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1cP-MiPLA Blotters – 200mcg

Price range: €43.30 through €515.00

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Product Details

Attribute Specification
Product Name 1cP-MiPLA Blotters
Dosage per Blotter 200 micrograms
Form Micro blotters (absorbent paper)
Purity ≥ 99% laboratory grade
Packaging Sealed, coded, discreet
Intended Use Laboratory research only
Storage Cool, dark, dry place
Legal Status Controlled substance analog – verify local laws
SKU: N/A Categories: , ,

Buy 1cP-MiPLA Blotters – 200mcg | Research-Grade Lysergamide Analog

1cP-MiPLA (1-cyclopropionyl-N-methyl-N-isopropyllysergamide) blotters offer a reliable 200 microgram dose of this advanced lysergamide analog. Widely used in scientific research, 1cP-MiPLA is known for its unique pharmacological profile and role as a potent psychedelic compound analog, ideal for receptor binding and neuropharmacological studies.

Each blotter is lab-certified for ≥99% purity and precision dosed for consistent research results. The cyclopropionyl modification provides distinctive metabolic properties, making 1cP-MiPLA a valuable tool for analytical research and SAR (structure-activity relationship) investigations.

Available now at CityChemicalseu.com, our 1cP-MiPLA blotters are packaged for stability and shipped discreetly worldwide.

What is 1cP-MiPLA?

1cP-MiPLA is a novel lysergamide research chemical structurally related to LSD analogues. It acts as a serotonin 5-HT2A receptor agonist, making it valuable for neuroscience research, receptor studies, and neuropharmacology. Its potency and receptor selectivity provide an excellent tool for exploring psychoactive mechanisms at the molecular level.

Why Choose Our 1cP-MiPLA Blotters?

At CityChemicalseu.com, quality and compliance come first. Our blotters are:

  • Lab-tested with purity exceeding 99%

  • Consistently dosed at 200mcg per blotter for experimental precision

  • Discreetly packaged with batch-specific Certificates of Analysis (COA) available

  • Shipped securely worldwide to research institutions

Research Applications

  • Neuropharmacological receptor binding assays

  • Psychoactive compound mechanism studies

  • In vitro and in vivo pharmacodynamics research

  • Development of novel psychoactive substance models

Quantity in blotters

5, 10, 25, 50, 100

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