion of Peptide Therapy Fundamentals at Beso Provider Hub — or equivalent peptide training experience from A4M, AMMG, or documented clinical peptide prescribing history. Contact us to discuss eligibility if you have not completed Fundamentals.
- MD / DO — active, unrestricted license
- Nurse Practitioner (NP/FNP/WHNP/ANP) — active, unrestricted license
- Physician Assistant (PA-C) — active, unrestricted license
- RN — active license + AZ medical director standing order covering peptide prescribing
- Full 1-day advanced instruction with Naomi
- Advanced peptide protocol reference guide — specialty categories and stacking protocols
- Named stack protocol cards — all 12 stacks with dosing, sequencing, and monitoring
- Advanced lab monitoring panel guide — multi-peptide regimens
- Stack pricing calculator and revenue modeling templates
- Patient education materials for specialty peptide categories
- Consent form addendum for advanced and experimental peptides
- Certificate of Completion — Peptides Advanced from Beso Provider Hub
- Lunch and refreshments
Beyond the basics, into
clinical mastery
Most peptide courses stop at the fundamentals — CJC-1295/Ipamorelin, BPC-157, semaglutide. Those are important, and they're covered in our Fundamentals course. But the clinical frontier of peptide therapy is in the specialty categories and in the art of stacking: combining peptides with complementary mechanisms to address complex, multi-system patient goals.
This course exists because Naomi's patients don't have single-system problems. They want body composition and cognitive clarity and recovery and sleep quality. The Advanced course teaches you how to design protocols for those patients — systematically, safely, and profitably.
The 12 named stacks taught in this course are the actual protocols used at Beso Wellness & Beauty. They're not theoretical combinations — they're protocols that have been refined through real patient outcomes, real lab data, and real clinical iteration.
Wolverine, Body Recomp, Longevity Core, Metabolic Reset, Cognitive Performance, Gut-Immune Axis, Glow, Klow, Libido, Recovery Elite, Mitochondrial Optimization, Endocrine Regulation — each refined through clinical use at Beso Wellness & Beauty.
The difference between a well-designed stack and random polypharmacy is the same as the difference between a treatment plan and a prescription pad. This course teaches the clinical principles that make stacking systematic.
Advanced protocols generate higher per-patient revenue than individual peptides. This course includes the pricing architecture, COGS analysis, and subscription models that make a stacking-focused practice financially sustainable.
Fundamentals builds the foundation. Advanced adds the clinical depth. Together ($5,800 bundled, save $600), they create the most comprehensive peptide training available outside of a fellowship — with the business infrastructure to launch immediately.
Common questions
Meet Naomi
Naomi Fayzulayev, FNP-C
Founder, Beso Wellness & Beauty · Board-Certified Family Nurse PractitionerNaomi founded Beso Wellness and Beauty to close the gap between clinical training and real-world practice — offering the kind of hands-on, small-group instruction she wished she had when she started. With over 15 years of clinical experience and deep roots in regenerative and aesthetic medicine, she brings active, practicing expertise to every course she teaches.
Her approach is integrative: combining conventional medicine with evidence-based wellness therapies to address root causes, not symptoms. As a Certified Trainer for the Cellular Medicine Association (CMA), Naomi personally trains other medical providers in advanced procedures including the O-Shot® and P-Shot® — a credential held by a small number of practitioners nationally. She holds advanced certifications in functional medicine, hormone optimization, and advanced medical aesthetics, and is known for her meticulous technique and the warm, patient-centered environment she creates in every training session.
She believes a well-trained provider is the foundation of a well-run practice. Every course she teaches reflects that: small cohorts, live patients, real feedback, and the business context to use the skills you leave with.
Clinical Practice
Per Cohort
Trainer
Active Practice
One day to peptide
stacking mastery
The Peptides Advanced course is $2,600 — one intensive day, 8 modules, 12 named protocol stacks, advanced monitoring frameworks, and the pricing architecture to make peptide stacking profitable. Bundle with Peptide Therapy Fundamentals for $5,800 (save $600). Space is limited — cohort size is kept small deliberately so every attendee has direct access to Naomi.
Inquire & Enroll →