Synedica Laboratories

Introductory

Health and Longevity: Exploring Peptides

This course provides an accessible introduction to the world of peptides related to wellness and longevity. You will learn about the latest research on peptides such as GHK-Cu, NAD+, and Selank, and how they can influence cellular health and longevity.

4 modules · 17 articles

What this path covers

  • Understand what peptides are and their role in health.
  • Explore the research on GHK-Cu and its benefits for skin and hair.
  • Analyze the importance of NAD+ in cellular aging.
  • Investigate the role of Selank in neuroprotection and anxiety.
  • Discuss future trends in peptide research for longevity.

  1. Module 01

    Introduction to Peptides and Health

    1. 01NAD+ (Nicotinamide Adenine Dinucleotide): Biosynthesis Pathways, CD38 Consumption, SIRT1-7 Activation, and Research Formulations4 min read
    2. 02Selank (Thr-Lys-Pro-Arg-Pro-Gly-Pro): GABA-A Modulation, BDNF Upregulation, and Anxiolytic Mechanism Research3 min read

  2. Module 02

    GHK-Cu: Benefits for Skin and Hair

    1. 01GHK-Cu and Hair Health: Can It Stimulate Hair Growth?2 min read
    2. 02cellular longevity Peptides: The Science Behind Wrinkle Reduction2 min read

  3. Module 03

    NAD+ and Longevity

    1. 01NAD+ Decline and Cellular Senescence: Hallmarks of Aging, Sirtuin Deacylation, and PARP-1/CD38 NAD+ Consumption Dynamics4 min read
    2. 02Mitochondrial NAD+ Pools, Complex I Function, and Peptide Research Targeting the NAMPT/NMNAT Axis3 min read
    3. 03Longevity-Associated Peptides in 2026 Research: Telomerase Activation, Senolytic Mechanisms, and NAD+ Biology3 min read

  4. Module 04

    Selank and Cognitive Function

    1. 01Selank vs Semax: Comparative Neuropeptide Profiles, Receptor Targets, and Cognitive Research Differentiation3 min read
    2. 02Peptides in Cognitive Research: BDNF/TrkB Signaling, Neuroplasticity Markers, and Preclinical Nootropic Data3 min read
    3. 03GABAergic and Serotonergic Modulation by Neuropeptides: Selank, Semax, and DSIP in Preclinical Anxiety Models3 min read
    4. 04Bremelanotide (PT-141): MC3R/MC4R Agonism, Dopaminergic Pathway Activation, and Central Arousal Research Models3 min read
    5. 05Melanocortin System Neuroanatomy: MC3R/MC4R Distribution, Second Messenger Cascades, and PT-141 Receptor Pharmacology3 min read
    6. 06Melanotan II: Research on Pigmentation and Melanocortin Receptors2 min read
    7. 07Hydrolyzed Collagen vs Bioactive Peptides: Which is More Effective?2 min read
    8. 08Cosmetic Peptides vs Research Peptides: Key Differences2 min read
    9. 09Neuropeptide Neurotransmission: Synthesis, Release, Receptor Specificity, and Research Differentiation from Classical Neurotransmitters3 min read
    10. 10Telomere Dynamics and Peptide Research: Epitalon, TERT Activation, and Telomerase-Directed Approaches3 min read

This material is published for scientific and educational reference. It is not medical advice, not a treatment recommendation, and not an offer to sell. Compounds discussed are for research and laboratory use only.

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