What does smoking pure coke do to you? how long does it take to flush out of your system?

Answer 1

IF..... you were to smoke pure cocaine you wouldnt be asking this question. It would stop your heart immediately. Also smoking cocaine can crystalize in your lungs and cause respitory problems. As for flushing out the bodies system....you need to think about getting help, cocaine can stay in your system for months and have a life lasting effect.

Answer 2

Lets say you smoke 1 it stays 30 days , 2 days later you smoke another . So you have 28 days on the first one and now you add 30 more days with the second .28 plus 30 = 58 . And the more you smoke the more it stacks up . My brother was told by a nurse he would probably never get it out of his system , since he has done it so long .

Answer 3

you cant really smoke pure cocaine. it would have to be made into crack. the only way you can smoke coke is if you sprinkle it on weed. just coke alone takes like 3 or 4 days to get out of your system. but weed takes a month. it all depends on the fluids you drink and your body fat.

Answer 4

pure cocaine only stays in your system for about an hour. i havent seen it since the 70s. thats why we used to call it smore. back then it was pretty easy to do up a couple of grams in a night. then they started cutting it with speed which made it last longer. by the early 80s it was 80% speed. if you wernt around in the 70s, youve never done pure coke.

Answer 5

It will get you higher than powder for about 20-30 minutes. It leaves the body about 24 hours afterwards...

Answer 6

Makes your heart pound faster, and gives you an incredible rush, this is why it is so addicting. It leaves your system after 24 hours.

Answer 7

It burns holes in your brain.

Thirty days top clear your system, but some of the side effects are permanent.

Answer 8

sniff it, its good and better for you. That's why it's called nose-candy...
I've done it a few times goin to the clubs, its fun but I just dont want to get into it, 2 much money.

Answer 9

Effects and health issues

Acute
Cocaine is a potent central nervous system stimulant. Its effects can last from 20 minutes to several hours, depending upon the dosage of cocaine taken, purity, and method of administration.

Overdose causes tachyarrhythmia’s and a marked elevation of blood pressure. These can be life-threatening, especially if the user has existing cardiac problems.
The LD50 of cocaine when administered to mice is 95.1 mg/kg. [16] Toxicity results in seizures, followed by respiratory and circulatory depression of medullar origin. This may lead to death from respiratory failure, stroke, cerebral hemorrhage, or heart-failure. Cocaine is also highly phylogenic, because the stimulation and increased muscular activity cause greater heat production. Heat loss is inhibited by the intense vasoconstriction. Cocaine-induced hyperthermia may cause muscle cell destruction and myoglobinuria resulting in renal failure. There is no specific antidote for cocaine overdose.
Cocaine's primary acute effect on brain chemistry is to raise the amount of dopamine and serotonin in the nucleus accumbens (the pleasure center in the brain); this effect ceases, due to metabolism of cocaine to inactive compounds and particularly due to the depletion of the transmitter resources (tachyphylaxis). This can be experienced acutely as feelings of depression, as a "crash" after the initial high. Further mechanisms occur in chronic cocaine use.

Chronic
With chronic cocaine intake, brain cells functionally adapt (respond) to strong imbalances of transmitter levels in order to compensate extremes. So receptors disappear from or reappear on the cell surface, resulting more or less in an "off" or "working mode" respectively, or they change their susceptibility for binding partners (ligands) – mechanisms called down-/up regulation. Chronic cocaine use leads to a DAT up regulation, further contributing to depressed mood states. Finally, a loss of vesicular monoamine transporters appears to indicate a long term damage of dopamine neurons.
All these effects contribute to the rise in an abuser's tolerance thus requiring a larger dosage to achieve the same effect. The lack of normal amounts of serotonin and dopamine in the brain is the cause of the dysphoria and depression felt after the initial high. The diagnostic criteria for cocaine withdrawal is characterized by a dysphoric mood, fatigue, unpleasant dreams, insomnia or hypersomnia, E.D., increased appetite, psychomotor retardation or agitation, and anxiety.
Cocaine abuse also has multiple physical health consequences. It is associated with a lifetime risk of heart attack that is seven times that of non-users. During the hour after cocaine is used, heart attack risk rises 24-fold.
Side effects from chronic smoking of cocaine include chest pain, lung trauma, shortness of breath, sore throat, hoarse voice, dyspnea, and an aching, flu-like syndrome. A common misconception is that the smoking of cocaine chemically breaks down tooth enamel and causes tooth decay. However, cocaine does often cause involuntary tooth grinding, known as bruxism, which can deteriorate tooth enamel and lead to gingivitis[
Chronic intranasal usage can degrade the cartilage separating the nostrils (the septum nasi), leading eventually to its complete disappearance. Due to the absorption of the cocaine from cocaine hydrochloride, the remaining hydrochloride forms a dilute hydrochloric acid.[1]
Cocaine may also greatly increase this risk of developing rare autoimmune or connective tissue diseases such as lupus, Goodpasture's disease, vasculitis, glomerulonephritis and other diseases. It can also cause a wide array of kidney diseases and renal failure . While these conditions are normally found in chronic use they can also be caused by short term exposure in susceptible individuals.
There have been published studies reporting that cocaine causes changes in the frontal lobe of the brain. The full extent of possible brain deterioration from cocaine use is not known.

Answer 10

im sure its out in 72 hours at your last hit