ETH-LAD (100mcg Blotters) Limited Stock

Name: ETH-LAD (100mcg Blotters) Limited Stock
SKU: 2217
Availability: InStock

Price range: $75.00 through $520.00

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ETH-LAD (7-ethyl-lysergic acid diethylamide) is a rare lysergamide presented as 100mcg hemi-L-tartrate blotter units for research use. It serves as a structurally distinctive reference standard for chromatographic and mass-spectral studies of lysergic acid derivatives, stability assessments, and identity confirmation in analytical and forensic laboratories.

Class: Lysergamide · Form: Blotter

Supplied as 100mcg blotter units of the hemi-L-tartrate salt for research and analytical use only.
Suitable as a reference compound for chromatographic and mass-spectral work on lysergic acid derivatives and substituted lysergamides.
Blotters are sealed in light- and moisture-resistant, laboratory-grade pouches to help maintain analyte stability during storage and handling.

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ETH-LAD (100mcg Blotters) Limited Stock

ETH-LAD (7-ethyl-lysergic acid diethylamide) is a semi-synthetic lysergamide distinguished by an ethyl substituent at the 7-position of the indole ring. Originally prepared in the mid-20th century as part of broader work on ergoline chemistry, it has remained a comparatively uncommon lysergamide but is valued as a structurally well-defined reference within modern analytical panels.

In contemporary laboratory settings, ETH-LAD is typically considered within the broader family of lysergic acid derivatives and is often examined alongside other substituted lysergamides such as AL–LAD and PRO-LAD. Its inclusion in method-development and screening work allows researchers to:

• Compare LC-MS(/MS) and LC-HRMS fragmentation behavior across a series of ergoline-based analytes;
• Evaluate chromatographic retention and separation for substituted lysergamides under different stationary phases and elution conditions;
• Investigate solution and blotter stability, potential degradation pathways, and sample-handling effects in analytical workflows;
• Explore how ring substitution at the 7-position influences analytical properties relative to other ergoline derivatives.