Opiate is a drug made from opium, the term is the modern interpretation of the old one. Going to statistics every day in the world 46 people die from the opioid overdose including those who take opioid according to the prescription. That troubling measurement features the staggering general well-being emergency that has grasped a great part of
the nation.
One conceivable approach to spare lives may originate from straightforward wearable intended to distinguish overdoses among individuals dependent on the incredible and possibly fatal narcotic painkillers.
A few organizations have been researching how gadgets like wristbands or watches could follow certain well-being estimates that may demonstrate a narcotic overdose. One such gadget was created via Carnegie Mellon University students. It is called the HopeBand. It can alert in emergency cases, make red lights, send a current location of the user and distinguish a level of oxygen in the blood. An early alarm could give enough time for individuals to direct life-sparing naloxone and prevent the overdose.
The developers said that, basically, the HopeBand is your virtual friend that is able to understand the symptoms of overdose, know where to call and when and will ensure that you’ve got a sufficient help. The U.S. Canters for Disease Control and Prevention published a statics that said that from1999 to 2016 the number of death from the overdose in the U.S. tripled. Interestingly, the medicine called fentanyl (a painkiller maid from opioid) during the period of time mentioned before was responsible for the largest number of overdose. It is a fact that till the 2017 the number of death from fentanyl made up almost 30 000 while in general the number of victims was accounted for almost 72 000.
Several companies, research teams and universities were empowered to create a device that will be a solution. One of them was a scientist from the MIT- IBM Watson AI Lab used different technologies to research what are the other way to make a prescription, have to overcome an addiction and its symptoms.
Opioid issue interested the world.The problem was also researched by the U.S. Food and Drug Administration, they spurred companies to develop new interesting and unique techniques concerning the opioid epidemic. They conduct an innovation challenge and choose eight innovations among 250 others. The goal of the several of them is to reduce the number of opioid prescriptions that will help to decrease the rate of death from the overdose. Other applications are able to treat an addiction by stimulation certain brain parts with magnetic fields, or provide patients with virtual reality therapy as a way of pain relief.
There is a one technology from FDA that work, basically, as a HopeBand. The inventor is a Masomo Corporation, but the device is more suitable for patient that stay at hospital and need to take the medicine after a complicated surgeries.
In contrast Carnegie Mellon University students wanted to make a gadget more suitable for everyday usage, the team focused on a cheap thing that is able to analyse and estimate people health no matter where they go. Thanks to the financial support given by Pinney Associates (pharmaceutical consulting firm) students started working on a solution. They get a third place on the Robert Wood Johnson Foundations Opioid Challenge held in California.
Because the pulse oximetry is the best way to indicate a overdose according to the software engineer Soham Donwalkar they decided to focus on the watch-style type of device.
Heartbeat oximetry sensors can screen the oxygen levels in blood by sparkling light from LEDs through the skin
and identifying changes in light ingestion. On the off chance that oxygen levels drop low enough to flag
conceivable overdose, the gadget screens the circumstance for 10 seconds before sounding the alert. Be that as it may, the group still faces an extreme test in approving regardless of whether the HopeBand really works in distinguishing overdoses with real individuals.
One of the problems that inventors faced is that they cannot test the innovation on the real people, but the experiments made in the lab showed good results.
Current prototype of the gadget cost approximately 26$.
In the future students plan to add a lot of other helpful features to the device.