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Peptide Protocols — Deep Dive

The complete clinical guide to peptide protocols across 10 modules and 50 lessons — mechanisms, dosing, cycling, stacking, and the bioregulator framework Ted uses with VIP clients.

$297

50/50 lessons available

Downloadable Workbook

Action prompts and key learnings

A course-specific PDF workbook with lesson reflections, measurable actions, and a completion review.

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Completion Certificate

Certificate for this course

Download a SEVYN University certificate to mark course completion. It is educational recognition, not a clinical credential.

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50 Lessons

1.1: What Are Peptides — Signalling, Receptors & Cellular Health

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The biological foundation — what peptides actually are, how they signal, and why cellular health is where everything starts.

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1.2: How Peptides Differ From Hormones and Steroids

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1.3: The Peptide Readiness Framework — Foundation Before Protocol

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1.4: Understanding Half-Life, Bioavailability & Administration Routes

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1.5: Legal, Safety & Ethical Framework for Peptide Use

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2.1: The Five Goal Categories

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2.2: How to Build a Protocol — Goal-First Sequencing

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2.3: Stacking Logic — Complements vs Conflicts

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2.4: Cycling, Loading & Rest Periods

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W10

2.5: Tracking Outcomes — Biomarkers, HRV & Subjective Metrics

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W11

3.1: Thymosin Alpha-1 — Immune Modulation & Viral Defence

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W12

3.2: Thymalin — The Thymus Bioregulator

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W13

3.3: LL-37 — The Antimicrobial Peptide

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W14

3.4: BPC-157 & Gut Immune Interface

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W15

3.5: Building the Immune Stack

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W16

4.1: BPC-157 — The Healing Peptide Deep Dive

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W17

4.2: TB-500 — Systemic Tissue Repair & Cell Migration

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W18

4.3: GHK-Cu — Copper Peptide & Connective Tissue

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W19

4.4: Combining BPC-157 & TB-500 — The Gold Standard Stack

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W20

4.5: Post-Surgery, Injury & Overtraining Protocols

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W21

5.1: MOTS-c — Mitochondrial Optimisation

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W22

5.2: SS-31 — Cardiolipin & Mitochondrial Membrane

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W23

5.3: Ipamorelin & CJC-1295 — GH Pulse Optimisation

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W24

5.4: Hexarelin — Strength, Recovery & Cardiac Protection

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W25

5.5: Building the Performance Stack

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W26

6.1: AOD-9604 — Lipolysis Without the GH Side Effects

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W27

6.2: Tesamorelin — Visceral Fat & Metabolic Syndrome

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W28

6.3: GLP-1 Peptides — Semaglutide & Tirzepatide Framework

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W29

6.4: Insulin Sensitivity, Glucose & Peptide Interaction

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W30

6.5: The Metabolic Recomposition Protocol

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W31

7.1: Semax — BDNF, Focus & Neuroplasticity

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W32

7.2: Selank — Anxiety, GABAergic Modulation & Stress Resilience

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W33

7.3: Dihexa — Synaptogenesis & Cognitive Repair

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W34

7.4: Epitalon — Pineal Regulation & Sleep-Cognition Link

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W35

7.5: Building the Brain Stack

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W36

8.1: Kisspeptin — LH Pulse & Hormonal Axis Reset

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W37

8.2: PT-141 (Bremelanotide) — Central Sexual Function

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W38

8.3: Gonadorelin — Testicular Function & Testosterone Support

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W39

8.4: The HPA Axis — Peptides & Cortisol Regulation

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W40

8.5: Hormonal Stack Design by Goal

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W41

9.1: Epitalon — Telomere Extension & the Aging Clock

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W42

9.2: FOXO4-DRI — Senolytic Peptide & Cellular Clearance

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W43

9.3: GHK-Cu — Skin, Collagen & Epigenetic Repair

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W44

9.4: Humanin & MOTS-c — Mitochondrial Longevity Signals

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W45

9.5: The Longevity Protocol — Stacking for Biological Age Reversal

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W46

10.1: What Are Bioregulators — Khavinson's Research

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W47

10.2: Epithalamin & Pineal Bioregulators

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W48

10.3: Thymalin, Vladonix & Immune Bioregulators

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W49

10.4: Testoluten, Crystagen & Organ-Specific Peptides

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W50

10.5: The Annual Bioregulator Protocol — Ted's Clinical Framework

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Peptide Protocols — Deep Dive

Action prompts and key learnings

Certificate for this course

1.1: What Are Peptides — Signalling, Receptors & Cellular Health

1.2: How Peptides Differ From Hormones and Steroids

1.3: The Peptide Readiness Framework — Foundation Before Protocol

1.4: Understanding Half-Life, Bioavailability & Administration Routes

1.5: Legal, Safety & Ethical Framework for Peptide Use

2.1: The Five Goal Categories

2.2: How to Build a Protocol — Goal-First Sequencing

2.3: Stacking Logic — Complements vs Conflicts

2.4: Cycling, Loading & Rest Periods

2.5: Tracking Outcomes — Biomarkers, HRV & Subjective Metrics

3.1: Thymosin Alpha-1 — Immune Modulation & Viral Defence

3.2: Thymalin — The Thymus Bioregulator

3.3: LL-37 — The Antimicrobial Peptide

3.4: BPC-157 & Gut Immune Interface

3.5: Building the Immune Stack

4.1: BPC-157 — The Healing Peptide Deep Dive

4.2: TB-500 — Systemic Tissue Repair & Cell Migration

4.3: GHK-Cu — Copper Peptide & Connective Tissue

4.4: Combining BPC-157 & TB-500 — The Gold Standard Stack

4.5: Post-Surgery, Injury & Overtraining Protocols

5.1: MOTS-c — Mitochondrial Optimisation

5.2: SS-31 — Cardiolipin & Mitochondrial Membrane

5.3: Ipamorelin & CJC-1295 — GH Pulse Optimisation

5.4: Hexarelin — Strength, Recovery & Cardiac Protection

5.5: Building the Performance Stack

6.1: AOD-9604 — Lipolysis Without the GH Side Effects

6.2: Tesamorelin — Visceral Fat & Metabolic Syndrome

6.3: GLP-1 Peptides — Semaglutide & Tirzepatide Framework

6.4: Insulin Sensitivity, Glucose & Peptide Interaction

6.5: The Metabolic Recomposition Protocol

7.1: Semax — BDNF, Focus & Neuroplasticity

7.2: Selank — Anxiety, GABAergic Modulation & Stress Resilience

7.3: Dihexa — Synaptogenesis & Cognitive Repair

7.4: Epitalon — Pineal Regulation & Sleep-Cognition Link

7.5: Building the Brain Stack

8.1: Kisspeptin — LH Pulse & Hormonal Axis Reset

8.2: PT-141 (Bremelanotide) — Central Sexual Function

8.3: Gonadorelin — Testicular Function & Testosterone Support

8.4: The HPA Axis — Peptides & Cortisol Regulation

8.5: Hormonal Stack Design by Goal

9.1: Epitalon — Telomere Extension & the Aging Clock

9.2: FOXO4-DRI — Senolytic Peptide & Cellular Clearance

9.3: GHK-Cu — Skin, Collagen & Epigenetic Repair

9.4: Humanin & MOTS-c — Mitochondrial Longevity Signals

9.5: The Longevity Protocol — Stacking for Biological Age Reversal

10.1: What Are Bioregulators — Khavinson's Research

10.2: Epithalamin & Pineal Bioregulators

10.3: Thymalin, Vladonix & Immune Bioregulators

10.4: Testoluten, Crystagen & Organ-Specific Peptides

10.5: The Annual Bioregulator Protocol — Ted's Clinical Framework

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