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Important: Vantelyx Labs presents product information strictly for legitimate research purposes only. Enquiries regarding human consumption are strictly prohibited.

MT-2 neutral research vial

Melanocortin signalling

MT-2 (Melanotan 2)

10 mg

Melanocortin researchPigmentation pathways

A synthetic melanocortin analogue used in experimental work involving melanocortin receptor signalling, pigmentation-related pathways and peptide-receptor interactions.

PresentationLyophilised research material
Strength10 mg
Use boundaryResearch only
Material typeSynthetic melanocortin analogue
Research focusMelanocortin receptor signalling

Research information only

For product specifications, COA documentation or further factual information, contact Vantelyx Labs.

Research-use information only. Not presented for human or veterinary administration.

QUALITY ASSURANCE

Third-party COA testing

Third Party COA tested. Please contact us for reports.

ABOUT THE COMPOUND

Description & research context

MT-2, commonly referred to as Melanotan II, is a synthetic peptide analogue studied primarily in the context of melanocortin receptor biology.

Laboratory research typically focuses on receptor binding, pigmentation-related signalling and broader melanocortin pathway activity. Observed responses are highly dependent on model selection and experimental conditions.

APPLICATIONS IN RESEARCH

Common experimental themes

  • Melanocortin receptor signalling research
  • Pigmentation and melanin-pathway studies
  • Peptide-receptor interaction and pathway modelling
  • Reference work on synthetic melanocortin analogues

LABORATORY HANDLING

Handling & stability

  • Handle lyophilised material under dry laboratory conditions.
  • Use an assay-appropriate aqueous vehicle according to the experimental protocol.
  • Avoid unnecessary freeze-thaw cycling after reconstitution.
  • Maintain traceable handling and storage documentation.

RESEARCH NOTES

Interpretation & precautions

  • Interpretation should remain specific to the model system under evaluation.
  • Receptor activity can vary with concentration, exposure time and assay design.
  • This material is presented strictly for laboratory research use only.

REFERENCE READING

Published and technical sources

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