Target Launch Date: December 15, 2025 (subject to final QA and supply-chain validation)

TAMPA, FL — MNM ProLabs is proud to announce the upcoming launch of its Medical Research Department’s compound program, offering a full portfolio of 120+ laboratory-grade Compounds intended strictly for non-clinical scientific research.

This division is entirely separate from the consumer-facing MNM PROLABS Vitamins & Supplements brand.
It operates under its own SOPs, QA/QC systems, and compliance documentation, ensuring that all research materials remain within federally recognized Research Use Only guidelines.

Compliance Notice

• All Compounds are for laboratory research use only.
• Not for human consumption or clinical use.
• No diagnostic, therapeutic, or disease-treatment claims are made or implied.
• The Medical Research Department functions as a stand-alone division, distinct from the consumer supplement brand.

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Veteran-Led Oversight

The program is guided by Marc Ervin, CEO & Founder (retired U.S. Army), and Jonathan Cook, Chief Operating Officer (retired military).
Their leadership instills a disciplined, mission-driven culture emphasizing documentation, accountability, and precision in every protocol.

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Research-Grade Compound Inventory

(For Laboratory Research Use Only — Not for Human Consumption)

Below is a partial list, numbered list 1 through 50, 51 through 120 will be announced at a later date – organized for clarity and scientific context.

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1. CJC-1295 – Long-Acting GHRH Analog

Research focus: Growth hormone release models, GH pulsatility studies, and long-term receptor response assays.
Status: Research use only.

2. Ipamorelin – Selective Growth Hormone Secretagogue

Explored for in vitro ghrelin receptor activation and GH stimulation dynamics without impacting prolactin or cortisol.
Research use only.

3. Sermorelin – GHRH Analog

Used in laboratory models to study pituitary GH release and downstream IGF-1 signaling.
Research use only.

4. BPC-157 – Body Protection Compound

Evaluated for cell migration and angiogenesis markers in tendon and ligament models.
Research use only.

5. TB-500 (Thymosin Beta-4 Fragment)

Analyzed for cytoskeletal cell motility and tissue-repair mechanisms in culture.
Research use only.

6. IGF-1 LR3 – Long-Acting Insulin-Like Growth Factor Analog

Used to investigate muscle cell proliferation and IGF-1 receptor signaling models.
Research use only.

7. PEG-MGF – PEGylated Mechano-Growth Factor

Studies mechanical-stress responses and cellular repair signaling in skeletal models.
Research use only.

8. Follistatin 344 – Myostatin Inhibitor Protein

Used for TGF-β pathway and myogenesis regulation studies.
Research use only.

9. MOTS-c – Mitochondrial-Derived Compound

Evaluated in metabolic stress models to study AMPK and exercise capacity pathways.
Research use only.

10. GHRP-6 – Growth Hormone-Releasing Compound

Commonly used for ghrelin pathway and appetite-signaling assays.
Research use only.

11. Semaglutide – GLP-1 Receptor Agonist

Used in GLP-1 pathway and satiety-signal research to evaluate metabolic responses.
Research use only.

12. Tirzepatide – Dual GIP / GLP-1 Receptor Agonist

Explored for multi-receptor agonism and glucose-homeostasis models.
Research use only.

13. Retatrutide – Triple Agonist Research Compound

Investigated for its potential effects on energy metabolism and receptor binding in vitro.
Research use only.

14. AOD-9604 – hGH Fragment 177-191

Studied for lipid metabolism markers and adipocyte signaling responses.
Research use only.

15. Melanotan II – Melanocortin Receptor Agonist

Analyzed in pigmentation and melanogenesis model systems.
Research use only.

16. CJC-1295 / Ipamorelin Blend

Combination used in dual GH secretion assays for comparative pulse amplitude research.
Research use only.

17. Tesamorelin – GHRH Analog

Explored in lipid metabolism and visceral fat model research.
Research use only.

18. D-Aspartic Acid – Amino Acid Research Reagent

Used to study endocrine signaling and LH/testosterone stimulation in model systems.
Research use only.

19. Liraglutide – GLP-1 Analog

Investigated for receptor binding and satiety pathway signal mechanisms in vitro.
Research use only.

20. Bremelanotide (PT-141) – Melanocortin Agonist

Explored for central melanocortin receptor and neuroendocrine pathway studies.
Research use only.

21. GHK-Cu – Copper Tricompound-1

Assessed for collagen synthesis and skin cell matrix protein signaling in vitro.
Research use only.

22. Epitalon – Telomerase Activator Compound

Studied for cellular aging models and telomere-length maintenance mechanisms.
Research use only.

23. Thymosin Alpha-1 – Immune-Modulating Compound

Used in T-cell activation and immune response marker research.
Research use only.

24. Copper Compound – Cu-Binding Complex Research Reagent

Analyzed for antioxidant and collagen-stimulation pathways in skin models.
Research use only.

25. Palmitoyl Pentacompound-4 – Dermal Matrix Compound

Studied for collagen and fibronectin expression markers in cell culture.
Research use only.

26. Acetyl Hexacompound-8 (Argireline) – SNAP-25 Modulator

Investigated for neuromuscular signal interactions in skin tissue models.
Research use only.

27. Palmitoyl Tricompound-1 – Collagen Support Compound

Used in dermal ECM remodeling and collagen/elastin marker studies.
Research use only.

28. Matrixyl 3000 – Palmitoyl Tricompound-1 + Palmitoyl Tetracompound-7 Complex

Analyzed for synergistic ECM protein expression and skin regeneration in vitro.
Research use only.

29. Syn-Ake – Dicompound Mimetic of Waglerin-1

Examined for neuromuscular-blockade-like mechanisms in topical model systems.
Research use only.

30. Tricompound-1 – Collagen Synthesis Stimulator

Used in skin texture and elasticity marker assays.
Research use only.

31. Noopept – Compound-Like Nootropic Compound

Studied for oxidative stress and synaptic plasticity markers in neuronal models.
Research use only.

32. Dihexa – HGF/c-Met Signaling Compound

Explored for neurogenesis and synaptogenesis indices in vitro.
Research use only.

33. Semax – Neuroprotective Compound

Used to investigate BDNF pathways and stress response mechanisms.
Research use only.

34. Selank – Anxiolytic Research Compound

Analyzed for GABAergic signaling and memory enhancement markers.
Research use only.

35. Cerebrolysin – Neurotrophic Compound Mixture

Evaluated for neuronal survival and synaptic density assays ex vivo.
Research use only.

36. N-Acetyl Semax Amidate – Stabilized Semax Derivative

Used for comparative potency and stability assays against parent compound.
Research use only.

37. P21 Compound – Neuroprotective Research Compound

Explored for oxidative stress tolerance and neuronal health markers.
Research use only.

38. Neurotensin – Neurocompound Signaling Molecule

Investigated for dopamine modulation and pain/reward pathways in cell models.
Research use only.

39. Vasoactive Intestinal Compound (VIP)

Used for vasodilation and neuroinflammatory marker research in neural models.
Research use only.

40. Oxytocin – Neurocompound Hormone Research

Examined for stress and social bonding pathways in behavioral models.
Research use only.

41. Thymosin Beta-4 – Tissue Repair Compound

Analyzed for anti-inflammatory and wound-healing marker responses.
Research use only.

42. Thymosin Alpha-1 – Immune Enhancement Compound

Duplicated listing for clarity of category; see #23.
Research use only.

43. LL-37 – Antimicrobial Compound

Used for immune modulation and biofilm defense model research.
Research use only.

44. BPC-157 – Regenerative Compound (Alternate Lot)

Duplicate offering for comparative assay designs.
Research use only.

45. TB-500 – Thymosin Beta-4 Fragment (Alternate Lot)

See #5; provided for dose-response and replication studies.
Research use only.

46. GDF-11 – Growth Differentiation Factor 11

Investigated for age-related cellular differentiation pathways.
Research use only.

47. Klotho – Longevity-Associated Protein

Studied for phosphate homeostasis and anti-aging cell models.
Research use only.

48. FGF-21 – Fibroblast Growth Factor 21

Evaluated for metabolic regulation and energy expenditure mechanisms.
Research use only.

49. GDF-8 (Myostatin) – Muscle Growth Regulator

Explored for negative regulation of myogenesis and signal blocking assays.
Research use only.

50. Epidermal Growth Factor (EGF) – Cell Growth Compound

Used in epithelial proliferation and wound-healing models in vitro.
Research use only.

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Documentation & Quality Controls

• Certificates of Analysis: HPLC / LC-MS verification with lot-specific purity data.

• Chain of Custody: Bar-coded vials, batch traceability, and storage logs.

• Storage Guidance: Lyophilized products stored 2–8 °C unless otherwise specified.

• Labeling: Each vial marked clearly “FOR RESEARCH USE ONLY — NOT FOR HUMAN CONSUMPTION.”

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Ordering Eligibility

Compounds are available only to:

• Accredited laboratories and institutions

• Qualified researchers with approved accounts

• Organizations complying with Research-Use-Only terms

No direct-to-consumer sales or marketing are permitted.

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Research Department vs. Consumer Division

This division structure protects the scientific mission and ensures no consumer confusion regarding intended use.

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Why This Launch Matters

• Compliance Integrity: Separating research and consumer operations protects both brands and the scientific community.

• Documentation Discipline: Lot-specific COAs and traceability ensure reproducibility.

• Veteran Leadership: A culture of discipline and precision ensures no shortcuts.

• Research Access: Qualified labs gain a reliable domestic supplier for compound materials.

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Executive Comments

Marc Ervin, CEO & Founder:
“This launch isn’t about expanding a brand—it’s about strengthening science. Our research department exists solely to support legitimate, ethical, and transparent laboratory work.”

Jonathan Cook, COO:
“We maintain military-level standards of accountability. Every vial, every document, every shipment follows protocol. Compliance isn’t optional—it’s who we are.”

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Final Compliance Statement

All products referenced herein are intended for laboratory research use only.
Not for human consumption.
Not intended to diagnose, treat, cure, or prevent any disease.
No clinical, medical, or performance claims are expressed or implied.
The MNM ProLabs Medical Research Department functions independently from MNM ProLabs consumer supplement operations.

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Launch Date: December 15, 2025
For institutional partnerships or ordering information, contact:
📧 info@mnmprolabs.com
🏢 MNM ProLabs Medical Research Department, Tampa Bay, Florida