1Fe-LSD Blotter 200mcg

For analytical in-vitro research on paper carriers, the 1Fe-LSD blotter represents the current legal gold standard. It fully replaces the following precursor substances that have been restricted by recent regulatory updates:

• 1S-LSD
• 1T-LSD
• 1D-LSD
• 1V-LSD
• 1B-LSD
• 1cP-LSD
• 1P-LSD
• ALD-52 (1A-LSD)

Our impregnation process follows strict GLP guidelines to ensure consistent physicochemical properties during dissolution from the specialized paper for your analytical needs.

The legal classification of 1Fe-LSD is primarily based on the unique chemical modification at the indole nitrogen.

• This position features a specific cycloalkylcarbonyl ring containing a ferrocene component. This cycloalkyldimethylcarbonyl residue distinguishes the molecule significantly from regulated substances, allowing for the exploration of its unique pharmacokinetics within a legal framework.

In chemical and functional terms, 1Fe-LSD is categorized as a prodrug. This implies:

• The molecule itself demonstrates little to no significant pharmacological activity.
• It is transformed into the active “parent substance” only via in-vivo processes (enzymatic hydrolysis).
• This mechanism is well-documented in research involving 1S-LSD, 1D-LSD, or 1V-LSD.

While 1Fe-LSD is metabolically processed in a similar manner to 1S-LSD or 1P-LSD, current research indicates distinct differences in its profile:

• Rapid Onset: Studies have observed a shorter time to peak (onset) compared directly to 1S-LSD.
• Stability: The ferrocene group provides specific molecular stability characteristics, making it particularly valuable for comparative studies involving ALD-52.

Precision in research requires careful consideration of molar mass. Because 1Fe-LSD has a higher molecular weight than older derivatives due to the ferrocene moiety, the substance amount must be mathematically adjusted.

Based on initial data, the following equivalence applies. 200mcg of 1Fe-LSD corresponds to a theoretical release of approximately:

Since 1Fe-LSD is a complex organic compound, correct laboratory handling is vital for the integrity of your results. Optimal storage conditions: Lysergamides are generally stable against light (UV), oxygen, and moderate heat.

• Temperature: For long-term studies, we suggest storage at room temperature in amber glass. For short-term experiments, dry storage is sufficient.
• Moisture: Protect blotters from condensation. If using refrigeration, ensure containers are airtight and allow them to reach room temperature before opening to avoid moisture buildup on the carrier material.
• Protection: Ideally, use amber glass for light protection.
• Handling: Our 200mcg blotters are deeply impregnated. However, laboratory gloves should be used to prevent skin oils from contaminating the chemical purity of the sample during analysis.
• Molecular Mass: The 200mcg weight refers to the total 1Fe-LSD-tartrate mass. For molar comparisons with LSD-25, account for the weight of the ferrocene attachment using the equivalence table above.