MOTS-c 40MG
$89.00
π₯ MOTS-c 40mg Peptide Vial
Cellular Energy β’ Fat Metabolism β’ Longevity Support
β‘ Overview
MOTS-c is a mitochondrial-derived peptide designed to optimize cellular energy, improve metabolic flexibility, and support lean body composition. By activating AMPK pathways, MOTS-c mimics exercise at the cellular level β enhancing fat utilization, glucose control, and endurance.
π Key Benefits
πββοΈ Boosts Energy & Endurance
Enhances mitochondrial function and ATP production for better workout performance.
π₯ Supports Fat Metabolism
Activates AMPK, promoting fat oxidation and metabolic efficiency.
𧬠Improves Insulin Sensitivity
Helps regulate glucose uptake and supports balanced blood sugar levels.
π§ Enhances Cellular Health
Supports mitochondrial biogenesis and longevity-related pathways.
πͺ Promotes Lean Muscle Maintenance
Encourages healthy body composition and recovery after training.
𧫠Product Details
- Peptide: MOTS-c
- Concentration: 40mg per vial
- Form: Lyophilized powder (research-grade)
- Storage: Keep refrigerated after reconstitution
βοΈ Suggested Research Use
Typically evaluated for its role in metabolic optimization, endurance enhancement, and healthy aging.
𧩠Stacking Synergy
MOTS-c pairs well with other peptides that complement energy, recovery, and fat-loss pathways:
| Category | Peptide | Hypothetical Synergy |
|---|---|---|
| π₯ Fat Loss & Metabolic Boost | Retatrutide β’ 5-Amino-1MQ β’ SLU-PP-332 | Multi-pathway fat oxidation & energy regulation |
| β‘ Growth & Recovery | CJC-1295 β’ Ipamorelin β’ Tesamorelin | Synergistic GH pulse & recovery support |
| π Cellular Repair & Healing | BPC-157 β’ TB-500 β’ GHK-Cu | Improved tissue repair & mitochondrial protection |
| π Longevity & NAD+ Support | NAD+ β’ SEMAX | Enhanced energy turnover & anti-aging effect |
β οΈ Research Use Only
Not for human consumption. For laboratory research purposes only.
MOTS-c 80MG β The Mitochondrial Power Peptide
Fuel your cells. Activate your metabolism. Support longevity.
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SEMAX 10MG
Peptidesπ Product Overview
SEMAX is a synthetic peptide derived from adrenocorticotropic hormone (ACTH) fragments, known for its neuroprotective and cognitive-enhancing effects. Originally developed in Russia, it is used in research exploring mental clarity, focus, mood balance, and neuroregeneration.βοΈ Key Features
π¬ Cognitive Enhancement β Supports learning, memory retention, and concentration. π‘ Neuroprotection β Promotes nerve growth and reduces oxidative stress. βοΈ Mood Regulation β May help modulate dopamine and serotonin activity. β‘ Mental Energy β Helps maintain clarity under stress and fatigue. 𧩠Neuroplasticity β Encourages brain cell repair and regeneration pathways.π Product Details
- Form: 10mg lyophilized peptide vial
- Purity: β₯99% (HPLC verified)
- Storage: Store in a cool, dry place; refrigerate after reconstitution
- Appearance: White lyophilized powder
𧬠Research Applications
- Cognitive performance & focus enhancement
- Neuroprotection and recovery support
- Stress adaptation and resilience research
- Potential adjunct in nootropic and neurodegenerative studies
π§ Suggested Stacking Peptides
For synergistic research outcomes, SEMAX is often explored in combination with:| CJC-1295 + Ipamorelin | Growth hormone and recovery support |
| GHK-Cu | Brain and skin tissue regeneration |
| NAD+ | Cellular energy and cognitive longevity |
| BPC-157 | Neural and systemic repair |
β οΈ Disclaimer
This product is intended for laboratory research use only. Not for human consumption, medical, or veterinary use. https://youtu.be/6h7YmxzO5dE
Epithalon 40MG
Peptidesπ§ͺ Epithalon Peptide (40mg Vial)
Research Purity: β₯99% | For Laboratory Use Only
β‘ Product Overview
Epithalon (Epithalone) is a synthetic tetrapeptide modeled after Epithalamin, a peptide complex originally isolated from the pineal gland.
It is extensively studied in aging, cellular longevity, and circadian biology research due to its interaction with telomerase activity, melatonin signaling, and epigenetic regulation.
Epithalon is primarily researched for its role in cellular lifespan extension, DNA stability, and restoration of age-associated biological rhythms.
π Key Benefits (Research-Based)
𧬠Telomerase Activation β Studied for supporting telomere length maintenance and chromosomal stability.
β³ Cellular Longevity Signaling β Investigated for influencing genes associated with aging and cell cycle regulation.
π Circadian Rhythm Support β Linked to normalization of melatonin production and sleepβwake cycle signaling.
π§ Neuroendocrine Research Potential β Explored for effects on pineal gland function and hormonal regulation.
π‘οΈ DNA Protection & Repair β Studied for reducing genomic instability and oxidative damage in aging models.
π Common Research Stacks (Synergistic Pairings)
Epithalon is frequently studied alongside peptides and compounds that target complementary longevity, mitochondrial, and regenerative pathways:
π§ͺ Epithalon + SS-31
β Investigated for combined telomere support and mitochondrial protection in aging and cellular stress models.
𧬠Epithalon + MOTS-c
β Explored for synergistic effects on metabolic signaling, mitochondrial function, and lifespan-associated pathways.
π Epithalon + DSIP
β Studied in circadian and sleep-regulation research models focusing on neuroendocrine balance.
π‘οΈ Epithalon + GHK-Cu
β Examined for longevity research combining epigenetic regulation with tissue repair and cellular regeneration signaling.
βοΈ Epithalon + 5-Amino-1MQ
β Investigated for combined effects on cellular aging pathways, NADβΊ metabolism, and metabolic efficiency.
π All stacking references are intended strictly for controlled laboratory research to evaluate complementary biochemical and cellular pathways.
https://www.youtube.com/watch?v=wV9FwXkp8pk
Ipamorelin 10MG
Peptidesπ Ipamorelin 10mg Vial
π Product Type: Injectable Peptide
π¦ Quantity: 10mg per vial
𧬠Purity: β₯98% (research grade)
β οΈ Disclaimer: For research and educational purposes only. Not for human use.
π Key Benefits of Ipamorelin
-
β¬οΈ Growth Hormone Release β Stimulates natural GH secretion for potential muscle support and recovery.
-
π Improved Sleep Quality β Supports deeper REM sleep cycles.
-
πͺ Muscle Preservation β May enhance lean mass retention during calorie deficit.
-
β‘ Energy & Recovery β Supports post-training recovery.
-
π§ Anti-Aging Effects β Potential support for tissue repair and collagen production.
π Suggested Peptide Stacks
For research simulation purposes, Ipamorelin is often combined with:
-
CJC-1295 (with DAC) β Extends GH release, synergistic with Ipamorelin.
-
Tesamorelin β Enhances fat metabolism and GH pulsatility.
-
GHRP-2 / GHRP-6 β Alternative GH secretagogues; layering may increase GH peaks.
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MOTS-c β Supports mitochondrial function & fat metabolism.
-
5-Amino-1MQ β May enhance metabolic activity & NAD+ modulation.
-
BCP-157 β Tissue repair and recovery support.
-
TB-500 β Muscle and tendon recovery.
π Usage Notes
-
Typically administered subcutaneous (SubQ) or intramuscular (IM).
-
Often paired with peptides that extend or complement GH release.
-
Always simulate stacking incrementally to observe interactions in research.
KPV 10MG
Peptidesπ§ͺ KPV Peptide (10mg Vial)
Research Purity: β₯99% | For Laboratory Use Only
β‘ Product Overview
KPV (Lys-Pro-Val) is a naturally occurring tripeptide fragment derived from Ξ±-MSH (alpha-melanocyte-stimulating hormone).
It is widely studied in inflammatory signaling pathways, particularly for its interaction with melanocortin receptors and its role in regulating immune and epithelial responses.
KPV has attracted interest in gut, skin, and immune research models due to its ability to modulate inflammatory cascades without melanogenic activity.
π Key Benefits (Research-Based)
𧬠Anti-Inflammatory Signaling β Studied for downregulation of pro-inflammatory cytokines (TNF-Ξ±, IL-6, NF-ΞΊB).
π‘οΈ Barrier Integrity Support β Investigated for maintaining epithelial and mucosal barrier function in gut and skin models.
βοΈ Immune Modulation β May assist in balancing innate immune responses without broad immune suppression.
𧫠Melanocortin Pathway Activity β Acts independently of pigmentation pathways while retaining anti-inflammatory signaling.
π¬ Cellular Protection Potential β Linked to reduced oxidative and inflammatory stress at the cellular level.
KPV is frequently studied alongside complementary peptides to explore broader anti-inflammatory, regenerative, and barrier-support pathways in research models:
π§ͺ KPV + BPC-157
β Investigated for combined effects on gut lining integrity, inflammatory signaling reduction, and tissue repair pathways.
𧬠KPV + TB-500 (Thymosin Beta-4 Fragment)
β Studied for synergistic modulation of inflammation and cellular migration in soft tissue and recovery models.
π‘οΈ KPV + GHK-Cu
β Explored in skin and epithelial research for anti-inflammatory signaling, cellular protection, and extracellular matrix support.
βοΈ KPV + MOTS-c
β Researched for combined immune-modulating and mitochondrial signaling effects, particularly in metabolic stress models.
π¬ KPV + SLU-PP-332
β Examined in experimental frameworks focusing on inflammation control alongside metabolic and oxidative stress pathways.
π Stacking is conducted strictly in controlled laboratory settings to evaluate complementary signaling pathways and is not indicative of combined use outside of research.
https://www.youtube.com/watch?v=EE7a-aiLrHs
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