Megadosing Pellets (300 μg 1Fe-LSD)
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Important Information
This is a research chemical and is therefore not for human consumption! Further information can be found in the description.
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Product description
Buy 1Fe-LSD Megadosing Pellets:
Our 1Fe-LSD Megadosing Pellets were developed for experimental research designs that require large, clearly defined active ingredient units. Compared to lower dosage formats, the focus here is not on fine scaling, but on working with defined high-dose segments. 1Fe-LSD belongs to the group of finely modified lysergamide derivatives and is characterized by the ferrocene-carbonyl substitution.
Our 1Fe-LSD Megadosing Pellets with 300 μg offer a high-quality research chemical for demanding test series in the uncompromising high-end sector. The combination of defined structure, lab-tested quality and discreet delivery makes them an outstanding choice within the derivative product line.
In addition, you will find other LSD derivatives (such as 1BP-LSD) as well as Micro-, Mini- and Macrodosing-formats of 1Fe-LSD for comparative research approaches in our range.
Product: 1Fe-LSD Megadosing Pellets ("Megadose") each with 300 μg active ingredient
Ingredient: 1Fe-LSD D-Tartrate
Excipients (Pellet matrix): MCC, colloidal silicon dioxide, sodium starch glycolate, sodium stearyl fumarate, E102, solubilizer
Chemical formula: C₃₁H₃₃FeN₃O₂
Molecular mass: 535.469 g·mol−1
IUPAC: (8β)-1-ferrocenecarbonyl-N,N-diethyl-6-methyl-9,10-didehydroergoline-8-carboxamide hemi-L-tartrate
The advantages of choosing us:
Laboratory-tested quality
All products containing 1FE-LSD are regularly tested. Samples from each new batch are sent to an external certified laboratory in Germany and analyzed there by mass spectrometry after dissolution in acetonitrile.
The following are confirmed:
- unambiguous identity of 1FE-LSD
- documented purity (97%)
- uniform active ingredient distribution per unit
Analytics:
Quality control by HPLC / LC-MS / NMR
Typical research approaches:
- standardized comparison series
2. quantitative active ingredient analyses
3. methodological basic studies
4. reproducible test and reference models
All information is for scientific classification only and does not constitute a recommendation for use.
Long-lasting & many options
For maximum stability and durability, we recommend:
- storing in a cool (< 20 °C) and dry place
- keeping away from light
- using the original packaging
Under proper conditions, storage for several years is possible.
- Clearly structured dosage levels: Micro- and macrodosing units in a balanced ratio – ideal for standardized studies.
- Uniform reference substance: All units are based on 1FE-LSD, thereby minimizing substance and batch variations.
- Proven dosage forms: Pellets and blotters enable reproducible test units with clear separation of dosage ranges.
Shipping & Discretion
Shipping is discreet and neutral via DHL from Germany.
- Shipping within 2 business days of payment receipt
- Unobtrusive packaging without content identification
- Free shipping from €69
- Reliable & anonymous
Manufacturer information:
Lysentia B.V.,
Karveelweg 20,
6222NH Maastricht (Netherlands)
+31629168594
enquiries@lysentia.com
www.lysentia.com
General Questions:
If you have general questions about our products, please visit our FAQ page or Wikipedia.
What is 1Fe-LSD?
As an LSD derivative, 1Fe-LSD belongs to the group of ergoline compounds, which are the subject of scientific research in the field of perception and consciousness models.
Due to its synthetically precisely defined composition, 1Fe-LSD is excellently suited for experimental setups based on reproducible and measurable experimental conditions.
Why 1Fe-LSD is not banned:
The NpSG (New Psychoactive Substances Act) defines prohibited substance classes through specific chemical structural patterns at the N1 position of the ergoline scaffold. These definitions were designed for organic substituents (acyl groups, alkyl chains, ring systems, etc.).
However, ferrocene is a sandwich complex (Fe between two cyclopentadienyl rings) — an organometallic compound that is chemically outside the prohibition categories defined in the NpSG.
The decisive factor is therefore the ferrocenyl group — an organometallic iron complex.
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