Release date: 2017-04-27
In the Dolby Laboratories in San Francisco, USA, there is a well-designed soundproof living room. Invited respondents need to wear a leather cap with a metal button on the leather sofa and a similar Apple on the wrist. Watch wearables. The whole atmosphere is full of black technology.
Bio-electronic "window era"
This is a 64-channel EEG cap with a biosensor that measures the electrical activity of the brain's neurons. The wrist is actually a tracker that measures heart rate and skin electrical response. In fact, a thermal imaging camera was set up in the room to instantly observe changes in the skin temperature of the respondent. In addition, respondents also have a small device that measures pulse oximetry at their fingertips.
This complete biophysical laboratory was conceived and planned by Dolby Laboratories in 2015. Poppy Crum, the chief scientist responsible for the project, announced that its purpose is to better understand human experience in video and audio. In fact, in 2012, the team has begun to study the physiological response of humans to video and audio.
Dolby Laboratories is not the first company to use these advanced biosensors to study human-computer interaction technology. Electrozyme Corporation of the United States has developed a wristband with a built-in biosensor that directly reads the chemical information in the sweat that penetrates the surface of the skin, and collects and analyzes the human body's response during strenuous exercise through built-in algorithms and processors; Brown University Scientists have developed a new type of sensor that uses human saliva instead of blood to detect blood sugar levels, truly non-invasive blood glucose monitoring; the US military developed a biosensor embedded in a bandage in 2014 that can be used in military sweat. The flow of substances is tracked to monitor health to improve performance during operations; Italian scientists have used DNA to develop a sensor that detects and reacts to chemical changes in cancer cells to help deliver drugs successfully Tumor cells are treated.
The "engine" in the era of bioelectronics
According to a new report from globally renowned market research firm PMR (Persistence Market Research), the global biosensor market will experience rapid growth in the next six years. The market value of this market is $12.9 billion in 2014 and will reach 225 by 2020. Billion dollars, compound annual growth rate (CAGR) was 9.7%. Geographically, North America is the world's largest market for biosensors. It had a market capitalization of $5.7 billion in 2014 and is expected to reach $9.5 billion by 2020. The compound annual growth rate (CAGR) is 8.9% during the forecast period. The Asia Pacific region will be the fastest growing region due to the expanding medical insurance penetration rate, large population base and continuous upgrading of the health care system.
Many years ago, at a meeting of the American Chemical Society, scientists have demonstrated the application of DNA sensors. This DNA sensor, also known as a gene sensor, is a type of biosensor that can convert the presence of target DNA into a detectable electrical signal. This sensitive, fast and accurate sensor is ideal for medical testing, including detection of diseases such as infectious diseases, genetic diseases, and malignant tumors. Driven by the development of nanomembrane technology, DNA sensors will become more and more widely used in “instant detectionâ€.
The cross-border application of sensors, the need for biosensors to seamlessly cut into, will be the future trend. The trend of “instant detection†will come in the next decade. The physical form and application scenarios of biosensors will be personalized. The development of biosensors is no longer like the smart watch or fitness bracelet, but the need to personalize through 3D printing technology. Recently, American researchers announced the development of a 3D printed implantable blood pressure sensor device. Scientists at Lawrence Livermore National Laboratory have created a nanoscale "molar protein" that can be used in the body to transport drugs as a basis for new biosensors and DNA sequencing applications. Mayo Clinic and wireless sensor company Gentag have also announced that they plan to develop a one-time wireless wearable patch sensor that is only the size of a cream and can be integrated with smartphones to monitor diabetes, obesity and related diseases.
With the integration of biosensors with 3D technology and nanotechnology, more wearable devices will be redefined, not only in physical form, but also in seamless connection with the human body, which gives us unlimited imagination.
It is the development of biosensor technology that has promoted the arrival of the “window†in the field of bioelectronics.
The road to commercialization of bioelectronics
On August 1, 2016, the British GlaxoSmithKline (GSK) and the US company Verily announced the investment of 540 million pounds to jointly create Galvani Bioelectronics (bioelectronics), marking the beginning of a larger space for the commercialization of bioelectronics in the medical field.
GlaxoSmithKline was formed by the merger of Glaxo Wellcome and Shi Ke Bicheng, which was established in December 2000. The history of both companies dates back to the mid-19th century, and each of them has established a world-class leading position in the medical field with more than a century of continuous innovation and several mergers. At present, GSK is one of the top 5 biopharmaceutical companies in the world. Since 2012, GSK has focused on the bioelectronics field and has conducted more than 50 studies worldwide.
So, what is the origin of the American company Verily? It turned out that this company is a subsidiary of Google Life Sciences, which was spun off from Google's mysterious Google X Lab. In the past few years, the company has been secretly carrying out two world-changing projects: 1. Develop a device similar to the medical "Tricorder" in the movie "Star Trek" for the treatment of cancer; 2 Develop a contact lens that detects blood sugar in your tears. However, these two projects have always been in a state of "thunder and heavy rain".
Google co-founder Sergey Brin has revealed that the idea of ​​Google's blood glucose detection contact lens inspired the formation of Verily, which launched some products on its website that can be easily integrated into people's daily lives. Although the company's project has a black technology style, it faces many questions on the road of product development. Many of Google's epoch-making projects originated from the principle of “starting first, then redevelopingâ€. In the field of medical health, the company's practices often run counter to traditional biotech companies. Most biotech companies are secretly operated at first. Once they are made public, they mean that they have received some "power" support. So far, Theranos and Verily are exceptions. The top executives of these two companies are very high-profile and keen. Wander around the media to get attention.
Although the two companies have jointly entered the field of bioelectronics in medical applications, they cannot prove that they can monopolize some core technologies in this field in the future. Bioelectronics is a field in the early stages of the outbreak, with two important components: biosensors and biological information.
Future trends in bioelectronics
Bioelectronics research includes two aspects: one is to study the electronic problems of biological systems, including the electronic characteristics of biomolecules, the information storage and information transmission in biological systems, and thus develop new computing technologies based on the principle of biological information processing; The second is to apply the theory and technology of electronic information science to solve biological problems, including biological information acquisition and biological information analysis. It also includes the development of biomedical detection technology and auxiliary treatment technology combined with nanotechnology to develop micro-detection instruments.
In the field of commercial conversion applications, the two research directions of bioelectronics have formed: 1. The core technology of biosensors , including superconducting technology (ultrasonic neural brain interaction), biochip technology (protein and DNA molecules), biology Nanotechnology (bio-nanosensors), etc.; 2. The core technologies of bioinformatics, including bioinformatics technology (life data), bioinformatics modeling (biological information analysis algorithms), bioinformatics interpretation systems (genetic information interpretation and Interpretation of brain-computer interaction information).
Two trends in the future development of bioelectronics will also come: 1. Miniaturization of biosensor-related equipment; 2. Specialization of bioinformatics related data services. These two trends will form thousands of professional technology companies in the commercial market. A large number of software engineers and product managers in the Internet field will flood into bioinformatics companies, and many automation engineers and technology people in the medical field will transform. To biosensor-related IoT companies.
Source: Gene Space
Iridology Camera Health Analyzer
Iris Iriscope Iridology Camera:
Iris holographic diagnostics is a kind of knowledge that applies non-drug and natural therapy to analyze and care for the body by analyzing the iris and pupil to analyze and regulate the health condition of the body. In the field of health medicine, it is called non-invasive health testing and non-drug health intervention. It is a traditional clinical health medicine in Europe.
Iris Iriscope Iridology Camera System Functions:
1. Adjust brightness through either software or switch on handle line, delete the photos, and adjust the focus, quick fixed photos with white balance and high stability of colors. Connects directly with computer without outside power and easy to operate.
2. The software can save the client information and irises also the details of products that you recommend them. After taken the photos, you can analysis the irises and later compare the irises pictures when your client comes back to see their progress. Can print an analysis report. Save the photos according to the date & time you take the photos.3. This machine will help the client know his health condition, including the problem which you have had in the past. The Iridology will be your health counselor, tell you how to keep away from the illness.
Iris Iriscope Iridology Camera Specification:
* Nice appearance and innovative design
* LED illuminator around lens
* Imported lens with plated layer
* 12MP high resolution CCD sensor
* Special DSP image processor, Optical Image Stabilizer
* Single capture button and digital pause capture.
* Adjustable focus to give clear image.
* Auto white balance and contrast adjustment, Color Temperature Filter
* Compatible with iris lens, hair lens.
* Deliver clear and accurate images.
* Easy to operate.
* OS: Windows XP, WIN2000, 2003, Vista, Win7. Win8,win 10
What is the primary benefit of photo iridology?
Not only does it bring clues to your iridology analysis, but it helps to create a better connection with your patient. The patient, who`s naturally curious, is eager to see their own iris. With some simple explanations they can get a basic understanding of your analysis. The connection with your patient strengthens and their understanding of their process improves.
* Iris analysis system: international technology, unique functions.
* Iris analysis system is a medicinal tool that checks the body conditions and prevents diseases from occurring.
* We brought in the advanced iris analysis technology from Germany to lead people to discover sources of illness, and care the body health and spirit in anyways.
* The instrument can show the body conditions of customers and suggest customers the suitable health food, and the plans to care their bodies.
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