Can you rail ritalin

College or university students might misuse Ritalin because they think it will help them focus better on their studies by making it easier to pay attention and stay alert. Some people who misuse Ritalin might feel high or excited, even when only low doses are taken. Others feel more excited when a high dose is taken. When misused, the drug can make people feel more alert or sleepier. Very high doses can make you very agitated and restless and confused delirious.

You could have seizures, serious heart rhythm changes, and even end up in a coma. People who misuse high doses of Ritalin every day can become paranoid or hallucinate. This seems to go away when they stop using the drug but this may take some time. Sometimes these effects don't completely go away.

These fillers can get into the lungs and cause breathing problems or lung disease. People who misuse Ritalin for a long time eventually need to take more of the drug to get the same effects tolerance. They can get dependent on the way it makes them feel. They can also become physically dependent. Although research is still being done on the exact effects of methylphenidate on the brain, researchers believe that the drug influences the levels of certain brain chemicals.

Also, too much Ritalin can cause significantly increased levels of dopamine, which has been shown to cause unpleasant changes in mood. Some of the feelings most commonly reported as a result of Ritalin abuse include nervousness, agitation, anxiety, irritability, depression, confusion and restlessness. In rare cases, Ritalin abuse may also result in bouts of irrational mood swings, including extreme and sudden aggression or paranoia.

If an individual is suspected of snorting Ritalin, they may exhibit specific behaviors or signs that could indicate their misuse of the drug. Finding individualized treatment for Ritalin abuse and addiction is vital to overcoming the effects of the drug. Many people believe that because Ritalin is a prescription medication it is safe to misuse, this is not the case. The first step to recovering from a Ritalin use disorder is to detox from the substance and remove it from the body completely.

Once an individual stops Ritalin use, they may experience intense cravings for the drug. Inpatient addiction treatment programs can assist individuals in overcoming these cravings and teach them additional coping skills so that they can better manage their addictive habits. Formal substance abuse treatment often incorporates a behavioral therapy such as cognitive-behavioral therapy CBT or dialectical behavioral therapy DBT , which are useful tools for addressing the psychological aspects of addiction.

Behavioral therapy, in combination with other medications, such as antidepressants or less potent stimulants, can help individuals come off of Ritalin safely and effectively.

This page does not provide medical advice. Don't Wait. Get Help Now Medically reviewed by Dr. Gerardo Sison, Pharm. Addiction happens when a drug causes brain changes that lead a person to seek and take drugs compulsively. For the most part, researchers tend to focus on how much of a drug it takes to cause these brain changes. But in predicting the risk of addiction, how fast and how often drugs get to the brain can be more important than how much. Researchers have used rats to investigate this issue, finding that both the speed with which a drug reaches the brain and how often brain levels rise and fall during intoxication have a huge influence on addiction.

One series of studies carried out in part in my laboratory shows that rats taking rapid injections of a drug cocaine, in this instance develop a stronger desire for it.

In these studies, rats voluntarily pressed a small lever to take intravenous injections of cocaine daily. For some rats, each dose was injected quickly, in five seconds. This brings cocaine to the brain about as fast as smoking it. For other rats, cocaine was injected over 90 seconds, which gets it to the brain about as fast as snorting. Compared to the rats taking slower injections, the rats taking rapid injections developed an excessive desire to obtain cocaine.

After a long abstinence period, they were also more likely to resume pressing on the cocaine lever when given an opportunity to do so, which mimics relapse after abstinence. Importantly, differences between the two groups of rats were seen even when they had taken the same total number of drug injections. Other studies on rats suggest that how often brain levels of a drug rise and fall can better predict addiction than how much drug is taken.

To investigate, researchers tested how intermittent drug use compares with continuous drug use. One group of rats took intravenous injections of cocaine intermittently each day. This produces spikes and dips in brain levels of the drug. Another group took cocaine pretty much continuously, which produces high and stable brain levels. The continuous group consumed four to five times more cocaine each day than the intermittent group.

But later, the intermittent group showed that compared to the continuous group, they were willing to press on the drug lever much more often to obtain even very small amounts of cocaine.