Engineers developed at Northwestern University . It is very small, in fact, to suit the tip of the syringe. This means that it can be injected, so patients can avoid a painful surgery.
It is safely dissolved in the bloodstream after time, so it is a temporary solution. It is designed for people who need a short -term heart help, such as newborns with birth defects. However, it can work with hearts of all sizes.
It is also supported by light, which is great. The cardiac system is paired with a wireless device that can escalate on the patient’s chest. When this small device detects irregular heart beats, a light stimulates a heartbeat system. These light legumes can penetrate the skin of the patient, bones and muscles.
Although the heartbeat device is small, with one millimeter thick, it still provides a large amount of stimulation as a full -sized unit. Engineers And note that the device works with the hearts of animals and humans. The team also reiterated that childcare is the basic use here.
“About one percent of children are born with birthy heart defects,” said the experimental cardiac specialist in North Westro Igor Effimov, who participated in the study. “The good news is that these children only need a temporary speed after surgery. In about seven days or so, most patients’ hearts will restore self -repair. But these seven days are crucial. Now, we can put this small heart maker on the child’s heart and motivate it with a soft, nice device, there is no additional surgery to remove it. ”
The development of this medical device was led by John Rogers, a familiar name in the vital medical circuits. Rogers was behind a number of amazing innovations over the years. It is an advanced technique that can eventually give us and . He also built a And the circle of that . The latter ultimately led to this innovative cardiac system.
Rogers imagine a scientist in which doctors inject a number of cardiac organs manufacturers simultaneously, to enable advanced synchronization. This can help end the arrhythmia, as different parts of the heart can be planned with unique rhythms.
“Since it is very small, this cardiac system can be combined with almost any type of implantable devices,” said Rogers. “Here, small heartbeat makers can be activated as necessary to treat complications that can occur during the patient’s recovery process.”
This diversity can eventually open a variety of medical possibilities. Technology can be used to help nerves heal, treat wounds and prevent pain.
This article was originally appeared on Engadget on https://www.engadget.com/science/the-worlds-smalest-pacemaker-is injectable-and-by-light-153302491.html? SRC = rss
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