If technology development and social demand are the engines of the high-speed advancement of the mobile medical industry, then IT giants have entered the market. Wearable mobile medical equipment has undoubtedly added a detonating agent for the development of mobile medical .
With IT giants such as Apple, Google and Samsung launching wearable mobile medical devices such as Apple Watch, Google Glass and SAMSUNG Galaxy Gear, the terminal that mobile medical technology has achieved is extremely prosperous.
"Wearable mobile medical devices have sprung up mainly due to the emergence of small, inexpensive high-performance sensors, the popularity of high-performance personal terminals, and the low cost of digital communication modules." Dou Yuanzhu, general manager of Xikang Alps Technology Co., Ltd. The Journal of the Chinese Journal of Science and Technology analyzed.
Dou Yuanzhu believes that the development of wearable mobile medical devices should follow the following directions:
First of all, we must maximize our strengths and seek the favor of the medical community. "Wearable mobile medical equipment and hospital professional medical equipment are two categories. The former has inherent defects in types, precision, and diagnosis and treatment value, but there are obvious advantages in real-time, long-term, normal, home and big data acquisition." Dou Yuanzhu said .
Secondly, the value chain length of hospital services can be extended to achieve real-time monitoring, observation trends and timely warning. Third, it can improve the quality of hospital services. Break through hospital bed restrictions and expand the number of people serving.
However, Dou Yuanzhu does not deny that wearable mobile medical equipment still has room for further exploration in terms of product homogenization, improvement of user stickiness, and market expansion of software products.
PCR ( Polymerase Chain Reaction)
It provides a way to make more copies of a portion of DNA.
We need to have PCR ingredients that include DNA portion, Buffer solution, Primer+DNA (tap polymerase), and Nucleotides during the preparation step.
In the step of PCR sequence, there are three steps in this section.
Step 1 Denaturation
The addition of heat is needed to separate the two strands of the DNA molecule.
Step 2 Annealing
Temperature, is going to be cool in this step, should allow the primers to bind to the specific segments.
Step 3 DNA Synthesis
To make more copies of the DNA.
Those three steps above keep repeating to make enough copies of the DNA fragments. It is the principle of how PCR machine works.
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