Where to buy Cocaine for sale online

The market situation for cocaine has evolved significantly in recent years, driven by various factors, including the rise of online platforms and the emergence of designer drugs and research chemicals. Traditionally, cocaine has been associated with illicit street-level drug trade, with local dealers and sellers operating in discreet networks. However, the internet has transformed this landscape.
Today, prospective buyers can easily find cocaine for sale online through various vendors and websites. These online platforms have enabled sellers to expand their reach beyond local markets, offering buyers a more convenient and discreet purchasing experience. This shift has also given rise to the sale of designer drugs and research chemicals, some of which mimic the effects of cocaine while skirting legal restrictions.
As a result, the cocaine market has become more diversified and globalized. Buyers seeking this stimulant substance now have a broader range of options and sources, but they must exercise caution due to the proliferation of counterfeit or adulterated products. Law enforcement agencies and regulatory bodies actively monitor these online activities to curb illegal drug sales and ensure public safety. This evolving market landscape underscores the need for responsible and informed choices regarding drug consumption.

Summary

Cocaine, also known colloquially as coke, cola, snow, blow, white, and other names, belongs to the tropane class of classical stimulant substances. This alkaloid is naturally derived from the leaves of coca plants, primarily Erythroxylum coca and Erythroxylum novogranatense. Cocaine’s mechanism of action involves elevating serotonin, dopamine, and norepinephrine levels in the brain.
This illicit substance is among the world’s most widely distributed and heavily regulated drugs. A 2007 United Nations report ranked it the second most frequently used substance globally, trailing only behind cannabis. Cocaine is categorized as a significant street drug and a substance of abuse, alongside heroin and methamphetamine.
Its subjective effects encompass stimulation, heightened blood pressure, appetite suppression, disinhibition, increased motivation, ego inflation, boosted libido, and euphoria. Cocaine is typically administered through insufflation (commonly known as “snorting” or “sniffing”) and occasionally via injection. While oral consumption is less common, it yields a considerably longer duration of effects—around 60 minutes, as opposed to the 10 to 20 minutes experienced with insufflation or 5 minutes when smoked.
The typical cocaine high is characterized by a swift onset and brief duration, featuring an intense euphoric “rush” followed by a noticeable comedown or “crash,” which can encourage compulsive redosing. Prolonged and excessive use can elevate the risk of anxiety, paranoia, minor hallucinations, mania, and, in rare instances, psychosis.
Cocaine carries a high potential for abuse. Chronic use, particularly at high doses and with repeated administration, is associated with the development of tolerance and physiological dependence, which can become severe if untreated.
Moreover, there is evidence suggesting that cocaine presents distinct cardiotoxic hazards when compared to other central nervous system stimulants, including the entire amphetamine class. Even occasional use has been linked to the emergence of enduring heart conditions and appears to trigger sudden cardiac death in susceptible individuals (see the relevant section for further details).
It is strongly recommended to practice harm reduction measures to minimize associated risks and potential harm when using this substance.

Identifiers

IUPAC name
CAS Number	50-36-2
PubChem CID	446220
IUPHAR/BPS	2286
DrugBank	DB00907
ChemSpider	10194104
UNII	I5Y540LHVR
KEGG	D00110
ChEBI	CHEBI:27958
ChEMBL	ChEMBL370805
PDB ligand	COC (PDBe, RCSB PDB)
CompTox Dashboard (EPA)	DTXSID2038443
ECHA InfoCard	100.000.030
Chemical and physical data
Formula	C17H21NO4
Molar mass	303.358 g·mol−1

History and culture

Cocaine, known informally as coke, cola, snow, blow, white, and by various other names, has a rich history dating back a thousand years. Evidence of its use has been discovered in a rock shelter in Bolivia, where paraphernalia containing traces of five psychoactive chemicals, including cocaine and components of ayahuasca, were found.
In its early days, cocaine was not consumed as the powder we recognize today but as coca leaves, which were chewed to produce a milder stimulant effect akin to caffeine. This transition marked the beginning of cocaine’s separation from coca leaf use. The isolation of cocaine alkaloid was first documented in 1855 by German chemist Friedrich Gaedcke in the journal “Archiv der Pharmazie,” where he named it “erythoxyline.” In 1860, Albert Niemann isolated the alkaloid from coca and bestowed upon it the name cocaine. This marked the inception of cocaine’s journey away from coca leaf usage, and it soon piqued the interest of the Western medical community, leading to research publications within pharmaceutical circles.
One notable publication was Sigmund Freud’s “Cocaine Papers,” which, upon their initial release and rediscovery in 1974, significantly contributed to cocaine’s popularity. Freud speculated on cocaine’s medical potential as an anaesthetic due to its numbing effects and impact on hunger, sleep, and fatigue. He noted feelings of exhilaration, euphoria, increased self-control, and enhanced vitality, all without the unpleasant after-effects of alcohol. This contrasts with the modern understanding of cocaine’s propensity to induce cravings and compulsive redosing.
Freud also suggested cocaine’s use in morphine withdrawal treatment. His work culminated in “Uber Coca” in 1884, offering a scientific breakdown of cocaine’s potential uses and detailing various effects, including the euphoria and trademark mouth numbing.
According to a 2007 United Nations report, cocaine is the world’s second most widely used illicit substance, trailing only behind cannabis. In terms of usage rates as of 2007, Spain led with the highest rate (3.0% of adults in the previous year), followed by the United States (2.8%), England and Wales (2.4%), Canada (2.3%), Italy (2.1%), Bolivia (1.9%), Chile (1.8%), and Scotland (1.5%).
The name “cocaine” is derived from “coca” and the alkaloid suffix “-ine.” Cocaine boasts many common or street names, including coke, coca, cola, snow, ski, blow, nose candy, white, girl, and various regional variations such as Biff, Charlie, lemon, and flake in the UK.

Chemistry

Cocaine, a tropane alkaloid, naturally occurs in the coca plant leaves, Erythroxylum coca. It is most commonly encountered in its hydrochloride salt form, typically synthesized in clandestine laboratories in countries like Colombia. Notably, cocaine is sensitive to high temperatures and tends to decompose when exposed to intense heat. To facilitate vaporization, cocaine is sometimes converted into alternative forms: the freebase and hydrogen carbonate salts. These variants, known as cocaine base and “crack,” respectively, possess significantly lower boiling points than hydrochloride salt.
Cocaine’s chemical composition comprises three key components: a hydrophilic methyl ester moiety and a lipophilic benzoyl ester moiety. These elements replace the carboxylic acid and hydroxyl groups of ecgonine, facilitating rapid absorption through nasal membranes and the blood-brain barrier.
Due to two ester groups, cocaine exhibits relative instability in warm and humid conditions. When stored openly or in environments with high moisture levels, cocaine may experience a decrease in apparent potency over time. This decline is attributed to hydrolysis, leading to methyl ecgonine or benzoylecgonine formation.

Pharmacology

Cocaine’s primary and extensively studied impact on the central nervous system revolves around its ability to block the dopamine transporter. In essence, it functions as a reuptake inhibitor, halting the recycling of dopamine. This interruption leads to an excessive accumulation of dopamine in the synaptic cleft, the junction between neurons. The consequence is a heightened and prolonged post-synaptic effect of dopaminergic signalling. Additionally, to a lesser degree, cocaine exhibits similar reuptake-inhibiting effects on serotonin and noradrenaline neurotransmitters. This sudden surge of neurotransmitters produces the characteristic euphoric effects associated with cocaine use.
The pharmacodynamics of cocaine entail intricate interactions among neurotransmitters, with approximate ratios of monoamine uptake inhibition in rats being serotonin: dopamine = 2:3 and serotonin: norepinephrine = 2:5. The central focus of cocaine’s impact lies in its blockade of the dopamine transporter protein. Ordinarily, dopamine released during neural signalling is reabsorbed through this transporter, which binds to the neurotransmitter and shuttles it back into the presynaptic neuron for storage.
Cocaine forms a tight bond with the dopamine transporter, creating a complex that impedes the transporter’s function. Consequently, the dopamine transporter can no longer perform its reuptake duty, leading to the accumulation of dopamine in the synaptic cleft. This heightened dopamine concentration activates post-synaptic dopamine receptors, rewarding the drug and driving compulsive cocaine use.

Subjective effects

Disclaimer: The effects described below are based on anecdotal user reports and the subjective analysis of PsychonautWiki contributors, known as the Subjective Effect Index (SEI). It is essential to approach these effects with a degree of scepticism.

Additionally, these effects may not manifest predictably or reliably, with higher doses more likely to produce the full effects. It is crucial to note that higher doses can also increase the risk of adverse effects, including addiction, severe injury, or even death ☠.

Cocaine’s cognitive effects are dose-dependent, increasing intensity as the dosage increases. The typical mental state induced by cocaine is characterized by profound mental stimulation, heightened motivation, increased libido, and an overwhelming sense of euphoria and satisfaction. However, it’s essential to consider that the subjective experience of cocaine can vary significantly due to differences in quality and purity.

Physical Effects:

1. Stimulation: Cocaine provides an intense and energetic stimulation comparable to methamphetamine but often stronger than amphetamines, modafinil, caffeine, or methylphenidate. Users may experience uncontrollable physical movements at higher doses, including jaw clenching, body shakes, and vibrations, leading to a lack of fine motor control. This stimulation transitions into mild fatigue and exhaustion during the comedown.
2. Abnormal Heartbeat: Cocaine significantly elevates heart rate to potentially dangerous levels, especially with prolonged or high-dose use. Even minimal physical activity, such as walking, can cause an unusually rapid heartbeat, surpassing the effects of other stimulants. Users are advised to engage in less physical activity than usual due to the drug’s pronounced impact on heart rate and cardiac output.
3. Physical Euphoria
4. Increased Heart Rate
5. Increased Blood Pressure
6. Appetite Suppression: This effect can be less intense for inexperienced users.
7. Enhanced Bodily Control
8. Bronchodilation: Sometimes, this effect can be very noticeable, potentially leading to difficulty swallowing.
9. Dehydration
10. Frequent Urination
11. Bowel Movements
12. Increased Body Temperature
13. Increased Perspiration
14. Pain Relief: Cocaine’s anaesthetic properties cause numbness, primarily felt in the nasal passages, throat, and front teeth when insufflated. A numbing effect on the entire face may indicate the presence of cutting agents such as Novacaine.
15. Pupil Dilation
16. Mouth Numbing
17. Tactile Hallucinations: High doses or prolonged use of cocaine can lead to hallucinatory sensations, such as the feeling of bugs crawling on or under the skin (formication), often referred to as “coke bugs.”
18. Teeth Grinding: This effect is generally less intense than with MDMA.
19. Temporary Erectile Dysfunction
20. Vasoconstriction: Cocaine, like other stimulants, can cause users to feel colder in certain body parts, particularly the hands. Combining cocaine with other vasoconstrictors, such as nicotine, can be dangerous.

Cognitive Effects:

1. Analysis Enhancement: Typically present at low to moderate doses.
2. Anxiety or Anxiety Suppression
3. Compulsive Redosing: More prevalent with cocaine than with most other commonly used stimulants.
4. Cognitive Euphoria: When insufflated, an initial “rush” is felt within the first 5-10 minutes, followed by a lesser degree of mental euphoria. However, other mental and physical effects may persist beyond this initial rush.
5. Disinhibition
6. Ego Inflation: Occurs inconsistently or sporadically, sometimes only on the tail-end or with repeated dosing. It is notably less pronounced than with MDMA and entactogens.
7. Focus Enhancement: Most effective at low to moderate doses; higher doses may impair concentration. However, it is less prominent than with amphetamines.
8. Increased Libido: This may be more prominent due to its effects on testosterone levels, in addition to increased dopamine. Dosage can impact the intensity of this effect.
9. Increased Music Appreciation: May diminish or disappear with regular or prolonged use.
10. Irritability: Often experienced during the peak or comedown phase, known colloquially as “coke rage.”
11. Mania: Particularly noticeable with insufflation, marking cocaine as less clear-headed and functional compared to equipotent doses of amphetamines.
12. Memory Enhancement: Typically present only during the brief peak effects but can be notably pronounced, likely due to cocaine’s increased signalling of acetylcholine in the brain.
13. Memory Suppression: More prevalent at higher doses, primarily affecting short-term memory.
14. Suggestibility Suppression
15. Motivation Enhancement
16. Ringing in Ears: Commonly experienced when cocaine is administered intravenously, referred to as a “bell ringer.”
17. Thought Acceleration: This aspect may persist even after the main effects have worn off.
18. Thought Organization: Less pronounced compared to amphetamines.
19. Time Compression: Users may feel that time passes much quicker than usual.
20. Wakefulness: Less prominent compared to amphetamine stimulants, primarily methamphetamine.

After Effects:

The effects of stimulant use during the comedown phase are often adverse and uncomfortable, resulting from neurotransmitter depletion. The severity of the “crash” may depend on the dose. Common aftereffects include anxiety, cognitive fatigue, compulsive redosing, depression (especially at higher doses), irritability, motivation suppression, respiratory depression, tactile hallucinations, thought deceleration, and headaches.

Forms

Cocaine Paste: An unrefined extract derived from coca leaves containing 40% to 91% cocaine sulfate, other coca alkaloids and varying amounts of benzoic acid, methanol, and kerosene.

Salts: Cocaine is classified as a weakly alkaline compound (an “alkaloid”) and can form different salts when combined with acidic substances. The hydrochloride (HCl) salt of cocaine is the most commonly encountered, although sulfate (-SO4) and nitrate (-NO3) salts are occasionally found. These salts have varying solubilities in different solvents. The hydrochloride salt is polar and highly soluble in water.

Freebase: “Freebase” refers to the primary form of cocaine, as opposed to the salt form. It is nearly insoluble in water, unlike the hydrochloride salt, making it unsuitable for sublingual use or insufflation. Freebase cocaine can be converted into the salt form by treatment with ethers, isopropyl alcohol, and hydrochloric acid.

“Crack”: “Crack” is a lower-purity form of freebase cocaine, typically produced by neutralizing cocaine hydrochloride with a solution of baking soda (sodium bicarbonate, NaHCO3) and water. This process results in a complex, brittle, off-white-to-brown substance that contains sodium carbonate, entrapped water, and other impurities.

Smoking or Vaporization: Inhaling cocaine by smoking or vaporizing it into the lungs leads to an almost immediate and highly potent “high,” known as a “rush.” While the stimulating effects can persist for hours, the euphoria is short-lived, often prompting users to seek more immediately.

Coca Leaf Infusions: In regions where coca leaves are grown, coca herbal infusions (coca tea) are consumed much like other medicinal herbal infusions worldwide. The legal sale of dried coca leaves, marketed as filtration bags for “coca tea,” is actively promoted by governments in Peru and Bolivia for its perceived medicinal properties. Native populations also use coca leaves for various purposes, including treating altitude sickness.

Coca Leaf Chewing: Chewing coca leaves, often with lime, is a common practice in coca-producing areas. This practice numbs the mouth and provides mild stimulation.

Toxicity

Long-term Cocaine Use and Neurotoxicity:

Chronic cocaine use has been demonstrated to lead to neurotoxic effects in rodents and humans, resulting in significant morbidity and mortality rates. Prolonged use or abuse of cocaine can also lead to the short-term downregulation of neurotransmitters.

Cardiovascular Risks

While neurological effects are a concern, cocaine’s most potentially harmful physical consequences are cardiovascular. High doses of cocaine pose a severe risk of cardiac adverse events, particularly sudden cardiac death, due to cocaine’s inhibition of cardiac sodium channels. Additionally, sustained cocaine use may result in cocaine-related cardiomyopathy.

Nasal and Nasopharyngeal Effects

Regular cocaine insufflation, the most common method of consumption, can cause detrimental effects on the nasal passages and cavities. These adverse effects encompass the loss of the sense of smell, nosebleeds, difficulty swallowing, hoarseness, and chronic rhinorrhea.

Harm Reduction

It is essential to emphasize harm reduction practices when using this substance.

Lethal Dosage

Vulnerable individuals have succumbed to doses as low as 30 mg applied to mucous membranes, while addicts may tolerate daily doses of up to 5 grams.

Dependence and Abuse Potential

Like other stimulants, chronic cocaine use carries a high potential for addiction and abuse, leading to psychological dependence in some users. Cravings and withdrawal symptoms can emerge upon discontinuation, with addiction being a significant risk for heavy recreational users but unlikely for typical medical use.

Tolerance and Cross-Tolerance

Tolerance to cocaine’s effects develops with prolonged and repeated use, necessitating larger doses for the same effects. Cocaine exhibits cross-tolerance with all dopaminergic stimulants, diminishing their effectiveness after cocaine consumption.

Withdrawal Symptoms

Regular cocaine use can lead to addiction. When discontinuing the substance abruptly, users may experience a “crash” accompanied by withdrawal symptoms, including paranoia, depression, decreased libido, anxiety, itching, mood swings, irritability, fatigue, insomnia, intense cravings, and, occasionally, nausea and vomiting. These symptoms can persist for weeks to months, with an enduring desire to continue using cocaine.

Psychosis

Cocaine carries the potential to induce temporary psychosis, with over half of cocaine users reporting psychotic symptoms at some point. Symptoms include paranoid delusions, hallucinations, and delusional parasitosis (the sensation of “cocaine bugs”). Cocaine-induced psychosis may intensify with repeated intermittent use.

Dangerous Interactions

Combining cocaine with certain substances can lead to dangerous and life-threatening interactions. Examples include:

• Increased anxiety levels when combined with psychedelics.
• Heightened risk of heart issues when mixed with alcohol.
• The potential for seizures when used with tramadol.

Always research potential interactions before consumption.

Legal status

Australia: Cocaine is categorized as a Schedule 8 controlled drug, allowing for limited medical use, but is otherwise prohibited.

Austria: Possessing, producing, and selling cocaine is illegal in Austria under the SMG (Suchtmittelgesetz Österreich).

Bolivia: Limited coca cultivation is lawful, with coca leaf chewing and tea consumption considered cultural practices. Processed cocaine remains illegal.

Brazil: Personal cocaine use is decriminalized, while public consumption is considered a crime. Cultivation, transportation, and sale are illegal.

Canada: Cocaine is classified as a Schedule I drug under Canada’s Controlled Drugs and Substances Act.

Colombia: Despite previous legalization of less than 1 gram of personal possession, sale and possession are now illegal under a new nationwide police code.

Germany: Cocaine is controlled under Anlage III BtMG (Narcotics Act, Schedule III) and can only be prescribed on a narcotic prescription form. Possession of up to 5 grams is considered minor and may lead to prosecution.

Hong Kong: Use and possession of cocaine is illegal, except with a license issued by the Department of Health.

India: Using and possessing cocaine is illegal and requires a 10-year sentence.

Lithuania: Cocaine is classified as a Schedule I substance, prohibiting possession, production, and trade.

Mexico: Small doses of cocaine for personal use, among other substances, were legalized as of August 25, 2009. No action is taken for those carrying up to half a gram.

The Netherlands: Cocaine is deemed an illegal hard drug under the Opium Law 1928. Possession, production, and trade are prohibited, although possession of less than half a gram is typically not punished.

New Zealand: Cocaine is categorized as a Class A drug, with specific preparations containing minimal cocaine base considered Class C.

Nigeria: Possession of cocaine is a crime.

Pakistan: Use and possession of cocaine are illegal.

Peru: Coca plant cultivation is legal, and coca leaves are openly sold. Possession of up to 2 grams of cocaine or up to 5 grams of cocaine basic paste is legal for personal use, subject to specific conditions.

Portugal: Personal cocaine use is decriminalized, with drug abuse addressed through administrative and medical interventions. Trafficking remains illegal.

Saudi Arabia: Use and possession of cocaine are punishable by death.

Singapore: Possessing over 30 grams of cocaine results in a mandatory death sentence, although the Department of Health can grant exceptions.

South Africa: Cocaine is a controlled substance.

Switzerland: Cocaine is a controlled substance listed under Verzeichnis A.

United Kingdom: Cocaine is classified as a Class A drug under the Misuse of Drugs Act 1971. Medical use by doctors for pain control is permitted.

United States: Cocaine is designated as a Schedule II Narcotic under the Controlled Substances Act of the United States.

FAQ

1. What is cocaine?

Cocaine is a powerful stimulant drug derived from the coca plant. It is known for stimulating and euphoric effects on the central nervous system.

2. How is cocaine typically used?

Cocaine is commonly used by snorting it in powder form or dissolving it and injecting it intravenously. It can also be smoked when converted into the “crack” form. Less commonly, it may be ingested orally.

3. What are the short-term effects of cocaine use?

Short-term effects of cocaine use include increased energy, alertness, and euphoria. Users may also experience increased heart rate, dilated pupils, decreased appetite, and heightened sensitivity to stimuli.

4. What are the risks and dangers associated with cocaine use?

Cocaine use can lead to various health risks, including addiction, cardiovascular problems, respiratory issues, anxiety, paranoia, and even overdose, which can be fatal. Long-term use can also result in physical and mental health problems.

5. Is cocaine addictive?

Yes, cocaine is highly addictive. Many individuals who use cocaine regularly develop a strong psychological and physical dependence on the drug, making quitting challenging.

6. Are there any medical uses for cocaine?

Cocaine does have limited medical uses, primarily as a local anaesthetic in specific medical procedures. However, its medical use is tightly regulated due to its potential for abuse.

7. How long do the effects of cocaine last?

The duration of cocaine’s effects can vary depending on the method of use. Snorting cocaine typically results in effects lasting 15 to 30 minutes, while smoking or injecting may lead to a shorter but more intense high.

8. Can cocaine use lead to long-term health problems?

Yes, chronic cocaine use can have severe consequences, including cardiovascular issues, respiratory problems, neurological impairments, mental health disorders like depression and anxiety, and damage to various organ systems.

9. Is there any safe or responsible way to use cocaine?

Cocaine use is associated with significant health risks, and there is no safe way to use it recreationally. It is a highly addictive drug with the potential for life-threatening consequences.

10. What should I do if I or someone I know is struggling with cocaine addiction?

If you or someone you know is facing cocaine addiction, seek help immediately. Contact a healthcare professional, addiction counsellor, or a local addiction treatment centre. Recovery is possible with the proper support and treatment.

11. Is cocaine use illegal?

In many countries, including the United States and most of Europe, the possession, sale, and use of cocaine for recreational purposes are illegal. Legal restrictions and penalties vary by location.

12. Can cocaine use be detected in drug tests?

Yes, cocaine use can typically be detected through various drug tests, including urine, blood, saliva, and hair. Detection times vary, but cocaine is generally detectable for several days to a few weeks after use.

13. What resources are available for individuals seeking help for cocaine addiction?

Numerous resources are available, including addiction treatment centres, support groups, counselling services, and hotlines. Organizations like Narcotics Anonymous (NA) and local addiction treatment facilities can assist.

Remember that cocaine use carries significant risks, and it is essential to prioritize your health and well-being. If you or someone you know is struggling with cocaine addiction, seeking help and support is crucial for recovery.

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