[Explore] Nano-sensors and chips for medical treatment

Not long ago, the World Economic Forum announced the top ten emerging technologies of 2016 at the annual meeting of Davos. These technologies will undoubtedly play a huge role in improving people's lives, promoting industry changes and maintaining the earth's ecology. Compared with previous years, the emerging technologies selected this year are more prominent in the field of biological sciences, and in addition to considering the benefits of different technologies for humans, they also take into account their impact on the environment. For the arterial network (public version: vcbeat) that continues to focus on cutting-edge technology, we are interested in medical- related technologies and have interpreted this through this article.

Nanosensors and nanoscale Internet of Things will have a huge impact on medicine

The Internet of Things is in the midst of rapid growth and expansion, and analysts expect that by 2020, the total number of IoT devices will reach 30 billion. The Internet of Things can give unexpected things to ordinary things, especially those that are monitored by artificial intelligence systems. For example, when you get home from work, the door will recognize that you are the owner and automatically open the door. Another example is a heart disease patient. When his heart has signs of debilitation, the heart monitor implanted in the patient receives a signal and immediately calls the doctor for help.

At present, scientists have begun research on shrinking sensors, hoping to reduce the millimeter or micron level of sensors to the nanometer level, so that nanosensors can enter the human circulatory system. This key research is the first step in the traditional IoT to move towards nanoscale IoT. Once successful, nanoscale IoT will have a huge impact on future medical and pharmaceutical manufacturing.

To date, scientists have produced some of the world's most advanced nanosensors by using synthetic biology tools to modify single-celled organisms such as bacteria. Their goal is to develop a simple and stylish bio-computer that can use DNA and proteins to identify specific chemical targets and store large amounts of information, then change colors or edit some easily detectable signals to record. The location of this information. Synlogic, a startup based in Cambridge, Mass., is now working to commercialize probiotic strains that can be used to treat rare metabolic disorders in computational biology.

The transition from smart nanosensors to nanoscale IoT is inevitable, but it is also facing some serious challenges. One technical barrier that needs to be overcome is the integration of all the components required for self-powered nanodevices, which are used to detect changes and send signals to the network. Other obstacles include some thorny issues about privacy and security. Because nanomaterials are inherently toxic, any nanodevice introduced into the body is toxic to the human body or triggers a series of immune responses.

In addition to the medical field, nano-sensors and nano-level Internet of Things will have a huge impact on future construction, agriculture and other aspects. When the nano age really comes, our bodies, families, environment, and factories will all be better developed. In the future, you will see billions of dollars and tens of billions of nanosensors receive massive amounts of real-time information and sync to the cloud.

Let the open artificial intelligence system become your personal health assistant

Compared with most ordinary people, the company CEO has a clear advantage that they do not need to spend too much time on daily chores, such as scheduling appointments, making schedules, searching for information, etc., because they will hire a personal assistant to handle these thing. But with the advent of an open artificial intelligence system, we only need to pay a few cups of latte, and we will be able to enjoy this luxury service.

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