Excellence in Medical Education for Aesthetic & Regenerative Gynecology

Day 1 — Hormonal Foundations and Imbalances in Younger Women

Module 1 — Female Hormonal Decline and Menopause Physiology

• 1.1 Hormones as regulators of longevity (estrogen, progesterone, testosterone; brain, bone, cardiovascular system, skin)
• 1.2 Perimenopause vs. menopause (chronology & stages, variability of symptoms, early vs. late presentation)
• 1.3 Redefining menopause (menopause ≠ disease, menopause ≠ cosmetic issue, a window for preventive medicine)

Module 2 — Evidence, Myths, and Safety

• 2.1 Common myths about HRT (breast cancer, thrombosis, "natural hormones")
• 2.2 Scientific evidence (WHI misinterpretations, modern data on transdermal HRT)
• 2.3 Risk stratification (ideal candidates, patients requiring caution, absolute vs. relative contraindications)

Module 3 — Diagnosis Before HRT

• 3.1 Baseline clinical assessment (medical history, gynecological examination, imaging and screening)
• 3.2 Laboratory testing (estradiol, progesterone, testosterone, thyroid function, metabolic and inflammatory markers)
• 3.3 Interpretation of laboratory results ("normal" vs. "optimal", pattern-based interpretation)

Module 4 — Fundamentals of Estrogen Therapy

• 4.1 Routes of administration (transdermal vs. oral, safety implications)
• 4.2 Initial dosing and titration strategies
• 4.3 Expected effects and timelines (early improvements, when to adjust treatment)

Day 2 — Protocols, Monitoring, and Longevity

Module 5 — Progesterone: Beyond Endometrial Protection

• 5.1 Role of progesterone (sleep, anxiety, neuroprotection)
• 5.2 Micronized progesterone (dosing, continuous vs. cyclic administration)
• 5.3 Common prescribing mistakes (underdosing, inappropriate timing)

Module 6 — Testosterone in Women (Beginner Level)

• 6.1 Indications (libido, energy, muscle mass)
• 6.2 Safety limits and monitoring (dose limits, clinical monitoring)
• 6.3 When not to prescribe

Module 7 — Monitoring, Follow-up, and Adjustments

• 7.1 Follow-up schedule (6–8 weeks, 3 months, 6–12 months)
• 7.2 Management of side effects (breast tenderness, bleeding, fluid retention)
• 7.3 When is discontinuation indicated / when is medical consultation recommended?

Module 8 — Longevity Integration and Clinical Cases

• 8.1 HRT as preventive medicine (bone, brain, cardiovascular health)
• 8.2 HRT + lifestyle medicine (nutrition, sleep, stress)
• 8.3 10 clinical case studies (perimenopause, early menopause, late menopause)

Final Test

Day 1 — Foundations and Clinical Decision-Making

Module 1 — Evidence Base and Current Guidelines

WHI, reinterpretation of data, follow-up studies, window of opportunity, absolute vs. relative risk, synthesis of current guidelines.

Module 2 — Diagnosis

Clinical diagnosis in perimenopause and menopause, premature menopause, and primary ovarian insufficiency.

Module 3 — Indications and Patient Selection

Main indications for HRT, vasomotor syndrome, genitourinary syndrome of menopause, POI/premature menopause, bone health, the 60/10 rule, and case studies.

Module 4 — Contraindications and Risk Assessment

Absolute and relative contraindications, VTE risk, cardiovascular risk, breast cancer risk, and special situations: depression, age >60, thrombophilia, diabetes, migraine, dyslipidemia, hypertension.

Module 5 — Therapeutic Formulations and Regimens

Oral vs. transdermal estrogen, progestogens, combined products, SERMs and TSECs, vaginal preparations for GSM, intrauterine progestogen, practical application.

Module 6 — Bioidentical Hormones: Evidence and Controversies

Definitions/terminology, approved bioidentical options, compounded hormone therapy, guideline positions, marketing claims, patient counseling.

Day 2 — Advanced Management and Special Populations

Module 7 — Non-Hormonal Alternatives

Non-hormonal options for vasomotor symptoms, other agents, lifestyle modifications, efficacy comparisons, case studies.

Module 8 — Complex Cases and Special Populations

HRT after breast cancer, autoimmune diseases, surgical menopause, BRCA mutations, and other special clinical scenarios.

Module 9 — Long-Term Management and Discontinuation of HRT

Treatment duration, annual reassessment, dose optimization over time, discontinuation strategies.

Module 10 — Testosterone, Emerging Therapies, and Future Directions

Testosterone therapy in women, new options including NK3/NK1 antagonists, future perspectives in menopause medicine.

Module 11 — Shared Decision-Making and Communication with Patients

Principles of shared decision-making, risk communication, modern counseling, integrating patient preferences.

Module 12 — Applied Workshop

Prescribing exercises, consultation simulations, addressing misinformation, treatment plan development.

Module 13 — Final Evaluation and Clinical Integration

Knowledge assessment, competency self-assessment, course feedback, action plan for clinical practice.

Final Test

Targeted Competencies at the End of the Course

• Critical interpretation of the current evidence base regarding hormone therapy, including WHI studies, subsequent reinterpretations, and key recommendations from current international guidelines.
• Correct establishment of the clinical diagnosis of perimenopause, menopause, premature menopause, and primary ovarian insufficiency based on age, symptoms, and hormonal context.
• Identification of the major indications for HRT and selection of appropriate patients for treatment, including VMS, GSM, premature hypoestrogenism, and increased bone risk.
• Application of modern risk stratification principles, including the 60/10 rule, assessment of VTE risk, cardiovascular risk, and breast cancer risk.
• Recognition of the absolute and relative contraindications of hormone therapy and adaptation of management according to the patient's individual risk profile.
• Choosing the optimal formulation, dose, and route of administration, differentiating between oral and transdermal estrogen, sequential and continuous regimens, local options, and adequate endometrial protection.
• Differentiation between approved bioidentical products and compounded formulations and counseling patients in a balanced, evidence-based, and regulation-aligned manner.
• Correct prescription and integration of non-hormonal alternatives when HRT is not indicated, not desired, or not tolerated.
• Competent management of complex cases and special populations, including patients with oncologic history, thrombophilia, migraine, depression, diabetes, surgical menopause, or relevant genetic mutations.
• Rational use of testosterone therapy in women, understanding evidence-based indications, prescription limitations, and monitoring principles.
• Planning long-term monitoring and annual reassessment, including therapy adjustments, management of adverse effects, and continuation or discontinuation strategies.
• Clear and modern communication of treatment risks and benefits using the concepts of absolute versus relative risk, personalization, and shared decision-making.
• Proper documentation of informed consent, therapeutic plans, and clinical follow-up in a rigorous and professionally defensible manner.

Who is this course for?

Obstetricians & Gynecologists: menopause management, perimenopause, HRT, PMS/PMDD, infertility, PCOS, endometriosis, recurrent miscarriage, low libido and sexual dysfunction.

Endocrinologists: complex hormonal cases, adrenal dysfunction, hormone metabolism assessment, personalized treatment strategies.

Family Medicine Physicians: chronic fatigue, sleep disturbances, mood disorders, hormonal symptoms with inconclusive lab findings.

Functional & Integrative Medicine Practitioners: personalized medicine, hormone optimization, detoxification pathways, stress/adrenal evaluation, longevity medicine.

Fertility Specialists: infertility, recurrent implantation failure, recurrent pregnancy loss, hormonal optimization before conception.

Anti-Aging & Longevity Physicians: healthy aging, cognitive optimization, energy and performance medicine, hormone optimization programs.

What you will learn

Estrogen Metabolism: protective vs. proliferative pathways, relevance in endometriosis/fibroids/breast disorders, correlation with symptoms.

Progesterone & Its Metabolites: PMS/PMDD, anxiety/insomnia, infertility, lack of response to progesterone therapy.

Androgens & Hormonal Conversions: testosterone interpretation, DHEA metabolism, 5-alpha reductase activity, PCOS/acne/hair loss/low libido.

Cortisol & Chronic Stress: circadian rhythm analysis, burnout/fatigue, sleep disorders, production vs. metabolism of cortisol.

Liver Detoxification & Hormone Metabolism: methylation, sulfation, glucuronidation pathways, hormone-sensitive patients.

When is DUTCH truly valuable?

Symptoms with apparently normal labs, unclear hormone cases, poor response to HRT, side effects from hormone therapy, infertility, PMS/PMDD, endometriosis, PCOS, burnout/chronic fatigue, low libido. Not a routine test for every patient — most valuable in complex, personalized hormonal medicine.

Day 1 — Foundations, Regulation, Metabolic & GH-Axis Peptides

M0 — Pre-Course Clinical Calibration

Orientation, expectations and clinical self-assessment.

M1 — Why Peptide Medicine Needs a New Clinical Framework

Growth of peptide medicine, key risks and the need for structured clinical decision-making.

M2 — Peptide Biology & Mechanisms of Action

Endogenous vs. synthetic peptides, receptor signaling, route, half-life and the limits of mechanistic evidence.

M3 — Evidence Hierarchy, Regulation & Legal Boundaries

Part I: Evidence hierarchy, approved drugs, off-label use and investigational compounds. Part II: Research-use peptides, sourcing, documentation and jurisdictional flags.

M4 — Metabolic Peptide Medicine: GLP-1, GIP & Beyond

Part I: Semaglutide, tirzepatide, liraglutide and key metabolic indications. Part II: Tesamorelin, AOD-9604, MOTS-c; body composition, sarcopenia risk and monitoring.

M5 — GH-Axis Peptides: Promise, Physiology & Safety

Tesamorelin, sermorelin, CJC-1295, ipamorelin, GHRP-2/6; IGF-1, glucose, edema, sleep apnea, cancer-history caution and WADA logic.

Day 2 — Clinical Categories, Cases & Integration

M6 — Immune & Inflammatory Peptides

Thymosin alpha-1, KPV, LL-37 and ARA-290/cibinetide; immune modulation, autoimmune caution and infection context.

M7 — Gut Barrier, Mucosal Repair & BPC-157

BPC-157, KPV, larazotide and mucosal peptides; claims, differential diagnosis, red flags and evidence gaps.

M8 — Regenerative & Tissue-Repair Peptides

BPC-157, TB-500/thymosin beta-4 and GHK-Cu; imaging, sports restrictions, stacking risk and clinical boundaries.

M9 — Mitochondrial, Circadian & Longevity Peptides

MOTS-c, SS-31/elamipretide, epitalon and DSIP; fatigue workup, biomarkers, circadian claims and longevity-language limits.

M10 — Neurocognitive, Mood & Stress Peptides

Semax, Selank, Cerebrolysin and selected neurobehavioral peptides; evidence quality, jurisdictional variation and psychiatric safety.

M11 — Sexual & Reproductive Peptides

hCG, gonadorelin, kisspeptin, PT-141/bremelanotide and oxytocin; HPG-axis evaluation, libido vs. fertility and hormonal safety.

M12 — Clinical Integration, Documentation & Case Workshop

Case-based application of evidence level, legal status, dosing context, biomarkers, stop criteria, documentation and patient communication.

Final Test — Final knowledge assessment and course evaluation.

1. How to diagnose vaginismus correctly from the first interaction — recognize it from the moment the patient enters your office, differentiate types and severity.

2. How to perform the consultation without creating trauma — step-by-step examination approach so the patient feels safe, relaxed and cooperative.

3. How to build an effective treatment plan — why combined therapy (Botox + injectables + devices) significantly increases success rate; how to reach >95% success in ~3 weeks.

4. Step-by-step procedures (video) — multiple real cases, different injection techniques, local vs. general anesthesia.

5. Advanced techniques — when/how to perform hymenotomy with electrocautery, treatment sequencing, monitoring & adjusting the plan.

6. Botulinum toxin — preparation, injection technique, avoiding complications.

7. PRP in vaginismus and sexual dysfunction — correct preparation, injecting to reduce pain, improve tissue quality and enhance pleasure (including anorgasmia).

8. Combined protocols — integrating vaginal laser, radiofrequency, oxygen therapy and electromagnetic chair for better, faster outcomes.

What you will gain

Confidence to diagnose and treat vaginismus, clear ready-to-use protocols, practical skills applicable immediately, a structured system for treatment and follow-up, and the ability to combine techniques for high success rates.

Why this course is different

Most physicians receive little or no practical training in vaginismus during medical school or residency. As a result, many patients remain undiagnosed for years or are told that "everything looks normal."

This course goes far beyond theory. You will learn a complete, evidence-based clinical system developed from years of treating women with vaginismus, combining psychological understanding, minimally invasive procedures and regenerative medicine into one structured treatment pathway.

Instead of learning a single technique, you will master a comprehensive approach that can be adapted to every patient.

Become one of the few physicians who truly treat vaginismus

Very few physicians worldwide are trained to perform botulinum toxin injections for vaginismus. Even fewer know how to combine Botox with regenerative gynecology, PRP, energy-based devices and individualized rehabilitation into one integrated treatment protocol.

After completing this course, you will understand not only how to perform each procedure, but when, why and how to combine them for the best possible patient outcomes.

Learn a complete treatment system

Rather than isolated procedures, you will master a complete clinical pathway:

• Patient selection
• Clinical diagnosis
• Communication with anxious patients
• Pain-free examination techniques
• Individualized treatment planning
• Botulinum toxin
• PRP
• Vaginal laser
• Radiofrequency
• Oxygen therapy
• Electromagnetic chair therapy
• Follow-up protocols
• Management of difficult and recurrent cases

Real clinical experience

This is not a theoretical lecture. The course includes numerous real patient cases, procedural videos, practical tips, complication avoidance and clinical decision-making that can only be learned from daily practice.

You will gain access to the protocols that have been refined through the treatment of hundreds of women suffering from vaginismus.

Transform your clinical practice

By the end of this course you will be able to:

• Confidently diagnose vaginismus, even in subtle or complex cases.
• Offer treatment options that very few physicians currently provide.
• Build personalized multidisciplinary treatment plans.
• Successfully combine multiple modern therapies into one comprehensive protocol.
• Help women who have often spent years searching unsuccessfully for answers.

Why physicians choose this course

• One of the most comprehensive vaginismus trainings available.
• Evidence-based protocols that can be implemented immediately.
• Rare procedural skills not routinely taught during residency.
• Real clinical videos and step-by-step demonstrations.
• Practical algorithms ready to use in your own clinic.
• International certification upon successful completion.
• Three months of access to review the content as many times as needed.

A note about outcomes

Our integrated treatment approach has achieved excellent results in our clinical practice, with success rates exceeding 95% in appropriately selected and compliant patients. Throughout the course, you will learn the patient selection criteria, treatment combinations and follow-up strategies that contribute to these outcomes.

Why this course is different

Many courses explain what PRP is. Very few teach you how to successfully integrate PRP into everyday clinical practice.

You will learn:

• exactly when PRP works — and when it doesn't
• how to select the right patients
• how to optimize PRP preparation for better results
• which injection techniques to use for each indication
• how to combine PRP with laser, radiofrequency, hyaluronic acid and hormone therapy
• how to avoid the most common mistakes and complications

Everything is based on real clinical protocols developed through years of treating patients.

Become one of the few physicians performing Regenerative Gynecology

Regenerative Gynecology is one of the fastest-growing fields in women's health. Patients increasingly seek minimally invasive treatments that improve tissue quality, sexual function, healing and quality of life.

After completing this course, you will be able to confidently introduce regenerative medicine into your clinic and offer innovative treatments that differentiate your practice.

Learn far more than injection techniques

This course teaches an entire clinical system. You will understand:

• patient selection
• evidence behind each indication
• treatment planning
• PRP preparation
• injection techniques
• follow-up protocols
• combination therapies
• management of difficult cases

The goal is not simply to perform PRP injections — but to know exactly when, where, how and why to use them.

Full Curriculum

1. Understanding PRP

What PRP is, how it works, biological mechanisms behind tissue regeneration, healing, angiogenesis, collagen production and growth factors.

2. PRP Preparation

Blood collection, PRP preparation techniques, processing protocols, tips for consistent high-quality PRP, common mistakes to avoid.

3. Mechanism of Action in the Vulvo-Vaginal Region

Tissue regeneration, collagen production, neovascularization, improved tissue quality, enhanced healing, restoration of vulvo-vaginal health.

4. PRP Protocols in Gynecology

Treatment planning, patient preparation, clinical indications, follow-up recommendations, practical treatment strategies.

5. PRP in Infertility

Clinical indications, patient selection, current evidence, practical applications in fertility treatment.

6. PRP in Menopause and GSM

Vaginal dryness, tissue regeneration, improvement of vaginal health, patient selection, expected clinical outcomes.

7. PRP for Scar Management

Cesarean section scars, vaginal delivery scars, treatment protocols and expected clinical results.

8. PRP for Female Sexual Dysfunction

Clitoral injections, G-Spot injections, vaginal PRP, patient selection, clinical indications, expected benefits.

9. Indications, Contraindications and Patient Selection

Clinical indications, contraindications, patient assessment, treatment planning, safety considerations.

10. Clinical Results and Step-by-Step Practical Videos

Detailed procedural videos: patient preparation, injection techniques, practical tips, clinical outcomes, post-treatment recommendations.

Real clinical videos

Watch complete procedures performed on real patients, including:

• patient preparation
• anatomical landmarks
• injection techniques
• needle positioning
• practical tips
• avoiding complications
• post-treatment recommendations

Learn the details that are rarely covered during conferences or workshops.

What you will gain

Confidence to use PRP in multiple gynecological indications; clear, ready-to-use treatment protocols; the ability to safely select patients; long-term access to course material.

1. Platelet-Rich Plasma (PRP)

Biological principles, injection techniques, patient selection, protocols and clinical outcomes; step-by-step procedural videos including gel tube preparation and local anesthesia.

2. Vaginal CO₂ Laser (MonaLisa Touch® by DEKA)

Histopathological/clinical changes in menopause & GSM, mechanism of action, protocols for vaginal atrophy and scars, treatment after cancer therapy/brachytherapy; full procedural videos.

3. HIFEM Technology (EMSELLA®)

Pelvic floor anatomy, electromagnetic stimulation & supramaximal contractions, protocols for stress/urge incontinence, sexual dysfunction, postpartum rehabilitation, anal incontinence.

4. Vaginal Radiofrequency (Exilis®)

Controlled heating, collagen remodeling, protocols for incontinence, vaginal laxity, GSM, dyspareunia, orgasm enhancement, combination with PRP & CO₂ laser.

5. Hyaluronic Acid

Types used in gynecology, vulvo-vaginal hydration, labia majora augmentation, GSM & dyspareunia, combined protocols with PRP/Laser/Radiofrequency.

6. Botulinum Toxin

Mechanism of action & muscle relaxation, treatment for vaginismus and vulvodynia, pelvic floor muscle hypertonicity, complication prevention.

7. Caress Flow Therapy

Oxygen-infused hyaluronic acid, tissue oxygenation, protocols for dyspareunia, vaginal burning, recurrent UTIs, vestibulitis, vulvar lichen, recurrent candidiasis and bacterial vaginosis.

Combined Treatment Protocols

Learn treatment sequencing, appropriate intervals, when to combine multiple techniques, and how to personalize according to each patient's symptoms and expectations.

Bonuses included

Bonus 1: How to introduce new procedures into your practice. Bonus 2: Ready-to-use clinical documents (protocols, consent forms, documentation templates, supplier contacts). Bonus 3: Exclusive partner discounts. Bonus 4: 3 months platform access + lifetime access to a private physicians' WhatsApp discussion group.

Who should attend

Obstetricians and Gynecologists, Urogynecologists, physicians interested in Aesthetic and Regenerative Gynecology, specialists treating GSM, physicians managing urinary incontinence and pelvic floor disorders.

1. Female Urinary Incontinence & Overactive Bladder

Pelvic floor anatomy & physiology, mechanisms of continence, SUI/UUI/MUI/OAB, GSM, clinical evaluation and diagnostic work-up, treatment algorithms.

2. Vaginal CO₂ Laser (MonaLisa Touch®)

Mechanism of action, tissue regeneration & collagen remodeling, protocols for SUI and GSM-associated urinary symptoms; full procedural videos.

3. Platelet-Rich Plasma (PRP)

PRP protocols for urinary incontinence, recurrent UTIs, GSM; combined PRP and laser protocols.

4. HIFEM Technology (EMSELLA®)

Electromagnetic pelvic floor stimulation for stress/urge/mixed incontinence, pelvic floor rehabilitation, female sexual dysfunction, postpartum rehabilitation.

5. Vaginal Radiofrequency (Exilis®)

Tissue regeneration, collagen remodeling, protocols for incontinence, vaginal laxity, GSM-associated symptoms, combined treatment protocols.

6. Hyaluronic Acid

Periurethral support, vulvo-vaginal hydration, GSM treatment, vaginal dryness, tissue regeneration, combination protocols.

7. Caress Flow Therapy

Oxygen-infused hyaluronic acid for urinary symptoms & GSM, recurrent UTIs, vaginal burning/dryness, vestibular pain, combination with laser/PRP/radiofrequency.

8. Botulinum Toxin and Overactive Bladder (OAB)

Mechanism of action, current indications for intravesical Botulinum Toxin, position within the treatment algorithm, combination with regenerative therapies.

Combined Treatment Protocols

Personalized plans integrating CO₂ Laser, PRP, Radiofrequency, HIFEM, Hyaluronic Acid and Caress Flow Therapy, adapted to SUI, UUI, MUI, OAB, GSM, postpartum dysfunction and recurrent UTIs.

1. Understanding GSM

Pathophysiology, hormonal changes during menopause, vulvovaginal anatomy, clinical manifestations (dryness, dyspareunia, burning, recurrent UTIs, urgency/frequency, mild incontinence, sexual dysfunction), diagnosis and treatment algorithms.

2. Hormonal Therapy for GSM

Local vs. systemic hormonal therapy, vaginal estrogens, DHEA, patient selection, indications, contraindications, safety, current evidence.

3. Vaginal CO₂ Laser (MonaLisa Touch®)

Mechanism of action, tissue regeneration & collagen remodeling, histopathological changes, treatment protocols.

4. Platelet-Rich Plasma (PRP)

Mechanism of action, PRP preparation, protocols for GSM, vaginal dryness, sexual dysfunction, tissue regeneration.

5. Vaginal Radiofrequency (Exilis®)

Collagen remodeling, tissue tightening, vaginal laxity, GSM protocols.

6. Hyaluronic Acid Injections

Vulvovaginal hydration, tissue restoration, treatment of dryness and dyspareunia, labia majora rejuvenation.

7. Caress Flow Therapy

Oxygen-infused hyaluronic acid, tissue oxygenation, vaginal hydration, GSM protocols, recurrent UTIs.

8. Combined Treatment Protocols

Personalized algorithms for mild/moderate/severe GSM: when to use hormonal therapy, Laser + PRP, Laser + Radiofrequency, PRP + Hyaluronic Acid, Laser + PRP + Caress Flow, long-term maintenance.

What you will gain

Confidence to diagnose and manage GSM, ready-to-use treatment protocols, evidence-based algorithms, and a structured system for diagnosis, treatment, follow-up and long-term maintenance.

Module 1 — The New Era of Regenerative Medicine (20 min)

Understanding why modern gynecology is moving from disease treatment to health optimization: what is regenerative medicine · cellular optimization vs. symptom treatment · chronic inflammation and aging · oxidative stress · mitochondrial dysfunction · ATP production and cellular energy · silent inflammation · tissue regeneration · immune modulation · integrated regenerative medicine concept.

Module 2 — Cellular Aging, Senescence and Female Longevity (30 min)

Understanding why ovarian aging begins long before menopause and how cellular senescence affects fertility: biological aging mechanisms · cellular senescence · DNA damage · telomere shortening · epigenetics · mitochondrial aging · oxidative stress · senescent ("zombie") cells · SASP (senescence-associated inflammation) · impact on ovarian reserve · pregnancy after 35 years · premature ovarian aging · future anti-aging strategies.

Module 3 — Mitochondrial Medicine & NAD+ (35 min)

The role of mitochondrial medicine in fertility, ovarian function and healthy aging: NAD+ · NADH · cellular metabolism · ATP production · DNA repair · PARP · sirtuins · cellular communication · neuroprotection · brain function · memory · fatigue · metabolic optimization · clinical indications · IV NAD protocols · patient selection · practical tips.

Module 4 — IV Nutraceuticals in Clinical Practice (40 min)

How intravenous nutraceutical therapies can support regenerative gynecology: principles of IV micronutrient therapy · advantages over oral supplementation · Myers Cocktail · Vitamin C · Glutathione · Curcumin · Resveratrol · Magnesium · Vitamin B Complex · Coenzyme Q10 · NMN · NAD+ · Folate · Vitamin B6 · clinical indications · contraindications · safety · practical protocols · combination therapies.

Module 5 — Nutraceuticals for Infertility and Premature Ovarian Aging (40 min)

Evidence-based strategies to optimize ovarian function before conception and IVF: oocyte quality optimization · oxidative stress reduction · immune regulation · IVF preparation · ovarian rejuvenation · premature ovarian insufficiency · recurrent implantation failure · recurrent miscarriage · oral supplementation · IV supplementation · step-by-step fertility protocols · timing before IVF · monitoring response · clinical cases.

Module 6 — Oxygen-Based Regenerative Therapies (25 min)

Using oxygen therapies to improve cellular function and reproductive health: intravenous oxygen therapy · ozone therapy · mechanisms of action · prostacyclin · microcirculation · anti-inflammatory effects · immune modulation · clinical indications · fertility applications · pregnancy support · practical protocols.

Module 7 — Low Level Laser Therapy (25 min)

Photobiomodulation and mitochondrial stimulation in regenerative medicine: principles of LLLT · photobiomodulation · ATP stimulation · nitric oxide · ROS signaling · tissue regeneration · intravenous laser · transcranial laser · dermatologic applications · fertility applications · brain health · clinical protocols.

Module 8 — Stem Cells, Exosomes & Secretome (35 min)

Current concepts in regenerative therapies and future applications: stem cells · mesenchymal stem cells · secretome · exosomes · cell communication · growth factors · cytokines · tissue regeneration · cell reprogramming · iPSC technology · clinical indications · fertility applications · ovarian rejuvenation · future perspectives.

Module 9 — Building an Integrated Regenerative Protocol (20 min)

How to combine therapies into practical clinical protocols: patient assessment · biological age vs. chronological age · choosing appropriate therapies · combination protocols · treatment sequencing · monitoring outcomes · safety considerations · case discussions.