Laurinda Swope

Cocaine, among the most addictive and drugs which are dangerous, is also on the list of toughest addictions to overcome. According to the National Center for Health Statistics (NCHS), cocaine related overdose deaths rose almost nine percent in the Country in 2014 as compared to 2013. In 2014, there had been 5,415 deaths from cocaine overdoses, while 18,893 individuals had died due to the misuse of prescription opioids.

Individuals use cocaine, along with other medications, for recreational purposes. The fact that cocaine is cheaper and far more widely available makes it a popular drug. Now, researchers have developed a chemical compound which can detoxify and inactivate cocaine without hampering the standard functioning of the main nervous system.

Detoxification of cocaine

While quitting cocaine, detoxification is the foremost thing. Detoxification is a method which safely and systematically withdraws an addict from the prescription drugs being abused, which typically occurs under the proper care of a physician. The task is followed by behavioral and pharmacological (medications) therapies. Whenever the addicts first try to quit, they experience withdrawal symptoms and its level of severity varies for different people. Medication helps relieve cravings during detoxification, otherwise it is able to result in relapse.

A team of scientists in the University of Kentucky has found a compound treatment for cocaine addiction. According to their findings, published in the Proceedings of the National Academy of Sciences in December 2015, enzyme cocaine hydrolases blocks the top brought on by the drug. It it makes it possible to prevent the toxic and physiological effects of cocaine without impacting the standard functioning of the human brain. Even though the U.S. Food as well as Drug Administration (FDA) is nonetheless to approve the therapy for cocaine abuse, scientists are strong on this particular substance.

The hydrolases are identified to be secure for Comprehensive guide (Read Homepage) human consumption. The therapeutic use of cocaine hydrolases was found to have a short biological half-life of eight hours in humans. Scientists added immunoglobulin G antibodies to the combination to accelerate cocaine metabolism.

The study stated, "An perfect anti cocaine medication would hasten cocaine metabolism, creating biologically sedentary metabolites by administration of a reliable cocaine specific exogenous enzyme."

Ray of hope