RX-MOTSC | 20 mg

Potential Benefits Under Research:

⚡ Energy Metabolism – May support cellular energy regulation.

🔥 Fat Metabolism – May influence how the body processes glucose and fats.

💪 Exercise Performance – studies suggest possible improvements in exercise capacity.

🩸 Insulin Sensitivity – May improve glucose regulation in preclinical research.

🧬 Healthy Aging – Being investigated for its role in age-related metabolic changes.

Potential Benefits & Biological Functions

⚡ Cellular Energy – Essential for converting nutrients into usable cellular energy (ATP).

🧬 DNA Repair – Supports enzymes involved in maintaining and repairing DNA.

🧠 Brain Function – Plays an important role in neuronal metabolism and cellular signaling.

🔥 Metabolic Health – Involved in glucose metabolism and mitochondrial function.

🛡️ Cellular Protection – Participates in cellular stress-response and maintenance pathways.

❤️ Cardiovascular Research – NAD+ pathways are being investigated for their relationship to vascular health.

💪 Muscle Function – Supports normal muscle-cell energy metabolism.

⏳ Healthy Aging Research – Being studied for potential roles in age-related cellular changes.

Potential Benefits & Clinical Research:

❤️ Sexual Desire – Clinical trials found improvements in sexual desire among certain premenopausal women with low sexual desire.

🧠 Brain Signaling – Activates melanocortin receptors involved in pathways associated with sexual motivation.

💕 Reduced Sexual Distress – Studies found improvements in distress related to low sexual desire.

🔥 Libido Research – Investigated for its effects on sexual desire through central nervous system pathways.

Potential Benefits & Biological Functions:

🔥 Fat Metabolism – Helps transport fatty acids into mitochondria, where they can be used for energy.

⚡ Energy Production – Plays an essential role in cellular energy metabolism.

💪 Muscle Recovery – Some human studies suggest potential reductions in exercise-related muscle soreness.

🏃 Exercise Performance – Investigated for endurance and physical performance, with mixed results.

❤️ Heart Health – Supports normal heart-muscle energy metabolism and has been studied in certain cardiovascular conditions.

🧬 Carnitine Deficiency – Prescription levocarnitine can help restore carnitine levels in people with diagnosed deficiencies.

Potential Effects Under Research:

☀️ Skin Pigmentation – Stimulates melanin production, which can darken skin pigmentation.

🎨 Tanning Response – Investigated for its ability to increase pigmentation through melanocortin receptors.

❤️ Sexual Arousal – Research has observed effects on sexual arousal pathways.

🔥 Appetite Regulation – May influence appetite-related signaling in the brain.

🧬 Melanocortin Activity – Helps researchers understand pathways involved in pigmentation, metabolism, and sexual function.

Potential Benefits Under Research:

✨ Skin Rejuvenation – Small studies of topical copper peptides suggest potential improvements in skin texture and firmness.

🧬 Collagen Production – Laboratory research suggests GHK-Cu may stimulate collagen-related processes.

💇 Hair Growth – Early research suggests potential effects on hair follicle activity.

🩹 Wound Healing – Preclinical studies suggest it may support tissue-repair processes.

🛡️ Anti-Inflammatory Effects – Laboratory research suggests potential effects on inflammatory signaling.

⏳ Anti-Aging Research – Being investigated for its role in skin remodeling and age-related changes.

Potential Benefits Under Research:

🩹 Tissue Repair – BPC-157 has shown potential effects on tissue healing in animal studies.

💪 Muscle Recovery – Related peptide research explores muscle regeneration and recovery after injury.

🦴 Tendon & Ligament Healing – BPC-157 has been investigated for tendon and ligament repair in preclinical studies.

🔥 Inflammation Regulation – Early research suggests possible effects on inflammatory pathways.

🩸 Blood Vessel Formation – BPC-157 research has explored processes involved in forming new blood vessels during tissue repair.

📈 Growth Hormone Release – Both peptides have independently demonstrated growth-hormone stimulation in human studies.

🧬 IGF-1 Signaling – CJC-1295 with DAC has been shown to increase IGF-1 levels in humans.

💪 Muscle Growth Research – Investigated for possible effects on muscle development through growth-hormone pathways.

🔥 Fat Metabolism – Growth-hormone signaling is involved in fat metabolism, but fat-loss benefits from this blend are unproven.

🛌 Recovery & Sleep – Being discussed for potential effects on recovery and sleep, although clinical benefits have not been established.

Potential Benefits Under Research:

🔥 Weight Loss – Phase 3 clinical trials have demonstrated substantial reductions in body weight.

🍽️ Appetite Regulation – Activates hormone receptors involved in appetite and food intake.

🩸 Blood Sugar Control – Human trials have shown improvements in blood sugar levels and HbA1c.

⚡ Metabolic Health – Studies have reported improvements in waist circumference and several metabolic risk factors.

❤️ Cardiovascular Risk Factors – Clinical trials have observed improvements in blood pressure and certain cholesterol and triglyceride measurements.

🦵 Joint Health – Research has shown reductions in knee osteoarthritis pain among certain participants with obesity.

Product Features & Uses:

💧 Reconstitution – Used to dissolve or dilute compatible medications and laboratory compounds.

🧪 Solution Preparation – Provides a water-based diluent for compatible preparations.

🛡️ Bacteriostatic Preservative – Contains benzyl alcohol to inhibit bacterial growth.

💉 Multiple-Dose Design – Certain formulations allow multiple withdrawals under appropriate sterile conditions.

10 inuslin syringes

100 units

METABOLIC STACK

• Retatrutide 20mg

• MOTS-C 20mg

Retatrutide is an investigational GIP, GLP-1, and glucagon receptor agonist studied in metabolic disease trials. MOTS-C is a mitochondrial-derived peptide studied in cellular energy signaling.

ENERGY / CELLULAR SUPPORT STACK

• NAD+ 500mg

• MOTS-C 20mg

• L-Carnitine 600mg

NAD+ is a coenzyme in redox reactions. MOTS-C is studied in metabolic signaling. L-carnitine participates in fatty-acid transport into mitochondria.

RECOVERY & PERFORMANCE STACK

• Wolverine: BPC-157 5mg + TB-500 5mg (10mg total)

• CJC-1295 5mg + Ipamorelin 5mg (10mg total)

• L-Carnitine 600mg

BPC-157 and thymosin-beta-related peptides are investigated in preclinical tissue-response research. CJC-1295 and ipamorelin are studied for growth-hormone signaling. L-carnitine participates in fatty-acid transport.

SKIN HEALTH / PIGMENTATION STACK

• MT2 10mg

• GHK-Cu 50mg

MT2 is a melanocortin-receptor agonist investigated in pigmentation research. GHK-Cu is a copper-binding peptide studied in cell signaling and tissue models.

LIBIDO STACK

• PT-141 10mg

• MT2 10mg