By the end of the 1980s, researchers at the Max Planck Institute of Psychiatry injected rigid right leg rats with the full range of Freund, a compound that causes inflammation, as part of a chronic medical test. One of the first drugs to be transmitted is morphine.

When they study, they find that the morphine has been the object of their choice.

But even scientists

have already remembered that weird. In the other back legs, which do not snap before, remain sensitive to the touch. With all morphine flowing in the rodent veins, and even the legs that need to grow. According to text books, morphine makes analgesic sores in the brain and central nervous system. Therefore, injection should quickly break down the body.

Planck Institute expansion states that medicines act locally. Some nerve cells, or neurons, in inflamed paws respond to morphine, and inflammation gives the zing’s ailments.

At first “we did not have an explanation,” said Christoph Stein, who led the research.

The staggering results of the Stein experiment will lead to a new course of drug-free research, the field that will receive more in the coming years. In the early 2000s, opioid dependence emerged as a national epidemic.

Today, between 21 and 29 percent of people who write opioids to chronic chronic pain. Even more irritating, the form of opioid pharmaceutical that is sold as color drugs can be 50 to 5,000 times stronger than heroin. In 2015, 2 million.

Americans suffer

from opioid addiction addiction and over 33,000 who have died of opioid overdose. In 2016, the number of victims has increased to over 42,000. In October 2017, the federal government announced the opioid epidemic as a public health emergency.

When using early offensive opposition such as the morphine dates back in the century, the current crisis began in the 1990s when the healthcare industry was toppled by management of illnesses and pharmaceutical companies that were marketed as non-meatuefazione products. Doctors have begun selecting new strong opioids, sometimes to eliminate small diseases. As a result, chemical pharmaceutical products inspired by opium poppy are called patch

Initially, quality of life has been good for many patients. However, by increasing the tolerance of opioids by users, health professionals have given a greater dose to maintain the effectiveness of drugs that eliminate the pain. An even greater dose provides the risk of negative side effects. In particular, opioids block sickness through mechanisms linked to the most important biological function in the body. Tinker with one, and more can be thrown out of whack.

The process

of pain … is a rather complicated system that has evolved over hundreds of millions of years,” explains Edward Bilsky, an opioid and provost officer at the University of Northwest of Health Sciences. “There are receptor opioid in many parts of the brain and spine.”

Some of these receptors release signals sent by the neurons when they get sick. Others activate dopamine release, causing euphoria and cravings for other dopamine. And others still manage to breath. During opioid overdose, respiratory tract is less sensitive to increasing levels of carbon dioxide in the blood. “People will lose consciousness,” said Bilsky. “They’re dead in a few minutes.”

But opioid remains important for modern medicine. “Clinically, opioid is still one of the best ways to eliminate pain,” says Nathaniel Jeske, professor of professor at UT Health San Antonio School of Medicine. “They do not leave any time.”

Innovative opioid researchers – such as Jeske, Bilsky and Stein – identify medical needs for opioid and have to deal with serious side effects. Although these approaches vary, they all want biochemistry to control the cycles of addiction: to make life-threatening opioids without killing patients.

Trip Acid

Stein’s discovery in the late 1980’s of the relationship between analgesia and inflammation has opened up new ways to treat pain. Opioid blocks the face of a specific receptor on the surface


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