- Brain signal implant technology allows paralyzed patients to communicate with the outside world again
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Medical technology has been constantly improving, solving various problems for patients and their families. However, you will find that for amyotrophic lateral sclerosis (ALS), we know that, in addition to...
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Keywords:
amyotrophic lateral sclerosis
brain
implant
Publish Time:2016-11-15
- Nano smart wires, another breakthrough in medical sensing technology
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In modern medicine, there are many ways to check the body. For example, heart rate and blood pressure can be used to assess heart function; blood tests can be used to detect iron content to diagnose anemia. However, medical monitoring methods are far from perfect....
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Keywords:
Nano
medical sensors
Publish Time:2016-11-04
- Do you believe it? Medical brain chips can make you smarter instantly
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Since the cognitive revolution, although we are not as agile as a jaguar or as strong as a buffalo, humans have climbed to the top of the food chain step by step, and all this is based on our brains....
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Keywords:
brain
chip
nerve damage
Publish Time:2016-09-08
- The United States has solved the problem of connecting implantable medical electronic devices to the Internet using Wi-Fi technology
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Researchers at the University of Washington have developed a technology they call interscatter communications, which backscatters or reflects existing signals like Bluetooth in the air, transforming wireless transmission from a certain technology into a wireless transmission....
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Keywords:
Wi-Fi technology
medical electronic devices
Publish Time:2016-08-27
- From Hawking to Avatar: Brain-computer interface implants allow you to "read" your thoughts
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Pursuing a free-thinking mind like a butterfly, or even so-called immortality, is a beautiful dream of mankind. From the perspective of neuroscience and neuroengineering, we are still far away from this goal today. The fundamental question is:...
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Keywords:
Avatar
Hawking
brain-computer interface
thought
neural
Publish Time:2016-08-17
- How can implantable devices improve human health?
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In recent years, scientists have made great progress in the research of implantable devices. In June 2015, a research team from Harvard University released an injectable mesh that can be implanted in the brains of mice....
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Keywords:
Implantable devices to improve human health
Publish Time:2016-06-28
- How can implantable devices improve human health?
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Since the development of science, scientists have developed a variety of implantable devices that can be implanted in the human body, such as implantable chips, implantable stents, etc. The purpose of devices implanted in the human body is very clear, that is, to serve medical...
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Keywords:
Implantable devices
human health
Publish Time:2016-06-25
- Wearable Technology Frontier: Top 10 Implantable Wearable Devices
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Wearable devices have been all the rage in recent years, with the market growing rapidly and developing rapidly. But I still firmly believe that wearable technology is a simple transition technology. It must and will soon be our...
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Keywords:
Technology
cutting-edge
top ten
implant
Publish Time:2015-08-21
- New research on seven implantable medical devices: wireless contraception is the most amazing
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In the modern technological society, the speed of medical technology advancement is unimaginable, and sometimes even subverts our inherent impression of traditional medicine. In recent years, we have seen a lot of the latest implantable treatments....
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Keywords:
medical
research
wireless
contraception
Publish Time:2015-08-21
- The next frontier in wearable technology: implantable wearable devices
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Wearable devices have been all the rage in recent years, with the market growing rapidly and developing rapidly. But I still firmly believe that wearable technology is a simple transition technology. It must and will soon be our...
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Keywords:
cutting-edge
implantable
wearable
device
Publish Time:2015-08-19
- Implantable resonator monitors oxygen levels deep within tumors
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Recently, in a research paper published in the international journal Stroke, researchers from the Norris Cotton Comprehensive Cancer Research Center developed a method called electron paramagnetic resonance (EPR)....
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Keywords:
Implanted to monitor deep tumors
Publish Time:2015-02-11
- Wearable devices under the skin: no need to wear or wear
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When we first saw Google Glass, most people would think of the sunglasses worn by Schwarzenegger in the Terminator. Indeed, the high-tech that we once saw in our childhood is being realized one by one at an unpredictable speed, and this wearable device implanted in the skin, UnderSkin, is one of them. UnderSkin ......
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Publish Time:2014-11-03
- The U.S. Department of Defense has developed an implantable chip that can set a pacemaker for the nervous system
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The mad science department of the United States has a new idea. This time, imagine a future where the body does not need a lot of drugs to stay healthy, but only needs to use the body's own resources. Simply put, a person's peripheral nervous system will run internal organs, summoning "troops" to fight infections and repair injuries. DARPA (US Department of Defense......
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Publish Time:2014-09-06
- DARPA develops human implantable chip to allow the body to heal itself
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America's mad science department has a new idea. This time, imagine a future where the body doesn't need a lot of drugs to stay healthy, but only uses its own resources. Simply put, a person's peripheral nervous system will run internal organs, summoning "troops" to fight infections and repair injuries. DARPA (US Department of Defense Advanced Research Projects Agency)......
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Publish Time:2014-08-30
- Tiny "raindrops" implanted in human eyes could replace reading glasses
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Scientists have developed a new technology that could replace reading glasses permanently, according to the Daily Mail. Tiny implants called "Raindrops" are inserted into the cornea to treat vision problems caused by age. The procedure is a painless process that can treat presbyopia, allowing older people with presbyopia to see without glasses......
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Publish Time:2014-08-26
- Implanted device could help deaf people regain hearing
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A revolutionary implant has restored hearing to a 17-year-old deaf actor. The technology will bring hope to those who cannot use traditional hearing aids. Birmingham actor Billy Coughlin, 22, was treated with the technology at a local hospital in Birmingham in March this year. After the surgery, he said he......
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Publish Time:2014-07-01
- Implantable chips, how far is it from theory to application?
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The University of Freiburg in Germany recently published a research bulletin saying that they have invented an implantable electronic chip that is expected to allow patients with hypertension to no longer rely on drugs to lower blood pressure without side effects. This new electronic chip has 24 electrodes. Researchers implanted it into the vagus nerve system of the neck of experimental mice, and the chip can......
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Publish Time:2014-06-12
- Implantable electronic device that stimulates nerves could curb high blood pressure
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Many people with high blood pressure don't respond to medication, putting them at risk for stroke, heart failure and kidney failure. An implantable device that lowers blood pressure by stimulating nerves in the neck could one day replace blood pressure medication. The device is one of the latest in a wave of research into using nerve stimulation implants to treat disease. ......
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Publish Time:2014-06-03
- The electrified brain: the story of implantable neuroelectronics
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Today, about 100,000 people around the world have brain implants, but have you ever thought about what these devices can do besides treat diseases? A nurse and a patient It was late one night in 2007, and nurse Rebecca Serdans was on duty at a hospital in Manhattan, New York. ......
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Publish Time:2014-04-15
- Motion sensing leads to implantable energy harvester
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Researchers at the Institute of Microelectronics (IME) of the Agency for Science, Technology and Research (A*STAR) Singapore have demonstrated a new MEMS energy harvesting concept that can use low-frequency vibrations that often occur naturally in the range of 0.1 to 100 Hz to power microelectronic devices. The new concept combines MEMS microfluidics and piezoelectric microstrips to......
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Publish Time:2014-03-19
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