Lysergamides
Research chemical guide: effects, safety, and compound information
What are Lysergamides?
Lysergamides are a class of psychedelic compounds structurally related to LSD. They typically produce visual hallucinations, altered thought patterns, and enhanced sensory perception.
Common Effects
Safety Information
Set and setting are crucial. Always test compounds. Not for human consumption.
Lysergamides in Our Database (18 compounds)
1P-LSD
1-Propionyl-LSD
1P-LSD is a psychedelic research chemical that acts as a prodrug for LSD. Upon ingestion, it is metabolized into LSD and produces nearly identical effects. This compound is widely used in analytical chemistry as a reference standard and for pharmacological research investigating serotonin receptor interactions.
1V-LSD
1-Valeryl-LSD
1V-LSD is a lysergamide prodrug that converts to LSD in the body. It was popular in Germany before recent scheduling.
1cP-LSD
1-Cyclopropionyl-LSD
1cP-LSD is another LSD prodrug analog with similar effects to 1P-LSD and standard LSD. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
1D-LSD
1-(1,2-dimethylcyclobutane-1-carbonyl)-LSD
1D-LSD is a newer lysergamide analog designed as a legal alternative to LSD in Germany and other countries.
AL-LAD
6-Allyl-6-nor-LSD
AL-LAD is known for producing shorter, more visual experiences with a lighter headspace compared to LSD.
ETH-LAD
6-Ethyl-6-nor-LSD
ETH-LAD is considered more potent than LSD-25, with strong visual hallucinations and an intensified mind-body connection.
LSZ
Lysergic acid 2,4-dimethylazetidide
LSZ is a lysergamide with unique, somewhat unpredictable effects and a shorter duration than LSD. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
ALD-52
1-Acetyl-LSD
ALD-52 is a lysergamide and prodrug to LSD. Research suggests it converts to LSD through metabolic hydrolysis. Historically significant compound used extensively in analytical chemistry research.
PRO-LAD
6-Propyl-6-nor-LSD
PRO-LAD is a lysergamide known for strong visual effects and clear headspace. Used in psychopharmacology research.
PARGY-LAD
6-Propargyl-6-nor-LSD
PARGY-LAD is a novel lysergamide analog studied for structure-activity relationships in psychedelic research.
MIPLA
N-Methyl-N-isopropyllysergamide
MIPLA is a lysergamide analog used in structure-activity relationship studies of psychedelic compounds.
LSM-775
LSM-775 is a novel lysergamide analog studied for structure-activity relationships in psychedelic research.
LAD
Lysergamide
LAD is a lysergamide compound used in research on ergoline pharmacology and serotonin receptor mechanisms.
2-Bromo-LSD
BOL-148
2-Bromo-LSD is a brominated lysergamide studied for its non-hallucinogenic properties and 5-HT2A receptor interactions.
ALD-52 Fumarate
ALD-52 Fumarate is the fumarate salt form offering improved stability for analytical research. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
AL-LAD Fumarate
AL-LAD Fumarate salt form used in research with enhanced water solubility. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
1P-ETH-LAD
1P-ETH-LAD is a lysergamide prodrug analog studied for structure-activity relationships. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
1B-LSD
1-Butanoyl-LSD
1B-LSD is a lysergamide prodrug to LSD used in analytical chemistry research. This compound is widely used in analytical chemistry research as a reference standard and for pharmacological studies investigating receptor mechanisms and structure-activity relationships.
Research Applications
Lysergamides are studied in various research contexts including pharmacology, neuroscience, and consciousness studies. Researchers use these compounds to investigate:
- Receptor binding profiles and affinity studies
- Structure-activity relationships (SAR)
- Metabolic pathways and pharmacokinetics
- Comparative pharmacology with related compounds
Laboratory Safety Guidelines
Handling Precautions
- Always use proper laboratory equipment and personal protective equipment (PPE)
- Work in a well-ventilated area or fume hood
- Use analytical scales for precise measurements
- Store compounds according to manufacturer specifications
Testing
Always verify substance identity using reagent testing kits or analytical methods such as:
- Gas chromatography-mass spectrometry (GC-MS)
- Liquid chromatography-mass spectrometry (LC-MS)
- Nuclear magnetic resonance (NMR) spectroscopy
- Reagent color testing (Marquis, Ehrlich, etc.)
Legal Considerations
The legal status of Lysergamides varies significantly by jurisdiction. Many countries have implemented analogue acts or blanket bans on entire chemical families.
Important: Always verify the legal status of specific compounds in your jurisdiction before ordering. EuroChems only ships to countries where compounds are legal for research purposes.
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