1cP-LSD (100mcg Blotters)

Name: 1cP-LSD (100mcg Blotters)
SKU: 2234
Availability: InStock

Price range: $50.00 through $800.00

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In the intricate world of lysergamides, 1cP-LSD makes its mark as a novel addition. Christened as “Curie” by the pioneers who first unearthed its potential. 1cP-LSD, a derivative of LSD, was first introduced in 2019. It features a cyclopropionyl group at the nitrogen position, differentiating it from other lysergamides. Chemically, it shares a similar backbone with 1P-LSD and ALD-52, making it a relevant subject in forensic analysis of lysergamide compounds.

Class: Lysergamide · Form: Blotter · Also known as: Curie

Supplied as 100mcg blotter units of the hemi‑L‑tartrate salt for research and analytical use only.
Intended as a reference compound for chromatographic and mass‑spectral characterization of N¹‑acylated lysergamides in forensic and toxicological laboratories.
Blotters are sealed in light‑ and moisture‑resistant, laboratory‑grade pouches to help maintain analyte stability during storage and transport.

Blotters

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SKU: N/A Category: Research Chemical

1cP‑LSD (1‑cyclopropanoyl‑lysergic acid diethylamide) is a semi‑synthetic lysergamide bearing a cyclopropanoyl group at the indole nitrogen (N¹ position). It has the molecular formula C₂₄H₂₉N₃O₂ and a freebase molar mass of approximately 391.5 g·mol⁻¹.

Emerging around 2019, 1cP‑LSD belongs to the same N¹‑acyl lysergamide family as 1P‑LSD, 1B‑LSD, 1V‑LSD, and ALD‑52. It has been the subject of detailed analytical characterization, including:

LC–MS(/MS) and LC–HRMS for mass‑spectral and fragmentation profiling,
GC–MS for comparison with other lysergamides and assessment of potential deacylation,
Chromatographic method development and retention‑time comparison across lysergamide panels,
Structural confirmation by NMR and complementary spectroscopic techniques.

In research and casework, 1cP‑LSD is typically included in lysergamide panels used to study:

Fragmentation patterns and exact‑mass data across N¹‑acyl analogues,
Chromatographic separation and selectivity in multi‑analyte methods,
Stability and potential N¹‑deacylation pathways under various storage and analytical conditions.

These properties make 1cP‑LSD a useful reference point when differentiating between closely related lysergamides in seized‑material and toxicological investigations.