Pyrazolam is a thienodiazepine derivative developed primarily for scientific and laboratory research. Structurally related to benzodiazepines, it is notable for its selective interaction with GABA-A receptors, offering a unique research profile that differentiates it from classical benzodiazepines. It is often employed in experimental pharmacology, receptor binding studies, and neurobehavioral simulations. Pyrazolam has gained popularity among researchers due to its high stability, oral bioavailability, and minimal active metabolite production.

• Classified as a thienodiazepine
  Pyrazolam belongs to the thienodiazepine class, which differs from traditional benzodiazepines by replacing the benzene ring with a thiophene ring. This structural variation allows researchers to study nuanced receptor interactions.

• Acts as a positive allosteric modulator at GABA-A receptors
  Pyrazolam enhances the effect of GABA (gamma-aminobutyric acid), the primary inhibitory neurotransmitter in the brain. It binds to the benzodiazepine site on GABA-A receptors, increasing the frequency of chloride channel openings in vitro.

• Does not produce active metabolites
  In contrast to many benzodiazepines, Pyrazolam is excreted largely unchanged. This property makes it ideal for pharmacokinetic studies and modeling predictable drug behavior.

• Demonstrates high receptor affinity in binding assays
  Pyrazolam shows strong binding to GABA-A receptor subtypes, particularly those containing the α1, α2, and γ2 subunits, making it a useful candidate in structure-activity relationship (SAR) studies.

• Originally synthesized in the 1970s but not marketed
  While first synthesized decades ago, Pyrazolam was never introduced into the pharmaceutical market, leaving its use confined to research environments only.

The chemical structure of Pyrazolam features a tricyclic core incorporating a 1,2,4-triazolo ring fused with a 1,4-benzodiazepine backbone, further substituted with a bromine and a phenyl group. This intricate molecular framework makes it distinct from both classical and atypical benzodiazepines and provides high selectivity in receptor binding models.

• IUPAC Name: 8-bromo-1-methyl-6-phenyl-4H-[1,2,4]triazolo[4,3-a][1,4]benzodiazepine
  This full IUPAC name reflects the structural complexity and chemical precision of Pyrazolam, which includes triazolo and benzodiazepine rings.

• Molecular Formula: C16H12BrN5
  This formula comprises 16 carbon atoms, 12 hydrogen atoms, 1 bromine atom, and 5 nitrogen atoms, forming a compact and pharmacologically active structure.

• Molecular Weight: 354.21 g/mol
  The molecular weight is particularly relevant in calculating dosing and binding concentration in receptor affinity assays.

• Triazolo-fused core contributes to GABA-A selectivity
  The inclusion of a 1,2,4-triazole moiety enhances receptor subtype selectivity and contributes to its pharmacological stability.

• Substituted with a phenyl group at position 6
  This substitution increases lipophilicity and receptor binding strength, aiding membrane permeability in in vitro applications.

• Bromine at position 8 increases electron density
  The electron-withdrawing bromine atom plays a key role in enhancing the molecule’s binding affinity and modulating its metabolic stability.

Proper storage of Pyrazolam is crucial to maintaining its chemical stability and research-grade purity. Even though the compound is relatively stable under lab conditions, it is still susceptible to degradation from moisture, light, and air. Following standard laboratory storage guidelines will ensure the integrity of the compound throughout its shelf life.

• Store in a cool, dry environment
  Ideal storage temperature is between 2°C and 8°C. Refrigeration is recommended but not required as long as the compound is kept in a dry and temperature-stable place.

• Keep away from direct sunlight
  Exposure to UV light can degrade the molecular structure and reduce the purity of Pyrazolam, potentially compromising research outcomes.

• Use airtight, opaque containers
  The compound should be kept in tightly sealed, light-resistant vials or foil pouches to prevent oxidation and photodegradation.

• Minimize exposure to air during use
  Each time the container is opened, the chemical is exposed to oxygen and moisture. It’s advisable to reseal the container immediately after withdrawal.

• Do not store in humid environments
  Humidity may cause clumping or chemical breakdown. Store with silica gel or other desiccants in humid climates.

• Shelf life of up to 24 months if unopened
  When sealed and stored properly, Pyrazolam retains full potency for two years. Once opened, it should ideally be used within 12 months.

We offer Pyrazolam in multiple laboratory-friendly forms to suit various research applications. Depending on your specific testing protocol or instrumentation, you may prefer one format over another. All forms provided are lab-verified and produced in sterile, controlled environments to maintain purity and stability.

• Crystalline powder form
  Our most common option, the powder form, is ideal for researchers needing exact milligram measurements. It is well-suited for analytical chemistry, spectroscopy, and in vitro receptor binding assays.

• Pelletized (compressed) form
  Pellets offer convenience, pre-measured doses, and improved handling—particularly in experiments where microgram-level precision is required repeatedly. Pellets are often used in behavioral assays or long-term exposure models.

• Custom batch sizes available
  We can supply Pyrazolam in quantities from 50 mg to multi-gram batches, depending on your experimental design or institution’s need.

• All forms include a Certificate of Analysis (CoA)
  Each order is accompanied by documentation verifying identity, structural integrity, and purity level (≥98%).

• Stable under standard lab conditions
  Both powder and pellet formats remain chemically stable if stored under recommended conditions (cool, dry, airtight).

Pyrazolam is generally legal to purchase and possess for research purposes in many countries, but its legal status can vary depending on national laws, analogue regulations, and import restrictions. Researchers are advised to confirm local legality before placing an order to avoid potential legal complications.

• Unscheduled in many countries
  Pyrazolam is not listed under international drug control treaties and remains unscheduled in the United States, much of the EU, and other jurisdictions—though laws can change rapidly.

• Subject to analogue laws in some regions
  While not specifically banned, Pyrazolam may be restricted under “analogue acts” if it is deemed structurally or functionally similar to controlled benzodiazepines.

• For research use only
  RC Plug strictly sells Pyrazolam for laboratory, forensic, or analytical purposes. It is not intended for human or veterinary consumption under any circumstances.

• No prescription or license required from our side
  You do not need to provide a medical or research license to purchase from us; however, buyers must ensure compliance with local laws.

• Import restrictions may apply
  Customs regulations differ across borders. We encourage customers to verify import laws before ordering, especially in regions like Australia, Sweden, or Japan.

• We provide discreet international shipping
  To reduce the risk of customs complications, we use nondescript packaging and customs-friendly descriptions during international shipping.

Pyrazolam is widely recognized in research settings for its ability to model GABAergic modulation, receptor affinity, and anxiolytic potential without causing significant sedation or motor impairment. Its chemical profile makes it an important tool for neuroscience and pharmacodynamic exploration.

• GABA-A receptor modulation studies
  Pyrazolam enhances the inhibitory action of GABA on its receptors, making it valuable in exploring the effects of GABAergic enhancement in anxiety, seizure, and sleep models.

• Receptor-binding affinity assays
  Researchers use Pyrazolam to evaluate binding potency and subtype selectivity at various GABA-A receptor complexes, often comparing its affinity to traditional benzodiazepines.

• Structure-activity relationship (SAR) research
  The presence of the triazolo and bromine-substituted rings provides insight into how molecular changes affect receptor targeting, informing future compound design.

• Pharmacokinetic modeling
  Due to its minimal metabolism and long half-life, Pyrazolam is a preferred compound for predicting absorption, distribution, metabolism, and excretion (ADME) profiles in theoretical models.

• Toxicology profiling
  Labs conduct controlled toxicology assessments to measure LD50 values, cell viability, and mitochondrial impact, particularly because it lacks active metabolites.

• Comparative sedation research
  Its moderate sedative profile allows it to serve as a baseline for comparing more potent thienodiazepines or classical benzodiazepines.

• Forensic analysis calibration
  Pyrazolam may be used in analytical labs to calibrate GC-MS or LC-MS instruments for detecting emerging benzodiazepine analogues in biological specimens.

In laboratory simulations and literature reports, Pyrazolam demonstrates a relatively long elimination half-life, allowing it to remain active in receptor environments for extended periods. This characteristic aids in sustained receptor binding studies and allows for less frequent compound reapplication in experimental settings.

• Estimated half-life is 17 to 20 hours
  This makes it considerably longer-acting than other thienodiazepines like Etizolam (6 hours) and closer in duration to traditional compounds like Diazepam.

• Longer-lasting receptor activity
  Due to its high affinity and low metabolic transformation, the compound sustains interaction with GABA-A receptors for prolonged intervals.

• Minimal metabolic alteration
  Pyrazolam is largely excreted unchanged, meaning that its half-life reflects its parent compound activity rather than metabolite contribution.

• Stable plasma-like simulations
  In simulated plasma or buffered environments, Pyrazolam maintains its chemical structure and activity for extended periods, making it ideal for multi-phase research trials.

• Less frequent application required in vitro
  Its extended half-life allows researchers to avoid repeated dosing, reducing variability and improving experiment consistency.

Pyrazolam is not commonly included in standard drug test panels; however, specialized testing methods can identify its presence. Its unique molecular fingerprint makes it distinguishable through high-resolution analytical equipment, though it typically escapes standard benzodiazepine immunoassays.

• Rarely detected in typical 5- or 10-panel urine tests
  Standard immunoassays for benzodiazepines often target metabolites of drugs like diazepam or lorazepam, which Pyrazolam does not produce.

• Detectable via LC-MS or GC-MS
  Advanced laboratory techniques such as Liquid Chromatography-Mass Spectrometry or Gas Chromatography-Mass Spectrometry can identify Pyrazolam by its molecular weight and fragmentation pattern.

• Minimal cross-reactivity with benzodiazepine markers
  Due to structural uniqueness and lack of common metabolites, Pyrazolam typically doesn’t yield false positives in tests targeting regulated benzos.

• Used in forensic validation tests
  Laboratories conducting forensic toxicology may include Pyrazolam as part of extended panels or investigational compound lists.

• Applicable in controlled study monitoring
  When used in research on pharmacokinetics or clearance, Pyrazolam’s detection is achieved via precise analytical instrumentation and is not feasible with over-the-counter test kits.

Pyrazolam is considered highly potent when compared to other thienodiazepines and classical benzodiazepines, especially in relation to its anxiolytic effects without excessive sedation. Its microgram-level effectiveness and high receptor binding affinity make it ideal for use in studies that require precision and clarity in compound behavior.

• More potent than Etizolam in receptor binding
  Pyrazolam binds more tightly to the GABA-A receptor benzodiazepine site than Etizolam, producing stronger effects in equivalent doses under research conditions.

• Comparable anxiolytic action to Diazepam with fewer sedative effects
  It provides significant anxiolytic responses without impairing motor coordination, which is useful in behavioral models of stress or anxiety.

• Effective at lower doses (0.1–0.5 mg in simulations)
  Pyrazolam exhibits strong effects at low microgram or sub-milligram concentrations, reducing compound volume required for lab tests.

• Lacks tolerance buildup in short-term models
  In vitro models and simulations suggest Pyrazolam does not readily induce tolerance, unlike many benzodiazepines, which show receptor desensitization over time.

• No active metabolites contributing to cumulative effects
  The compound’s excretion profile ensures that only the parent molecule is active, simplifying result interpretation in multi-dose studies.

Yes, Pyrazolam must be handled using standard laboratory safety protocols due to its potency and psychoactive classification. Even though it is not a controlled substance in many areas, it is essential to treat it as a potent GABAergic modulator capable of physiological effects at low exposure levels. Proper lab handling ensures research safety and prevents contamination.

• Use appropriate PPE (Personal Protective Equipment)
  Always wear gloves, goggles, and a lab coat when handling Pyrazolam to prevent accidental dermal absorption or eye exposure.

• Conduct all procedures in a fume hood
  Working in a fume hood minimizes inhalation risk, especially when handling fine powders or during weighing and transfer processes.

• Avoid inhalation and direct contact
  Pyrazolam is active at microgram levels; even trace inhalation or skin contact can result in unintended biological effects.

• Handle in a controlled access laboratory
  The chemical should be stored and used in labs with restricted access to ensure that only trained personnel interact with it.

• Follow strict weighing protocols
  Use analytical balances with anti-static shielding and closed micro-weighing containers to prevent airborne particulate dispersion.

• Proper disposal procedures must be followed
  Any waste materials or residues should be disposed of following hazardous waste guidelines, and never discarded down regular drains.

Although Pyrazolam has properties that may seem useful for behavioral and pharmacological studies in animal models, its use in live animal testing is typically governed by strict ethical regulations and should only be performed under approved scientific protocols. RC Plug supplies Pyrazolam exclusively for non-human, non-consumptive research purposes, such as in vitro or ex vivo testing, analytical validation, or receptor assays.

• Not intended for in vivo testing by default
  RC Plug does not endorse or authorize the use of Pyrazolam in animal or human subjects. All our products are strictly intended for laboratory use only.

• Requires Institutional Animal Care and Use Committee (IACUC) approval
  If used in academic or institutional research, Pyrazolam experiments involving live animals must comply with ethical oversight from recognized committees.

• Primarily used in vitro or ex vivo
  Most research involving Pyrazolam focuses on isolated receptor sites, cell cultures, or neural tissue preparations, avoiding live testing entirely.

• Potential for neurobehavioral effects
  When studied in animal models, thienodiazepines like Pyrazolam may exhibit anxiolytic, sedative, or muscle-relaxant effects—highlighting the need for rigorous oversight if such testing occurs.

• Requires strict documentation and handling protocols
  Any lab considering animal research with Pyrazolam must maintain a full record of compound origin, dosing, pharmacological data, and ethical clearance.

Solubility is a critical factor in compound preparation, particularly for spectroscopy, bioassays, and chemical analysis. Pyrazolam is moderately soluble in a range of organic solvents, making it compatible with several laboratory applications, especially when formulating stock solutions or conducting receptor binding experiments.

• Soluble in ethanol (EtOH)
  Ethanol is the most commonly used solvent for preparing Pyrazolam solutions in research due to its compatibility with biological assays and moderate polarity.

• Dissolves well in dimethyl sulfoxide (DMSO)
  DMSO is often used for higher concentration stock solutions and provides excellent solubility for use in cell-based assays or receptor studies.

• Soluble in propylene glycol (PG)
  PG offers another viable solvent option, especially when ethanol is not suitable. It provides thermal stability and extended shelf life for prepared solutions.

• Limited solubility in water
  Pyrazolam is poorly soluble in distilled or deionized water, necessitating the use of co-solvents or emulsifiers when aqueous solutions are required.

• Use low-light conditions when dissolving
  Exposure to light during dissolution can degrade the chemical, so solutions should be prepared in amber glassware or shielded from light.

• Stirring or mild heating improves dissolution
  Applying gentle heat or magnetic stirring can facilitate full solubilization, particularly at higher concentrations.

Yes, like many research chemicals, Pyrazolam is subject to degradation over time, especially when exposed to air, moisture, or light. Proper storage and handling can significantly extend its shelf life and maintain experimental accuracy.

• Light exposure accelerates degradation
  Pyrazolam is photosensitive. UV light can break down molecular bonds, reducing its efficacy and altering its chemical profile.

• Moisture can cause hydrolysis
  Exposure to humidity may initiate hydrolysis or clumping, which can affect dosing accuracy and purity levels.

• Oxygen exposure leads to oxidation
  Pyrazolam is prone to oxidation if not stored in airtight containers, which may lead to reduced potency or unintended byproducts.

• Shelf life of up to 2 years unopened
  If stored properly (cool, dry, sealed), Pyrazolam retains ≥98% purity for up to 24 months, according to standard laboratory stability testing.

• Use desiccants to prolong stability
  Silica gel or other drying agents can be placed in storage containers to absorb residual moisture and prevent chemical decay.

• Visual inspection may reveal degradation
  Any change in color, consistency, or odor may indicate degradation and should prompt purity retesting before use.

At RC Plug, we maintain a strict commitment to chemical authenticity and precision. All our Pyrazolam is batch-tested for purity, and we only release material that meets or exceeds ≥98% purity as verified by High-Performance Liquid Chromatography (HPLC). This ensures reliability and reproducibility in all research settings.

• HPLC-verified purity levels
  Each batch is subjected to HPLC analysis, which detects impurities and confirms the concentration of the active compound.

• ≥98% standard minimum threshold
  Only Pyrazolam that meets or exceeds this threshold is released for sale. This ensures a consistent research baseline.

• Includes full documentation
  Every order comes with a Certificate of Analysis (CoA) detailing purity level, test method, date of synthesis, and lab accreditation.

• Free from heavy metals and solvents
  Our testing process screens for residual solvents and elemental impurities, ensuring that the compound is suitable for advanced analytical research.

• Batch-specific tracking and traceability
  Each Pyrazolam unit is traceable via its batch number, allowing customers to reference the exact production details if needed.

Yes. At RC Plug, we back our products with a 30-day full refund or replacement guarantee. If you experience any issue with your Pyrazolam order—whether it’s damaged packaging, incorrect shipment, compromised contents, or loss in transit—you are entitled to a full refund or immediate reshipment.

• 30-day satisfaction guarantee
  You have a full month from the date of delivery to report any issue, and we will address it without hassle.

• Refunds processed within 3–5 business days
  Once an issue is confirmed, we issue your refund promptly to your original payment method (Bitcoin, Zelle, CashApp, Bank Transfer, or Western Union).

• Replacements shipped immediately
  If you prefer a replacement instead of a refund, we’ll ship a fresh package without delay, using the same delivery preferences.

• No prescription or documentation required
  As long as the compound is being used for research purposes, you are fully protected by our return policy—no medical justification or legal documentation needed.

• Customer support available 24/7
  Our support team is always available via secure messaging or email to assist with complaints, order tracking, or documentation requests.

Yes, at RC Plug we accommodate a wide range of research needs by offering flexible order sizes. Whether you’re conducting micro-scale chemical trials or large-scale analytical testing, our Pyrazolam inventory can be tailored to your specific laboratory requirements. We maintain a fair and accessible minimum order policy to balance quality control with research accessibility.

• Minimum order starts at 50 mg
  Researchers can begin with as little as 50 milligrams—suitable for microdosing studies, calibration runs, or first-stage compound assessments.

• Custom sizing available upon request
  We offer customized sizing, including larger bulk orders for institutions or pharmaceutical development labs. Contact our team for special quantity arrangements.

• Pellet form minimums may vary
  For pelletized versions, the minimum order depends on the strength per unit (e.g., 0.5 mg or 1 mg per pellet) and typically begins at 10–20 pellets.

• Designed to prevent waste and overstocking
  Our flexible order system helps researchers avoid unnecessary chemical surplus while maximizing budget efficiency.

• Documentation included regardless of size
  Every order, regardless of quantity, comes with full lab documentation, batch tracking, and proper labeling.