Eticyclidine (PCE) is a dissociative research chemical belonging to the arylcyclohexylamine class, primarily explored for its NMDA receptor antagonism and its ability to induce psychotomimetic and dissociative states. It is often used in both neurochemical and behavioral studies, offering insights into receptor-level interactions and altered states of consciousness that mimic clinical conditions such as schizophrenia and dissociation. Researchers value PCE for its stability, consistent potency, and well-documented pharmacological properties.

• NMDA Receptor Antagonism Studies
  PCE is widely used in receptor-specific assays to observe non-competitive antagonism of NMDA (N-methyl-D-aspartate) receptors, which are critical in synaptic plasticity and excitatory neurotransmission.

• Behavioral Pharmacology Modeling
  It helps simulate dissociative and psychotomimetic behaviors in animal models, providing comparative data for conditions like schizophrenia, depression, and psychosis.

• Comparative Dissociative Analysis
  Researchers often analyze PCE alongside other dissociatives like PCP and ketamine to assess differences in potency, neurotoxicity, duration, and receptor binding.

• Toxicological Research
  PCE is included in forensic toxicology libraries and serves as a calibration reference standard in GC-MS and LC-MS applications for substance identification.

• Neurochemical Mapping
  Due to its high CNS penetration, PCE is utilized in studies examining dopaminergic and glutamatergic signaling in specific brain regions, such as the prefrontal cortex and hippocampus.

• In-Vitro Binding Affinity Tests
  Laboratories use PCE in radioligand assays to measure binding affinity and displacement at target sites, including NMDA and sigma receptors.

• Synthetic Analogue Development
  It acts as a core scaffold for the design and synthesis of novel arylcyclohexylamine derivatives with potential variations in psychoactivity and pharmacodynamics.

The legal status of Eticyclidine (PCE) varies by jurisdiction, and researchers must be aware of local regulatory frameworks before ordering. While not universally controlled, PCE may fall under analogue laws or chemical restriction categories depending on regional drug policies. At RC Plug, we emphasize that all our products, including PCE, are sold strictly for research purposes only and not for human consumption.

• Legality Varies by Country
  In some countries, PCE is unscheduled and legal for laboratory use, while others may control it under analogue legislation or temporary bans.

• Research-Only Use Clause
  PCE is provided exclusively for laboratory and forensic applications, with no support for consumption, veterinary, or clinical use.

• User Responsibility
  Researchers must ensure that possession and use of PCE complies with local, state, and national regulations before purchasing.

• No Prescription Needed
  Unlike controlled pharmaceuticals, ordering PCE from RC Plug requires no prescription, as long as it is used in a professional research setting.

• Customs and Import Limitations
  Some regions may delay or reject shipments containing arylcyclohexylamines. Our support team assists in planning delivery routes and advising on import regulations.

• Scientific Exemptions May Apply
  Universities and licensed institutions may receive exemption or clearance for restricted substances, depending on local research authorization protocols.

Eticyclidine (PCE) is structurally similar to phencyclidine (PCP), with a minor substitution that modifies its pharmacokinetic profile and receptor interactions. It functions as a non-competitive antagonist of the NMDA receptor, blocking calcium influx and thereby disrupting glutamatergic neurotransmission. This mechanism contributes to dissociative, anesthetic, and hallucinogenic effects in test systems.

• Core Structure
  PCE’s chemical structure consists of a cyclohexane ring substituted with a phenyl group and an ethylamino moiety, giving it the IUPAC name: N-Ethyl-1-phenylcyclohexylamine.

• Molecular Configuration
  The compound has a molecular formula of C14H21N and a molecular weight of 203.32 g/mol, contributing to its ability to penetrate lipid membranes and the blood-brain barrier.

• High Lipophilicity
  PCE’s structure enhances its lipophilic properties, aiding rapid distribution across biological membranes during in vitro simulations.

• NMDA Receptor Blockade
  PCE binds inside the ion channel of the NMDA receptor complex, obstructing ion flow (primarily calcium), which disrupts synaptic signal transmission.

• Non-Selective Binding Profile
  Besides NMDA antagonism, PCE may exhibit moderate affinity for sigma-1 receptors and dopamine D2 receptors, relevant in psychotomimetic studies.

• Structural Analogue to PCP
  The ethyl substitution (as opposed to PCP’s methyl group) may impact its receptor affinity and metabolic stability, providing a comparative model for analog testing.

• Enantiomeric Effects
  As with many arylcyclohexylamines, stereoisomerism may influence potency and selectivity—though most research-grade PCE is racemic.

Proper storage of Eticyclidine (PCE) is critical for maintaining its chemical stability and ensuring reliable research outcomes. As a highly active compound, it is sensitive to environmental factors such as light, moisture, and heat. Adhering to appropriate storage protocols helps preserve its purity and effectiveness over time.

• Temperature Control
  Store PCE in a refrigerator or cold storage unit between 2–8°C. Avoid frequent temperature fluctuations, which may lead to gradual degradation.

• Protection from Light
  Exposure to light, especially UV or fluorescent lighting, can accelerate chemical breakdown. Use amber glass containers or keep the product in the original light-proof packaging.

• Moisture Exclusion
  Ensure the compound is stored in a dry environment. Moisture ingress can cause hydrolysis or compromise solubility, especially in hygroscopic conditions.

• Airtight Containers
  Use sealed, airtight vessels—preferably vacuum-sealed or desiccator-protected—to prevent oxidation or airborne contamination.

• Labeling and Documentation
  Include batch number, date of acquisition, and intended application on all storage containers to ensure traceability and correct usage.

• Avoid Cross-Contamination
  Store PCE away from other active chemicals to avoid cross-reactivity, particularly volatile solvents or acids.

• Periodic Inspection
  Check the compound for discoloration, clumping, or unexpected odor changes, which may indicate decomposition or contamination.

Eticyclidine (PCE) is part of a unique subset of dissociative anesthetics that includes PCP and ketamine analogues. Though chemically related, each compound offers distinct pharmacodynamic and pharmacokinetic profiles. PCE’s potency, duration, and chemical stability make it especially valuable for neurochemical and receptor-targeting studies where precision and predictability are essential.

• Higher Potency Than Ketamine
  PCE is more potent than ketamine by weight, requiring smaller concentrations to elicit NMDA antagonism in in-vitro assays.

• Longer Duration Than Some Analogues
  PCE exhibits a longer active window (4–6 hours) compared to ketamine (1–2 hours), making it useful in time-lapse and sustained observation studies.

• Simpler Metabolic Profile
  Unlike 3-MeO-PCE or MXE, PCE has a simpler metabolite structure, allowing for more straightforward analysis in toxicological evaluations.

• Ethyl Substitution Effects
  The ethyl group in PCE contributes to its slightly increased lipophilicity and altered receptor affinity compared to PCP, affecting its distribution and onset.

• Lower Volatility
  PCE is less volatile than PCP, offering more stable handling in open laboratory systems without significant evaporative loss.

• Absence of Methoxy Substituents
  Unlike 3-MeO analogues, PCE lacks methoxy modifications, minimizing off-target serotonergic activity and reducing variable psychoactivity in model systems.

• Established Literature Profile
  PCE is well-documented in academic and forensic literature, providing a strong foundation for comparative or derivative research projects.

Because Eticyclidine (PCE) is a potent dissociative compound, handling it requires strict laboratory safety protocols. Its high receptor affinity and potential volatility in small doses make even minor exposure a risk if proper procedures are not followed. Labs working with PCE must ensure chemical hygiene standards are consistently maintained to protect both personnel and research integrity.

• Use Personal Protective Equipment (PPE)
  Always wear gloves, safety goggles, and a lab coat when handling PCE. Disposable nitrile gloves are preferred to prevent skin absorption.

• Operate in Controlled Environments
  Conduct all weighing, transferring, or diluting of PCE in a ventilated fume hood or laminar flow cabinet to prevent inhalation of any dust particles.

• Avoid Skin and Eye Contact
  Even trace contact can pose risks. Wash thoroughly after handling and avoid touching the face or mucous membranes until PPE is removed.

• Use Precise Measuring Equipment
  Due to the compound’s potency, always use analytical balances and micro-spatulas to avoid accidental over-measurement or exposure.

• Implement Spill Protocols
  Have activated charcoal, absorbent pads, and decontamination agents available in case of accidental spills. Staff should be trained on proper cleanup.

• Label All Containers Clearly
  To prevent mix-ups, containers should be clearly labeled with full chemical name, hazard classification, date of receipt, and intended use.

• Restrict Access to Authorized Personnel
  Store PCE in locked, access-controlled cabinets or refrigerators and limit handling to trained researchers only.

Yes, Eticyclidine (PCE) is often included in forensic and toxicological research frameworks. Its structural similarity to PCP and its ability to produce identifiable behavioral and physiological markers make it ideal for developing toxicological profiles, establishing calibration standards, and training detection instruments.

• Calibration Reference in Mass Spectrometry
  PCE is commonly used as a control compound for establishing retention times and fragmentation patterns in GC-MS and LC-MS systems.

• Study of Dissociative Intoxication
  Researchers use PCE to model cognitive and motor impairment in controlled settings, mimicking conditions seen in real-world substance abuse cases.

• Metabolic Pathway Analysis
  Forensic researchers analyze PCE’s metabolites to understand biotransformation and identify unique biomarkers for detection in blood, urine, or tissue.

• Comparative Toxicity Studies
  It serves as a baseline for evaluating the toxicity and behavioral consequences of related arylcyclohexylamine derivatives.

• Development of Field Tests and Detection Kits
  PCE is used in immunoassay research to develop rapid detection tools for law enforcement or medical emergencies.

• Behavioral Toxicology Models
  In animal studies, PCE enables detailed assessments of time-based dissociative effects, including reaction time delay, spatial disorientation, and motor instability.

• Chain of Custody and Storage Stability
  It is also studied for its shelf life and degradation patterns, ensuring accurate forensic interpretation over time.

Eticyclidine (PCE) is highly suitable for receptor binding assays and neuroreceptor mapping due to its strong and selective interaction with the NMDA receptor complex. Its pharmacological activity offers a robust model for evaluating antagonism, displacement kinetics, and receptor-ligand behavior in vitro.

• High NMDA Affinity
  PCE demonstrates strong binding affinity to the NMDA receptor’s PCP-binding site, making it useful in competitive radioligand assays.

• Radioligand Displacement Assays
  It is used to evaluate how other compounds may displace or compete with PCE for receptor binding, helping quantify relative binding strength.

• Cross-Affinity Testing
  Researchers often test PCE’s activity across sigma, kappa-opioid, and dopamine receptor sites to explore off-target effects.

• Quantitative Autoradiography
  PCE is used in neuroimaging studies to map receptor density and distribution in different regions of the brain using radioactive tracers.

• Structure-Activity Relationship (SAR) Studies
  PCE serves as a control or benchmark compound when designing analogues and evaluating how structural changes affect receptor interaction.

• Model for Drug Design
  It helps researchers understand binding conformations and interaction energies, guiding the development of new NMDA antagonists.

• Functional Selectivity Investigations
  PCE allows the examination of biased agonism or inverse agonism at secondary sites, expanding the scope of receptor pharmacology.

PCE and 3-MeO-PCE are chemically related arylcyclohexylamines, but they differ significantly in structure, duration, subjective effect profile, and receptor selectivity. These differences make them suitable for varied research purposes, especially when exploring the role of functional groups in modifying dissociative or psychotropic action.

• Chemical Structure Variation
  3-MeO-PCE contains a methoxy (-OCH₃) group attached to the phenyl ring, while PCE does not. This substitution alters lipophilicity and receptor affinity.

• Duration of Effects
  3-MeO-PCE tends to have a longer duration of action (6–8 hours) than PCE (4–6 hours), which can influence the choice of compound for time-sensitive studies.

• Potency and Dosage Thresholds
  PCE is generally regarded as slightly more potent than 3-MeO-PCE by weight, requiring lower active concentrations in in-vitro systems.

• Subjective Effects Modeling
  3-MeO-PCE is often reported to produce more euphoria and cognitive clarity in behavioral models, while PCE exhibits more potent dissociation and sensory distortion.

• Receptor Selectivity Differences
  3-MeO-PCE shows increased activity at sigma-1 receptors, while PCE is more selective for NMDA antagonism, making them complementary in receptor mapping.

• Solubility Profiles
  3-MeO-PCE may be more soluble in polar solvents due to its methoxy group, affecting how it is prepared in research formulations.

• Preferred Use Cases
  Researchers may prefer 3-MeO-PCE for long-term behavioral assays and PCE for acute-dose neurochemical disruption studies.

Yes, RC Plug offers bulk ordering options for universities, private labs, and institutions engaged in authorized research. We understand the logistical, legal, and financial considerations involved in large-volume chemical procurement and provide the necessary support and documentation to streamline the process.

• Discounted Pricing for Volume Orders
  Bulk orders benefit from tiered pricing models that reduce per-gram costs, allowing institutions to maximize budget efficiency.

• Flexible Invoicing and Payment Plans
  We accommodate institutional payment schedules and can issue formal invoices or pro forma requests for internal processing.

• Batch Consistency Assurance
  We provide large-quantity orders from a single batch to ensure consistency in experiments and eliminate cross-batch variability.

• Custom Documentation Support
  Safety Data Sheets (SDS), Certificates of Analysis (COA), and handling guidelines are included or made available upon request.

• Expedited Shipping and Logistics Coordination
  We offer priority dispatch, customs coordination, and consolidated packaging for bulk shipments to reduce lead times.

• Legal and Compliance Consultation
  Our support team assists with documentation needed for customs clearance or internal review boards, including MSDS filings and regulatory disclosures.

• Secure Storage and Transport Solutions
  For sensitive or scheduled compounds, we provide temperature-controlled shipping and tamper-evident containment systems.

At RC Plug, we believe in flexibility for all researchers, regardless of project size. While some suppliers impose rigid minimums, we offer Eticyclidine (PCE) in both small and large quantities to meet the unique needs of every lab. Whether you’re conducting a preliminary assay or a long-term study, we accommodate a range of order sizes.

• No Strict Minimum Quantity
  We do not enforce a mandatory minimum quantity for individual orders, making our platform ideal for pilot studies and early-phase research.

• Standard Research Sizes Available
  Common quantities such as 250mg, 500mg, 1g, and 5g are always in stock, each packaged with analytical precision and tamper-evident seals.

• Scalable Supply Chain
  If your study progresses or expands, you can place recurring orders or upgrade to bulk volumes without changing suppliers.

• Discounts on Larger Orders
  While small orders are allowed, larger quantities come with built-in discounts, reducing the per-unit cost for institutional clients.

• Support for Academic Trials
  We cater to educational and postgraduate researchers who may only require small amounts for data validation or teaching labs.

• Controlled Quantity Dispensing
  All PCE orders, regardless of size, are weighed using calibrated analytical balances to ensure exact dosing with zero waste.

Yes, we uphold rigorous quality assurance procedures for every chemical compound we offer, and Eticyclidine (PCE) is no exception. Testing for contaminants, by-products, and structural integrity is essential to ensure the reliability of your experimental data and the safety of your lab environment.

• Third-Party Laboratory Verification
  Each batch of PCE undergoes independent laboratory testing to confirm identity, purity, and absence of hazardous contaminants.

• GC-MS and HPLC Profiling
  We perform Gas Chromatography–Mass Spectrometry (GC-MS) and High-Performance Liquid Chromatography (HPLC) analyses to assess compound purity (≥98%).

• Heavy Metal Screening
  PCE is tested for trace amounts of heavy metals such as lead, mercury, and cadmium to ensure safe handling and disposal.

• Residual Solvent Analysis
  We confirm the absence or minimal presence of residual solvents that may be left over from the synthesis process, following ICH guidelines.

• Moisture Content Measurement
  Water content is controlled using Karl Fischer titration to guarantee storage stability and batch uniformity.

• Batch-Specific Certificates of Analysis (COAs)
  Upon request, we provide detailed COAs outlining the testing results, including chromatograms and spectrometric fingerprints.

• Consistent Retesting
  For batches held in long-term inventory, we retest at regular intervals to validate ongoing compliance with our purity standards.

Shipping discretion is one of our top priorities at RC Plug. We understand that privacy, security, and professionalism are vital when handling sensitive research compounds like Eticyclidine (PCE). Every step of our logistics chain—from packaging to delivery—is designed to minimize visibility and prevent interference.

• Unmarked Packaging
  All shipments are packed in plain, industrial-grade mailers or boxes with no branding, logos, or product identifiers.

• Tamper-Proof and Vacuum-Sealed Containers
  PCE is enclosed in double-layer, tamper-evident containers that are heat-sealed to maintain integrity during transit.

• Neutral Sender Information
  Packages are shipped under a generic sender name to avoid drawing attention from third parties, including customs or couriers.

• Customs-Compliant Labeling
  For international orders, we include generic descriptions (e.g., “Laboratory Reagent”) to remain compliant without revealing chemical specifics.

• Tracked Shipping Only
  All orders come with a tracking number, allowing you to monitor the shipment at every step while minimizing risk of loss.

• Overnight and Priority Options
  For researchers on tight deadlines, we offer overnight delivery to eligible locations using the most secure couriers available.

• Secure Repackaging on Request
  For additional privacy, we can provide alternate packaging configurations upon special request for high-risk or high-sensitivity regions.

Yes, tracking is standard on every Eticyclidine (PCE) order you place through RC Plug. We use a fully integrated logistics system that provides you with real-time visibility of your shipment status from dispatch to delivery.

• Automatic Tracking Updates
  Once your order is processed and shipped, you’ll receive an email containing your unique tracking number.

• 24/7 Real-Time Monitoring
  You can access your shipment status through our website or directly through the courier’s portal using your tracking number.

• Delivery Stage Notifications
  We notify you of major milestones such as dispatch, transit checkpoints, and delivery attempts.

• High-Quality Courier Networks
  We work with internationally trusted carriers (DHL, FedEx, UPS) to ensure the tracking system is accurate, up-to-date, and responsive.

• Assistance with Delays or Customs Holds
  If your tracking shows unexpected delays, our support team will investigate and help resolve issues with customs or local handlers.

• Custom Delivery Preferences
  We can accommodate specific delivery instructions (e.g., signature required, pickup point) to enhance security on your end.

• Backup Shipment Options
  If tracking indicates your shipment is lost, damaged, or held indefinitely, we will initiate a replacement process promptly.

RC Plug supports a variety of secure and privacy-focused payment methods for ordering Eticyclidine (PCE). We deliberately avoid traditional credit card processing to protect your anonymity and eliminate reliance on external payment gateways that may restrict research chemical transactions.

• Bitcoin (BTC)
  Preferred for its anonymity and security, Bitcoin transactions are fast, global, and leave minimal personal traceability.

• Bank Transfer (Wire)
  Accepted for institutional orders or larger quantities, with support for SWIFT and domestic transfers.

• Zelle
  Available for U.S.-based customers, offering instant, no-fee transactions directly from bank accounts.

• CashApp
  Fast, convenient, and mobile-friendly; ideal for repeat individual clients or small orders.

• Western Union
  Enables researchers in locations without banking access to complete payment in person using cash.

• No Credit Cards
  To reduce third-party interference, chargebacks, and regulatory issues, we do not accept Visa, Mastercard, or other credit card types.

• Payment Support Team
  If you encounter issues with any payment method, our support team can guide you through alternatives or assist with verification steps.

At RC Plug, we understand how crucial timely delivery is for research continuity. That’s why we provide a transparent and proactive resolution policy if your Eticyclidine (PCE) order is delayed, lost in transit, or undelivered. Our 30-day guarantee ensures you don’t absorb the risk—we do.

• 30-Day Full Refund or Replacement
  If your package doesn’t arrive within 30 days or is confirmed lost, we offer either a full refund or a reshipment at no additional cost.

• Immediate Response Protocol
  Our customer service team investigates all delay or loss claims within 24 hours of being notified.

• Courier Coordination
  We liaise directly with courier companies to track the issue, whether due to customs, misrouting, or delivery failure.

• Real-Time Status Monitoring
  You’ll receive tracking updates and investigation results as we work toward resolving the situation.

• No-Fault Replacements
  Even in the rare event that a delivery failure is not attributable to us, we often issue a one-time replacement as a courtesy to verified customers.

• Proof of Delivery Standards
  We require signature confirmation or verified GPS drop-off in high-risk zones to prevent disputes and losses.

• Customs Seizure Mitigation
  For countries with unpredictable customs, we offer discreet labeling and can split shipments to minimize risk.