Master Evidence-Based Peptide Therapy: From Signaling Pathways to Clinical Practice

An exclusive opportunity for webinar attendees to join the Certified Peptide Therapy Module with a limited-time discount of up to 20%

6 CLINICAL LECTURES | EVIDENCE-BASED PRACTICE PROTOCOLS | REAL DOSING STRATEGIES | CLINICAL CASES

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An exclusive opportunity for webinar attendees to join the Certified Peptide Therapy Module with a limited-time discount of up to 20%

6 CLINICAL LECTURES | EVIDENCE-BASED PRACTICE PROTOCOLS | REAL DOSING STRATEGIES | CLINICAL CASES

View course program Claim Exclusive 20% Discount

About Certified Peptides Module

Designed exclusively for physicians seeking to advance their expertise in longevity, functional, and regenerative medicine through cutting-edge, science-based peptide therapy.

Duration: 6 online clinical lectures
Format: Fully online · On-demand access to all recordings
Faculty: Dr. Alla Zaentc - Functional Medicine Expert (UAE).
Dr. Ecaterina Lica - Regenerative Dermatology Specialist (UAE).

Evidence-based peptide medicine
Structured clinical protocols
Real dosing and administration strategies
Case-based clinical decision-making
Safety, contraindications, and clinical boundaries
Expert-led, physician-to-physician education

Certification

Upon successful completion and assessment, participants receive an official UK CPD-approved certificate.

Verifiable

Scannable

Traceable through CPD accreditation systems

Suitable for professional and regulatory documentation

Certification

Upon successful completion and assessment, participants receive an official UK CPD-approved certificate.

Verifiable

Scannable

Traceable through CPD accreditation systems

Suitable for professional and regulatory documentation

Peptides Course Program
(6 lectures)

Introduction to Peptides Therapy

Therapeutic tools in modern longevity and regenerative medicine.

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Weight Loss Peptides

Clinical Strategies for Sustainable Fat Loss

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Hormonal Peptides

Restoring Endocrine Balance Without Hormone Replacement

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Introduction to Peptides Therapy

Lecture 1 — Master one of the most powerful therapeutic tools in modern longevity and regenerative medicine.

Master one of the most powerful therapeutic tools in modern longevity and regenerative medicine — from weight management to hormonal balance and rejuvenation.

This foundational lecture provides a structured medical understanding of peptide therapy, forming the clinical framework for all subsequent lectures in the module.

Physicians will gain clarity on what peptides are, how they work, and why they represent a core therapeutic strategy in the medicine of the future.

🔍 In this lecture, you will explore:

✔ The biology of peptides: definition, structure, and physiological role
✔ Mechanisms of action at the cellular, tissue, organ, and systemic levels
✔ Peptide signaling, receptor specificity, and targeted biological effects
✔ Historical development of peptide therapy in clinical medicine
✔ Classification of peptides and their relevance in modern medical practice

🧬 Key peptide categories introduced:

✔ Metabolic and weight management peptides
✔ Hormonal regulatory peptides
✔ Neuropeptides
✔ Regenerative and tissue-repair peptides

🎓 After this lecture, you will be able to:

✔ Understand peptide therapy as a medical signaling system, not isolated compounds
✔ Confidently navigate major peptide classes using clinical logic
✔ Integrate peptide therapy into longevity, functional, and regenerative medicine frameworks
✔ Build a solid foundation for safe and effective clinical application in advanced protocols

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💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation. ❕

Buy Full Module With Discount

Weight Loss Peptides

Lecture 2 — Clinical Strategies for Sustainable Fat Loss

Understand why traditional weight loss fails — and how peptide therapy allows physicians to finally work with human biology, not against it.

This lecture delivers a deep clinical understanding of obesity as a neuro-hormonal and metabolic condition, and teaches how modern weight-loss peptides target appetite regulation, insulin resistance, visceral fat, and metabolic adaptation.

Rather than focusing on “calories in vs. calories out,” physicians will learn how to reset metabolic signaling pathways using evidence-based peptide strategies.

🔍 In this lecture, you will explore:

✔ Why long-term weight loss is biologically difficult (set-point theory, metabolic adaptation)
✔ The role of hunger, satiety, and reward pathways in obesity
✔ How GLP-1, GIP, amylin, and glucagon peptides regulate appetite and metabolism
✔ Differences between weight loss medications vs therapeutic peptides
✔ How peptides influence insulin sensitivity, fat oxidation, and mitochondrial function
✔ Why weight regain happens — and how peptides help prevent rebound weight gain

🧬 Key weight-loss peptide groups covered:

✔ GLP-1 receptor agonists (semaglutide, liraglutide) (Ozempic, Wegovy)
✔ Dual and triple agonists (GLP-1 / GIP / Glucagon Pathways) (Tirzapeptide (Mounjaro©), Retatrutide)
✔ Amylin-based peptides for satiety and appetite control (Cagrilintide).
✔ Lipolytic peptides (AOD-9604) for fat metabolism without appetite suppression
✔ Next-generation obesity peptides in development and clinical pipelines

🔬 Clinical focus:

✔ Patient selection: who benefits from which peptide strategy
✔ Obesity phenotypes: insulin-resistant, hyperphagic, stress-driven, plateau cases
✔ Choosing between GLP-1–based therapy, GLP-1/GIP, GLP-1/GIP/Glucagon vs lipolytic peptides
✔ Managing side effects, tolerance, and long-term safety
✔ Why protein intake, muscle mass, and lifestyle integration are critical
✔ How to combine peptides with functional medicine and longevity protocols

🎓 After this lecture, you will be able to:

✔ Understand obesity as a hormonal and neuro-metabolic disease, not a willpower issue
✔ Confidently navigate modern weight-loss peptides and their mechanisms
✔ Select the right peptide strategy based on patient physiology
✔ Prevent common mistakes that lead to muscle loss, fatigue, or rebound weight gain
✔ Integrate weight-loss peptides into long-term metabolic and longevity care
✔ Build ethical, safe, and sustainable weight-loss protocols for clinical practice

Buy Lecture With Discount

💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation. ❕

Buy Full Module With Discount

Hormonal Peptides

Lecture 3 — Restoring Endocrine Balance without Hormone Replacement

Discover how peptide therapy allows physicians to restore hormonal balance physiologically, without suppressing natural endocrine axes.

This lecture focuses on hormonal peptides as master regulators, acting at the hypothalamic–pituitary–peripheral gland level to fine-tune hormone secretion, receptor sensitivity, and biological rhythms.

Rather than replacing hormones, hormonal peptides reactivate communication pathways within the endocrine system — making them a cornerstone of modern longevity, anti-aging, and recovery medicine.

🔍 In this lecture, you will explore:

✔ What defines hormonal peptides and how they differ from other signaling peptides
✔ How peptides regulate the hypothalamic–pituitary axes (HPA, HPT, HPG, GH–IGF-1)
✔ Central vs peripheral hormonal peptide regulation
✔ Peptide influence on growth hormone, sex hormones, cortisol balance, and metabolic hormones
✔ Why hormonal peptides are especially effective in stress, burnout, aging, and subclinical deficiencies

🧬 Key hormonal peptide groups covered:

✔ Growth hormone–releasing peptides (GHRH & GHRP)
CJC-1295 (with and without DAC), Ipamorelin, Sermorelin
✔ GH–IGF-1 axis modulators
Physiological stimulation vs direct hormone replacement
✔ Hypothalamic and pituitary-regulating peptides
Fine-tuning upstream endocrine signaling
✔ Reproductive axis peptides
Kisspeptin for HPG axis activation and fertility support
✔ Libido- and CNS-acting hormonal peptides
• PT-141 (Bremelanotide) and neuro-endocrine interaction
• Modulator of muscle growth (Follistatin)
• Osteoporosis treatment (Teriparatide)

🔬 Clinical focus:

✔ Identifying patients with functional hormonal decline (not yet candidates for HRT)
✔ Age-related GH/IGF-1 decline, fatigue, sarcopenia, poor recovery
✔ Hormonal peptides in male and female hormonal imbalance
✔ When to choose peptide stimulation instead of hormone replacement
✔ Safety, contraindications, and laboratory monitoring
✔ Combining hormonal peptides with lifestyle, nutrition, and longevity protocols

🎓 After this lecture, you will be able to:

✔ Understand hormonal peptides as axis modulators, not hormone substitutes
✔ Confidently select peptides based on endocrine physiology
✔ Restore GH, IGF-1, and sex hormone signaling without suppressing natural production
✔ Build personalized hormonal peptide protocols for aging, stress, and recovery
✔ Safely integrate peptides into anti-aging, metabolic, and regenerative programs
✔ Avoid common mistakes that lead to desensitization or hormonal imbalance

Buy Lecture With Discount

💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation.❕

Buy Full Module With Discount

Regenerative & Immune-Modulating Peptides

Repair, Recovery, and Immune Balance

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Longevity Peptides

Systemic & Skin-Level Anti-Aging Strategies

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Neuropeptides

Brain Longevity, Stress Resilience & Cognitive Restoration

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Regenerative & Immune-Modulating Peptides

Lecture 4 — Regenerative & Immune-Modulating Peptide: Repair, Recovery and Immune Balance

Learn how peptide therapy activates the body’s intrinsic repair systems while restoring immune regulation — without suppression, steroids, or long-term dependency.

This lecture focuses on regenerative and immune-modulating peptides that operate at the cellular, tissue, and systemic levels, accelerating healing, reducing chronic inflammation, and re-educating the immune system.

Physicians will gain a clinically structured approach to using peptides for tissue regeneration, autoimmune conditions, chronic inflammation, infections, and recovery after injury or illness.

🔍 In this lecture, you will explore:

✔ The role of regenerative peptides in modern medicine and longevity
✔ How peptides influence angiogenesis, fibroblast migration, stem cell signaling and extracellular matrix repair
✔ Immune modulation vs immune stimulation — why balance matters
✔ Peptide-driven control of inflammation without immune suppression
✔ Gut–immune–tissue axis and its role in chronic disease and autoimmunity

🧬 Key regenerative & immune peptide groups covered:

✔ Tissue-repair peptides
BPC-157: mucosal, tendon, ligament, muscle and gut regeneration
✔ Anti-inflammatory immune peptides
KPV: cytokine suppression, gut barrier repair, skin and mucosal healing
✔ Thymic peptides for immune restoration
• Thymosin Beta-4: tissue repair, angiogenesis, immune regulation
• Thymosin Alpha-1: antiviral defense, immune resilience, autoimmune balance
• Thymalin: immune maturation and recovery
✔ Advanced immune-regulatory peptides
• VIP (Vasoactive Intestinal Peptide): neuro-immune regulation, HPA-axis support
• LL-37: antimicrobial defense, wound healing, innate immunity modulation

🔬 Clinical focus:

✔ Acute and chronic tissue injuries (tendons, ligaments, muscle, bone)
✔ Post-surgical recovery and wound healing
✔ Chronic inflammatory and autoimmune conditions
✔ Gut inflammation, IBD, IBS, leaky gut, and immune dysregulation
✔ Recurrent infections, immune exhaustion, post-viral syndromes
✔ Neuroinflammation and systemic inflammatory response syndromes

🎓 After this lecture, you will be able to:

✔ Select regenerative peptides based on tissue type and injury stage
✔ Modulate immune responses without suppressing immunity
✔ Combine peptides synergistically for faster and safer recovery
✔ Apply peptide therapy in autoimmune and inflammatory conditions with clinical logic
✔ Integrate regenerative and immune peptides into longevity and functional medicine programs
✔ Avoid common errors related to angiogenesis, overstimulation, or improper sequencing

Buy Lecture With Discount

💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation.❕

Buy Full Module With Discount

Longevity Peptides

Lecture 5 — Longevity Peptides: Systemic & Skin-Level Anti-Aging Strategies

Move beyond surface-level anti-aging and learn how peptide therapy allows physicians to target aging both systemically and locally at the skin level.

This lecture focuses on longevity peptides that act on the core biology of aging — telomeres, mitochondria, cellular senescence, oxidative stress — while also covering skin-specific peptides that directly influence collagen synthesis, elasticity, inflammation, and tissue regeneration.

Physicians will learn how to combine internal longevity strategies with targeted skin rejuvenation peptides to achieve visible, measurable, and sustainable anti-aging results.

🔍 In this lecture, you will explore:

✔ Why aging is an active, programmable biological process
✔ The difference between chronological age, biological age, and skin biological age
✔ Modern theories of aging: evolutionary, programmed, and damage-based
✔ The Hallmarks of Aging and how they manifest in skin and connective tissue
✔ Why skin aging reflects systemic mitochondrial, hormonal, and inflammatory decline
✔ How peptides work as precision signaling molecules at both systemic and local levels

🧬 Key longevity & skin peptide groups covered:

1️⃣ Systemic longevity peptides

✔ Telomere-regulating peptides
• Epitalon (Epithalon): telomerase activation, circadian rhythm normalization, immune and cellular repair
✔ Mitachondrial longevity peptides
• Elamipretide (SS-31): mitochondrial membrane stabilization, oxidative stress reduction, neuro- and cardio-protection
• MOTS-c: AMPK activation, metabolic flexibility, insulin sensitivity, muscle and energy preservation
✔ Cell-protective and anti-apoptotic peptides
• Humanin: mitochondrial protection, neuroprotection, resistance to oxidative and metabolic stress

2️⃣ Skin-targeted longevity & rejuvenation peptides

✔ Copper peptides: Epitalon (Epithalon)
• Collagen and elastin synthesis
• Angiogenesis and wound healing
• Anti-inflammatory and antioxidant effects
• Gene expression activation linked to tissue repair
✔ Matrix peptides: Matrixyl (Palmitoyl Pentapeptide-4)
• Stimulation of collagen types I, III, IV
• Repair of extracellular matrix
• Reduction of metalloproteinase activity
✔ Neuro-muscular relaxation peptides: Argireline (Acetyl Hexapeptide-8)
• Modulation of SNARE complex
• Reduction of expression lines without toxin-based paralysis
✔ Collagen-stimulating peptides: Syn-Coll (Palmitoyl Tripeptide-5)
• Activation of fibroblasts
• Increased dermal density and firmness
✔ Cellular aging & senescence signaling: FOXO-related pathways & senescence-modulating peptides
• Regulation of apoptosis, oxidative stress response
• Influence on cellular repair and longevity signaling

🔬 Clinical focus:

✔ Identifying patients with accelerated systemic and cutaneous aging
✔ Telomere shortening, mitochondrial dysfunction, and skin aging correlation
✔ Loss of collagen, elasticity, impaired wound healing, and chronic inflammation
✔ Choosing between injectable, topical, and systemic peptide strategies
✔ Combining longevity peptides with aesthetic and regenerative protocols
✔ Proper sequencing: internal optimization first, targeted skin peptides second

🎓 After this lecture, you will be able to:

✔ Understand aging as a multi-level biological process, including skin aging
✔ Select longevity peptides based on hallmarks of aging and tissue specificity
✔ Confidently integrate systemic longevity peptides with skin rejuvenation peptides
✔ Design protocols that improve healthspan, appearance, and tissue quality
✔ Build anti-aging strategies that are visible, measurable, and biologically sound
✔ Avoid common mistakes such as treating skin aging without internal optimization

Buy Lecture With Discount

💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation.❕

Buy Full Module With Discount

Neuropeptides

Lecture 6 — Neuropeptides: Brain Longevity, Stress Resilience & Cognitive Restoration

Understand the brain not as a static organ, but as a dynamic, peptide-regulated system capable of regeneration, plasticity, and long-term optimization.

This lecture focuses on neuropeptides as master regulators of cognition, mood, sleep, stress resilience, and brain aging. Physicians will learn how neuropeptides act as signaling molecules that modulate neurotransmitters, neurotrophic factors, inflammation, circadian rhythms, and mitochondrial energy within the central nervous system.

Rather than suppressing symptoms with psychotropic drugs, neuropeptides allow clinicians to restore physiological brain signaling and support long-term cognitive health.

🔍 In this lecture, you will explore:

✔ What neuropeptides are and how they differ from classical neurotransmitters
✔ The historical discovery of neuropeptides and their role in modern medicine
✔ Age-related decline of neuropeptides and its link to cognitive aging
✔ Brain aging as a consequence of neuroinflammation, mitochondrial dysfunction, and impaired neuroplasticity
✔ The role of neuropeptides in stress adaptation, emotional balance, and sleep regulation
✔ Why neuropeptides are central to brain longevity and preventive medicine strategies

🧬 Key neuropeptide groups covered:

1️⃣ Anxiolytic & stress-regulating neuropeptides
• Selank — Anxiolytic neuropeptide that improves stress resilience, emotional balance, attention, and cognitive clarity without sedation or dependence.

2️⃣ Cognitive-enhancing & neuroprotective peptides
• Semax — Neuroprotective and nootropic peptide enhancing memory, learning capacity, and cerebral adaptation to stress and hypoxia.
• Noopept — Cognitive-supportive peptide improving memory, focus, neuroplasticity, and resistance to mental fatigue.

3️⃣ Neurotrophic & brain anti-aging peptides
• Dihexa — Potent neurotrophic peptide that promotes synaptogenesis, neural connectivity, and cognitive longevity.
• Cortexin — Brain bioregulator supporting neuroplasticity, emotional stability, and recovery in stress- and age-related cognitive decline.
• Cerebrolysin — Neurotrophic peptide complex used for neuroprotection, neuronal regeneration, and prevention of cognitive deterioration.

4️⃣ Sleep, circadian & pineal peptides
• DSIP (Delta Sleep-Inducing Peptide) — Peptide regulating deep restorative sleep, recovery processes, and circadian rhythm balance.
• Pinealon — Pineal gland bioregulator supporting melatonin synthesis, circadian regulation, and brain aging prevention.

🔬 Clinical focus:

✔ Chronic stress, anxiety, burnout, and emotional dysregulation
✔ Cognitive decline, “brain fog,” memory and attention disorders
✔ Post-viral and post-COVID neuroasthenic syndromes
✔ Sleep disorders and circadian rhythm disruption
✔ Neuroinflammation and mitochondrial dysfunction of the brain
✔ Neuropeptides in longevity medicine, biohacking, and prevention

🎓 After this lecture, you will be able to:

✔ Understand neuropeptides as core regulators of brain longevity
✔ Select neuropeptides based on cognitive, emotional, and sleep profiles
✔ Restore brain function without dependency-forming medications
✔ Design peptide-based strategies for stress, cognition, and neuroprotection
✔ Integrate neuropeptides into longevity, hormonal, and regenerative protocols
✔ Confidently apply neuropeptides in clinical and preventive practice

Buy Lecture With Discount

💡 This lecture may be purchased individually.

Physicians enrolling in the full Peptide Therapy Module™ (6 lectures) receive additional educational benefits:

✔ Downloadable PDF lecture materials
✔ Clinical protocols and dosing frameworks
✔ Case-based clinical examples
✔ Access to a closed Telegram physician-only group for clinical discussion and Q&A
✔ Final assessment upon completion of the full module
✔ CPD-approved UK certificate issued after successful assessment (7,5 CPD Hours)

❕The CPD certificate is official, verifiable, and suitable for professional and regulatory documentation.❕

Buy Full Module With Discount

Participants who purchase the full course in advance will receive access to all new modules as they are released

Course Speakers

Dr. Ecaterina Lica

Founder & Author

Dermatologist, specialist in regenerative and Longevity medicine.
Diplomate of the American Academy of Regenerative Medicine.

Dr. Alla Zaentc

Founder & Author

Functional medicine physician, Diplomate of the American Academy of Regenerative Medicine, Expert in hormonal balance, author of a peptide therapy textbook, Scientific director and lead lecturer of the Longevity Code program. Creators of the international Longevity Code project.

Dr. Ecaterina Lica

Founder & Author

Dermatologist, specialist in regenerative and Longevity medicine.
Diplomate of the American Academy of Regenerative Medicine.

Dr. Alla Zaentc

Founder & Author

Functional medicine physician, Diplomate of the American Academy of Regenerative Medicine, Expert in hormonal balance, author of a peptide therapy textbook, Scientific director and lead lecturer of the Longevity Code program. Creators of the international Longevity Code project.

Dr. Ecaterina Lica

Founder & Author

Dermatologist, specialist in regenerative and Longevity medicine.
Diplomate of the American Academy of Regenerative Medicine.

Dr. Alla Zaentc

Founder & Author

Functional medicine physician, Diplomate of the American Academy of Regenerative Medicine, Expert in hormonal balance, author of a peptide therapy textbook, Scientific director and lead lecturer of the Longevity Code program. Creators of the international Longevity Code project.

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Master Evidence-Based Peptide Therapy: From Signaling Pathways to Clinical Practice

About Certified Peptides Module

Evidence-based peptide medicine

Structured clinical protocols

Real dosing and administration strategies

Case-based clinical decision-making

Safety, contraindications, and clinical boundaries

Expert-led, physician-to-physician education

Peptides Course Program(6 lectures)

Course Speakers

Peptides Course Program
(6 lectures)