Buy 1V-LSD Art Blotters 225mcg Online at Elite Chem Sciences

High-Purity 1V-LSD (1-Valeroyl-d-lysergic acid diethylamide) 225mcg Precision-Dosed Custom Art Blotters for Certified Laboratory Research and Forensic Toxicology Validation

If your institution needs to buy 1V-LSD Art Blotters 225mcg online to execute high-precision structural mass spectrometry comparisons, quantitative serotonin receptor binding configuration modeling, or forensic chemical cataloging, Elite Chem Sciences provides the global scientific community with industry-leading reference standards. 1V-LSD, systematically cataloged as 1-valeroyl-d-lysergic acid diethylamide (or affectionately referred to as Valerie in analytical circles), is a prominent heavy-acyl derivative belonging to the substituted lysergamide and ergoline chemical families.

Formatted onto highly absorbent, precision-dosed cellulose art blotter matrices, this standard provides specialized research facilities with a controlled, pre-measured 225mcg baseline. This specific dosage weight is elevated above standard lysergamide thresholds (such as 100mcg or 150mcg variants) to explicitly compensate for the increased molecular mass added by its heavy valeroyl functional chain. The stable blotter format preserves the delicate ergoline architecture against rapid oxidation while eliminating the extreme handling hazards and micro-weighing errors associated with raw crystalline lysergamide powders.

When you secure your compounds from an established research chemical supplier like Elite Chem Sciences, you eliminate structural variance, reduce impurity interference, and guarantee that your target assay datasets remain flawlessly reproducible.

Chemical Profile & Structural Investigation Matrix

1V-LSD shares the core tetracyclic ergoline framework found across all true lysergamides. However, it incorporates a specific N1-indole substitution: a five-carbon valeroyl group (pentanoyl chain, $-C(=O)(CH_2)_3CH_3$) attached directly to the nitrogen atom of the indole ring. This heavy acyl modification adds significant lipophilicity and steric bulk to the molecule compared to shorter-chain homologs like 1P-LSD (propionyl) or 1B-LSD (butanoyl).

Because the valeroyl addition systematically masks the active binding domain of the indole nitrogen, 1V-LSD functions as an ideal probe for studying metabolic cleavage pathways, serum esterase behavior, and passive lipid-membrane permeability rates.

Primary Pillars of Empirical Research

1. High-Mass Acyl Cleavage & In Vitro Hydrolysis Kinetics

The principal focus of 1V-LSD modeling centers on the enzymatic deacylation required to strip the five-carbon valeroyl chain from the indole core. Researchers buy 1V-LSD art blotters online to quantify the exact hydrolysis rate when exposed to human serum esterases, hepatic microsomes, and varied pH matrices, charting how the expanded carbon chain delays or moderates transition to the parent molecule relative to shorter acyl configurations.

2. High-Dose Analytical Calibration & Matrix Stability

Because the valeroyl chain increases the total molecular weight of the compound ($M_W = 407.5 \text{ g/mol}$ compared to $323.4 \text{ g/mol}$ for free-base LSD), an elevated 225mcg dose is required to deliver an equimolar concentration matching standard benchmark thresholds. These calibrated art blotters allow analytical laboratories to validate quantitative recovery techniques, determining if the printed organic inks alter chromatographic resolution or cause compound binding during recovery steps.

3. Forensic Fragmentation & Library Customization

Differentiating 1V-LSD from lighter homologs or structural isomers requires highly accurate high-resolution mass spectrometry data. Utilizing clean, matrix-verified reference blotters enables forensic and academic laboratories to establish exact gas chromatography (GC) and liquid chromatography (HPLC) retention indices, updating international toxicology monitoring libraries to ensure precise identification of novel psychoactive substances (NPS).

Primary Research Applications

Forensic Toxicology & Screening Arrays

• Optimizing LC-MS/MS and GC-MS method validation for tracking heavy-acyl novel lysergamide derivatives within forensic toxicological screens.

• Generating high-purity spectral lines for international chemical indexing library expansions.

• Resolving structural isomer matrices and tracking N1-alkylated homolog variations across screening networks.

Analytical Chemistry & Validation Controls

• Preparing highly precise volumetric solutions and custom calibration steps directly from elution steps.

• Validating automated chromatographic equipment thresholds and system suitability criteria for light-sensitive ergoline molecules.

• Assaying compound degradation stability against ambient temperature, humidity variations, and ultraviolet light exposure.

Technical Specifications

Contextual Internal Linking Silo (Analog Clusters)

To maximize your domain’s internal link equity and crawl efficiency, cross-reference this analytical catalog item with structurally related reference standards in your laboratory inventory:

• For parallel testing exploring shorter-chain N1 aliphatic additions, view 1B-LSD Blotters – 125mcg or 1P-LSD Blotters – 100mcg.

• For investigations evaluating asymmetrical modifications at the C8 carboxamide position, see 1cP-MiPLA Blotters – 200mcg.

• For comparative structural tracking evaluating rigidified or N6-substituted frames, view LSZ Blotters – 150mcg or AL-LAD Blotters – 150mcg.

Search Intent FAQ Block (Rich Snippet Optimization)

Q: What major fragment ions identify 1V-LSD during electrospray ionization tandem mass spectrometry (LC-MS/MS)?

A: Under positive mode electrospray ionization (ESI+), 1V-LSD generates a characteristic protonated molecular precursor ion $[M+H]^+$ at $m/z$ 408. Under collision-induced dissociation (CID), the molecule displays a highly predictable fragmentation sequence characterized by the initial neutral loss of the valeroyl group ($-84 \text{ Da}$ or $-100 \text{ Da}$ including the carbonyl group depending on energy thresholds), producing a dominant secondary product ion at $m/z$ 324, which subsequently fragments into the diagnostic ergoline core structures at $m/z$ 223 and $m/z$ 197.

Q: Why are 1V-LSD blotters typically dosed at 225mcg instead of the standard 100mcg or 150mcg profiles?

A: The elevated 225mcg dosing threshold is explicitly engineered to ensure equimolar symmetry during comparative research arrays. Because the five-carbon valeroyl chain represents a significantly heavier mass fraction than an acetyl or propionyl modification, a higher total mass weight of the raw material must be distributed onto the cellulose matrix to achieve an identical molar concentration of the core active lysergamide backbone ($d\text{-lysergic acid diethylamide}$) when eluted into solution.

Why Buy 1V-LSD Art Blotters From Elite Chem Sciences?

Procuring specialized heavy-acyl lysergamide reference standards demands an ironclad supply chain built on reliability, data confidentiality, and structural consistency. Elite Chem Sciences delivers on every metric:

• Uncompromised Chemical Purity: Every batch of 1V-LSD art blotters undergoes strict quality control protocols to guarantee a purity level of 98% or higher, eliminating background noise or anomalies in your analytical assays.

• Discreet, Tracked Global Logistics: We understand the critical timing of academic and corporate research. Your procurement order is packaged inside light-proof, tamper-evident, non-descript materials and shipped with full tracking to preserve secure chain-of-custody tracking.

• Seamless Regulatory Compliance & Documentation: Every order arrives with easy access to mandatory technical material, including Safety Data Sheets (SDS) and batch-specific analytical sheets, simplifying your facility’s safety logs and compliance checkmarks.

• Enterprise Encryption & Data Privacy: Our backend framework leverages high-grade cryptographic standards, keeping institutional buyer records, payment workflows, and product logs 100% confidential.

• Flexible Tiered Cost Options: From small-scale calibration standards for routine screenings to volume quantities for extended multi-year trial lifecycles, we offer the most competitive market tiers for verified research-grade chemistry.

Safety and Regulatory Information

IMPORTANT: 1V-LSD Art Blotters are supplied strictly and exclusively for professional laboratory, analytical, and forensic research purposes.

• STRICTLY NOT intended for human or animal consumption.

• NOT intended for medical diagnostic, therapeutic, clinical, or veterinary applications.

• Must be handled exclusively within certified laboratory environments by qualified personnel using appropriate personal protective equipment (PPE).

• Global regulations vary dynamically; the purchasing entity assumes all responsibility for verifying local import legalities and compliance laws prior to completing a purchase.

Advance Your Laboratory Objectives Today

Equip your facility with the highest-tier, precisely calibrated reference materials available on the market.

[Buy 1V-LSD Art Blotters 225mcg Online from Elite Chem Sciences]