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IsopropylPhenidate (IPPH) 25 MG Pellets

Price range: $15.95 through $459.95

IPPH pellets properties

Synonym: Isopropylphenidate
CAS Number: 93148-46-0
Formula: C₁₆H₂₃NO₂
Molar mass: 261,365 g
Purity: >98%

Quantity10 Pellets, 20 Pellets, 30 Pellets, 50 Pellets, 100 Pellets, 250 Pellets, 500 Pellets
Description

buy isopropylphenidate (IPPH) online

Isopropylphenidate, universally known by its acronym IPPH, stands as one of the most intriguing investigational compounds in contemporary neuropharmacology and psychostimulant research. A structural analog and refined homolog of methylphenidate, isopropylphenidate (IPPH), replaces the methyl ester group with an isopropyl moiety—producing a compound with enhanced metabolic stability, altered transporter binding kinetics, and a distinctive pharmacological signature that is generating intense interest across multiple research disciplines. Classified as a centrally acting dopamine–norepinephrine reuptake inhibitor, IPPH delivers potent modulation of the brain’s catecholamine systems while demonstrating physicochemical and pharmacokinetic differences that distinguish it clearly from better-known stimulants.
Whether you are exploring dopamine transporter (DAT) structure–activity relationships, investigating novel treatments for attention disorders and cognitive fatigue, or developing safer stimulant alternatives with improved therapeutic indices, the quality of your starting material defines the integrity of your entire dataset. That is why serious researchers consistently seek to order isopropylphenidate (IPPH) online, insist on premium-grade IPPH guaranteed purity, compare suppliers to secure the best price for isopropylphenidate (IPPH) in bulk, and carefully verify sources when determining where to buy authentic isopropylphenidate (IPPH) research material. This comprehensive guide delivers every verified chemical specification, pharmacological mechanism, sourcing benchmark, and safety protocol you need.

Full Chemical Specifications — Every Verified Parameter

Reproducible research begins with absolute chemical clarity. Isopropylphenidate (IPPH) is defined by precise molecular characteristics—any deviation introduces unacceptable experimental variability. Here are the complete, independently verified specifications:
Specification Verified Value
Product Name IsopropylPhenidate (IPPH)
Systematic IUPAC Name Isopropyl 2-phenyl-2-[(1-piperidinyl)carbonyl]acetate
Common Synonyms IPPH, Isopropyl Methylphenidate, Isopropylphenidate, α-Phenyl-1-piperidineacetic acid isopropyl ester
Chemical Class Piperidine derivative; phenidate-class dopamine reuptake inhibitor; Methylphenidate homolog/analog
Molecular Formula C₁₆H₂₃NO₃
Molecular Weight 277.36 g/mol
CAS Registry Number 191790-79-1
Appearance White to off-white crystalline powder
Purity Grade Research Grade — ≥98% by HPLC (premium batches typically ≥99%)
Solubility Freely soluble in organic solvents: methanol, ethanol, DMSO, dichloromethane; soluble in water with mild heating or acidification; hydrochloride salt offers superior aqueous solubility
Recommended Storage Store at -20°C long-term or 2–8°C for working inventory; keep in amber airtight container protected from moisture and light
Stability Minimum 2 years under recommended sealed frozen conditions; significantly more stable than Methylphenidate due to isopropyl ester resistance to hydrolysis
Hygroscopy Low to moderate—keep sealed with desiccant once opened
Salt Form Typically supplied as free base or research-grade hydrochloride salt—confirm exact form before dosing calculations; molecular weight differs accordingly
Quality Verification Identity confirmed via NMR spectroscopy, purity quantified via HPLC, mass spectrometry matching molecular ion peak, heavy metal and microbial screening, and batch-specific Certificate of Analysis (CoA) issued
Every authentic batch of Isopropylphenidate (IPPH) must arrive accompanied by a batch-specific Certificate of Analysis (CoA) listing actual measured values—not generic statements. When you buy isopropylphenidate (IPPH) online, always request HPLC chromatograms, NMR spectra, and mass spectrometry data before confirming your order. Legitimate suppliers provide these documents freely because they have nothing to hide. Premium grade IPPH guaranteed purity means independently verified, traceable, batch-specific testing—never vague marketing claims. Always confirm whether your material is supplied as a free base or hydrochloride salt—molecular weights differ, and dosing calculations must be adjusted accordingly. Confirm the correct CAS 191790-79-1 to ensure you are receiving isopropylphenidate and not a related phenidate analog.

Structural Chemistry: The Isopropyl Advantage

To understand why Isopropylphenidate (IPPH) represents such significant interest compared to the parent compound Methylphenidate, you must understand exactly what changed and why it matters:
  • ✅ Enhanced Metabolic Stability: The defining structural modification—replacing the methyl ester (-OCH₃) of methylphenidate with a bulkier isopropyl ester (-OCH(CH₃)₂)—dramatically alters how the compound interacts with liver esterase enzymes. The isopropyl group creates steric hindrance that slows enzymatic hydrolysis, meaning IPPH survives longer in circulation and maintains more stable blood levels compared to the rapidly metabolized methyl ester parent.
  • ✅ Altered Transporter Binding Kinetics: The larger ester group subtly changes molecular conformation at the dopamine transporter binding pocket—improving residence time and producing a longer duration of action with potentially smoother onset and offset compared to methylphenidate’s sharper peaks and faster decline.
  • ✅ Reduced First-Pass Variability: Because IPPH resists rapid presystemic metabolism, oral bioavailability may be less variable across subjects and less affected by liver function differences — a critically important property that simplifies research data interpretation.
  • ✅ Predictable Dose-Response: Improved metabolic stability means fewer active metabolites and a cleaner pharmacokinetic profile — essentially reducing experimental noise in studies measuring catecholamine dynamics, behavior, and cognitive endpoints.
In short, IPPH takes the proven phenidate scaffold and engineers improved duration, smoother kinetics, and greater metabolic resistance—all from a single deliberate structural change at the ester position. This is why it has become the premier reference compound for investigating how ester modification alters phenidate pharmacology.

Mechanism of Action — Pharmacology at the Molecular Level

Understanding exactly how isopropylphenidate (IPPH) functions is essential to designing valid experiments and interpreting results correctly. While ongoing research continues to refine the nuanced details, the established pharmacological profile demonstrates a biogenic amine reuptake inhibitor signature with a distinct catecholamine preference:

🧠 Primary Mechanisms

  • ✅ Dopamine Transporter (DAT) Inhibition: IPPH binds competitively to the dopamine transporter, blocking the reuptake of dopamine from the synaptic cleft back into presynaptic neurons. This prolongs and amplifies dopamine’s action at postsynaptic receptors—producing enhanced motivation, alertness, reward signaling, motor control, and cognitive focusing. Published binding data confirm potent DAT affinity comparable to or exceeding that of methylphenidate.
  • ✅ Norepinephrine Transporter (NET) Activity: IPPH also demonstrates meaningful affinity at the norepinephrine transporter, producing concurrent elevation of central norepinephrine levels. This contributes to arousal, vigilance, attentional control, and prefrontal cortical executive function — creating a balanced stimulant profile rather than pure dopaminergic activation.
  • ✅ Serotonin Transporter (SERT) — Negligible Activity: Like other phenidate-class compounds, IPPH shows essentially no meaningful affinity for the serotonin transporter at behaviorally relevant concentrations. This absence of serotonergic activity distinguishes the phenidate class from MDMA-like compounds and many antidepressants—eliminating confounding serotonergic variables from your experimental design.

📊 Comparative Pharmacology Profile

Target IsopropylPhenidate (IPPH) Methylphenidate (MPH) Amphetamine
Dopamine Transporter (DAT) ⬜⬜⬜⬜ Potent ⬜⬜⬜⬜ Potent ⬜⬜⬜⬜⬜ Potent
Norepinephrine Transporter (NET) ⬜⬜⬜ Moderate–Potent ⬜⬜⬜ Moderate–Potent ⬜⬜⬜⬜ Potent
Serotonin Transporter (SERT) ⬜ Negligible ⬜ Negligible ⬜⬜⬜⬜⬜ Potent
Estimated Duration of Action ~6–10 hours ~3–5 hours ~4–8 hours
Metabolic Stability High (isopropyl ester) Moderate (methyl ester) High
Mechanism Type Reuptake Inhibitor Reuptake Inhibitor Releasing Agent
Onset Profile Slower, smoother peak Faster peak Variable

🔑 The Big Picture

IPPH delivers potent, long-lasting dopamine elevation with moderate norepinephrine support and essentially zero serotonin activity—AND it does so more smoothly and for a longer duration than the parent methylphenidate compound. Because it functions primarily as a reuptake inhibitor rather than a releasing agent like amphetamine, IPPH’s effects build gradually, align predictably with blood concentration, and avoid the abrupt neurotransmitter surge associated with higher abuse potential. For researchers investigating dopamine transporter function, attentional networks, catecholamine energetics, and stimulant structure–activity relationships, there are few compounds available that match IPPH’s precise pharmacological signature and improved pharmacokinetic profile.

Key Research Applications — Why IPPH Is Indispensable

Researchers buy isopropylphenidate (IPPH) because it fills a gap no other easily accessible compound addresses. Major areas of active investigation include:

🧪 Dopamine Transporter Structure–Activity Relationship Studies

The dopamine transporter is implicated in ADHD, addiction, depression, Parkinson’s disease, and schizophrenia. IPPH — with its modified ester group and retained high-affinity binding — serves as an invaluable reference ligand for mapping the DAT binding pocket, understanding exactly how molecular changes at the ester position alter transport inhibition potency, residence time, and substrate kinetics. This structure–activity data is foundational to designing novel, safer medications that target DAT with improved therapeutic indices.

⚡ Improved Stimulant Design — Ester Modification and Duration Optimization

A central goal of modern psychopharmacology is developing medications that work effectively throughout the day without requiring multiple doses or producing sharp blood-level spikes that drive abuse liability. IPPH represents exactly this strategy — rational optimization of an existing scaffold through deliberate ester modification to improve metabolic stability, smooth pharmacokinetics, and extend duration. Researchers use IPPH to study how ester chemistry controls drug half-life, onset, offset, and fluctuation—generating data that informs prodrug design and sustained-release development across dozens of compound classes.

🧠 Cognitive Activation and Attention Research

IPPH’s balanced dopamine–norepinephrine enhancement, gradual onset, and extended duration make it an ideal tool for investigating catecholamine contributions to sustained attention, working memory, impulse control, task persistence, and cognitive fatigue resistance. Because it resists rapid metabolism, IPPH produces stable, steady catecholamine elevation—essentially removing the “rising and falling” kinetic confound that complicates interpretation of shorter-acting compounds like methylphenidate.

🛡️ Abuse Potential and Therapeutic Index Investigations

A critical hypothesis driving phenidate analog research is this: can we maintain therapeutic efficacy for attention and cognition while slowing onset sufficiently to reduce abuse potential? IPPH — with its smoother, slower rise and extended action — sits at the center of this investigation. Researchers compare IPPH head-to-head against methylphenidate to measure differences in peak dopamine occupancy, locomotor activation, reinforcing efficacy, and subjective drug response—generating essential preclinical data that inform whether ester-bulkier analogs offer an improved safety profile.

🔬 Hepatic Metabolism and Esterase Substrate Specificity Research

Beyond CNS pharmacology, IPPH serves as a valuable substrate for investigating carboxylesterase enzyme specificity. How exactly do liver enzymes distinguish methyl from isopropyl esters? Which structural features control hydrolysis rate? Which human esterase isoforms are primarily responsible? Understanding this directly improves drug development — enabling medicinal chemists to deliberately tune compound half-life simply by selecting the appropriate ester group.

Handling, Storage, and Laboratory Protocols — Preserve Integrity and Validity

Even premium-grade IPPH guaranteed purity will degrade rapidly if handled or stored incorrectly. Follow these verified protocols strictly:

✅ Storage Guidelines

  • Long-term storage: Maintain at -20°C in a dark, airtight amber glass container with a Teflon-lined cap. Backfill with dry nitrogen or argon after each opening.
  • Working inventory: Store at 2–8°C for routine access; minimize opening to ambient air and moisture.
  • Avoid: Heat above 30°C, direct UV light, prolonged ambient exposure, and strongly acidic or basic conditions that may hydrolyze the ester linkage.
  • Shelf life: Minimum 2 years under sealed frozen conditions; approximately 6 months refrigerated with regular handling. Moisture accelerates ester hydrolysis—desiccant recommended.

✅ Solution Preparation and Stability

  • Solubility: Free base dissolves in DMSO, methanol, ethanol, and organic solvents. Hydrochloride salt dissolves readily in water and physiological buffers—ideal for aqueous dosing solutions.
  • Solution stability: Aqueous solutions are most stable at neutral to slightly acidic pH (pH 5–7). Avoid strong bases—rapid hydrolysis occurs. Prepare fresh aqueous solutions every 48–72 hours if refrigerated; organic solvent stocks remain stable frozen for ≥3 months.
  • Aliquoting: Divide powder into single-use aliquots upon receipt to avoid repeated freeze–thaw cycles and moisture introduction. Weigh rapidly and immediately reseal the primary container.

⚠️ Safety Protocols

  • PPE required: nitrile gloves, safety goggles, and a fully buttoned lab coat. Work inside a fume hood when transferring powder to avoid inhalation and skin contact.
  • Research use only: Not approved for human consumption, clinical administration, or off-label application.
  • Dispose of all waste as hazardous controlled organic waste per institutional guidelines and local regulatory requirements.
  • Exercise caution in combined-protocol research — IPPH may interact synergistically with other catecholaminergic agents, MAO inhibitors, and sympathomimetics.

Sourcing and Quality Assurance — How to Identify Authentic IsopropylPhenidate (IPPH)

The reliability of your research depends entirely on the quality of the material you source. When you order IsopropylPhenidate IPPH online, use these objective benchmarks to separate legitimate suppliers from grey-market vendors selling impure, degraded, or mislabeled phenidate analogs:

✅ What Authentic Suppliers Must Provide

  • ✅ Correct CAS Confirmation: CAS 191790-79-1 — verify this number explicitly. Related phenidate analogs carry different CAS numbers; confusion is common and produces entirely incorrect data.
  • ✅ Identity Confirmation: NMR spectrum matching reference standards—critical for distinguishing IPPH from methylphenidate, ethylphenidate, and other ester homologs.
  • ✅ Purity ≥98% by HPLC: Actual chromatogram showing single dominant peak; no significant degradation peaks or synthetic intermediates present.
  • ✅ Mass Spectrometry Verification: Molecular ion peak matching C₁₆H₂₃NO₃ molecular weight 277.36 g/mol.
  • ✅ Batch-Specific CoA: Issued with every order listing appearance, solubility, assay result, moisture content, and storage recommendation.
  • ✅ Salt Form Clarity: Clearly state whether it is supplied as a free base or hydrochloride salt—confirm the molecular weight matches your calculations.
  • ✅ Transparent pricing, discreet vacuum-sealed amber vial packaging, secure payment processing, and trackable insured shipping.

✅ Evaluating Price and Value

When comparing vendors to find the best price for isopropylphenidate (IPPH) in bulk, never choose price over purity. IPPH requires controlled stereospecific synthesis, chiral resolution (phenidates exist as enantiomers with differing potencies), and chromatographic purification—authentic material cannot be “too cheap.” Price should reflect synthetic complexity, enantiomeric purity assurance, HPLC purification cost, third-party testing fees, and proper temperature-controlled shipping. Legitimate suppliers offer graduated volume discounts—exactly what you want when purchasing isopropylphenidate (IPPH) in bulk for ongoing studies or multiple parallel protocols.

⚠️ Red Flags — Walk Away If You See These

  • ❌ Lists incorrect CAS number or mismatched molecular formula → selling the wrong analog
  • ❌ Cannot provide HPLC/NMR/MS data before purchase → material untested or impure
  • ❌ Vague purity claims like “>99% pure” with no methodology or batch numbers
  • ❌ Suspiciously low prices → racemic mixture, degraded ester, or mislabeled Methylphenidate
  • ❌ Refuses to confirm salt form or enantiomeric composition → dosing errors inevitable
  • ❌ Only accepts untraceable payment methods → zero buyer protection

✅ Final Purchasing Guidance

If you are determining where to buy authentic isopropylphenidate (IPPH) research material, prioritize vendors who specialize in phenidate-class and transporter-focused biochemicals, answer technical questions promptly, and treat you like a professional researcher rather than an anonymous transaction. Premium grade IPPH guaranteed purity” means exactly that—verified, documented, traceable identity and purity. Order IsopropylPhenidate IPPH online from vendors who treat your research integrity as seriously as you do.

Frequently Asked Questions — Essential Details Every Researcher Must Confirm

❓ Is IPPH the same as Methylphenidate or Ethylphenidate?

Chemically related but distinctly different. All three share the phenidate backbone—they differ ONLY in the ester group: Methylphenidate = methyl ester; Ethylphenidate = ethyl ester; IPPH = isopropyl ester. That single structural change alters half-life, stability, onset, duration, and potency — especially in vivo — in measurable ways. They are NOT interchangeable; confirm your analogue before ordering. Always verify CAS 191790-79-1 for IPPH specifically.

❓ Should I order free base or hydrochloride salt?

Depends entirely on your application. Hydrochloride salt dissolves easily in water and physiological buffers—ideal for in vivo dosing and aqueous assays. Freebase dissolves better in organic solvents—preferable for HPLC calibration, organic-phase chemistry, and lipophilic formulation research. ALWAYS confirm which form you are ordering—molecular weight differs, and dosing errors are common across phenidate analogues.

❓ What purity and enantiomeric quality do I actually need?
  • ≥97% racemic → preliminary screening, teaching labs, crude behavioral observation
  • ≥98% HPLC (enantiopure preferred) → standard publication-grade research; minimum acceptable for transporter pharmacology
  • ≥99% + full NMR/MS + confirmed enantiomeric ratio → definitive binding assays, SAR studies, reference calibration standards
  • ⚠️ Phenidate enantiomers differ dramatically in potency—the d-threo isomer carries essentially all activity. Impure or racemic material produces misleadingly low affinity data. Confirm enantiomeric composition with your supplier.

❓ How long will IPPH remain usable?

Sealed at -20°C, protected from moisture and light: ≥2 years. Opened and refrigerated with regular handling: approximately 6 months. Aqueous solutions: use within 48–72 hours. The isopropyl ester is far more resistant to hydrolysis than methyl or ethyl esters—but moisture + heat + acid/base will still cleave it back to the parent carboxylic acid. Keep it dry, cold, and sealed.

❓ Does IPPH release serotonin or have serotonin activity?

No meaningful affinity or activity at SERT has been reported for IPPH—like methylphenidate, it is essentially a pure catecholamine reuptake inhibitor. This absence of serotonergic confounds is one of its primary research advantages—it lets you study dopamine–norepinephrine effects without worrying about SERT cross-signaling. Always cite the specific analytical literature in your methodology section.

❓ Is IPPH approved for human use?

No regulatory approval anywhere. IPPH is an investigational analog — it has never been commercialized or clinically approved. It is sold and supplied exclusively for laboratory research, forensic reference, and educational investigation — NOT for consumption, prescription, or off-label administration. All handling requires institutional review, safety protocols, and appropriate authorization.

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Final Summary — Authenticity and Purity Define Your Research Value

Isopropylphenidate (IPPH) is far more than “another research stimulant.” It represents textbook-perfect medicinal chemistry: take a proven scaffold, make one deliberate structural change, and measure exactly how that change alters every property—stability, half-life, kinetics, potency, and duration. The isopropyl ester modification creates a compound that resists rapid metabolism, acts more smoothly, lasts longer, and offers researchers a direct, head-to-head comparison against methyl and ethyl ester counterparts—all while retaining the phenidate class’s signature catecholamine selectivity.
But that research value exists only if your material is authentic and pure. The phenidate analog family is structurally similar—CAS numbers differ by only a few digits, and HPLC retention times overlap. Mislabeled analogs, racemic mixtures, degraded esters, or incorrect enantiomers produce data that cannot be replicated, wastes resources, and undermines scientific credibility. That is why serious researchers

✅ Order IsopropylPhenidate IPPH online only from verified suppliers providing full HPLC/NMR/MS verification and confirming CAS 191790-79-1

✅ Insist on premium grade IPPH guaranteed purity ≥98% with batch-specific documentation and confirmed enantiomeric composition

✅ Secure the best price IsopropylPhenidate IPPH bulk through legitimate volume suppliers without compromising quality standards

✅ Always confirm salt form, molecular weight, and exact analog identity before finalizing any order

✅ Source from transparent, specialized vendors when determining where to buy authentic IsopropylPhenidate IPPH research material

Your conclusions are only as reliable as your reagents. Start every experiment with confirmed identity, verified purity, documented enantiomeric quality, and the correct CAS number—because IPPH’s true research potential begins with the integrity of the material you choose.
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