We have to talk about this topic about molecular circuit breakers. Molecular circuit breakers are not the same thing as the kind of switches in daily life. Conceptually speaking, it plays an extremely special and important role in the microscopic world.
What it can do is this score module to talk about the key content. First of all, a molecular circuit breaker can accurately regulate specific molecular reactions, just like setting up a controllable access control for molecular activities. It doesn’t mean that any reaction can be carried out in a mess. Through this circuit breaker, you can accurately open or close certain molecular reaction channels that meet certain conditions, hehe. For example, what is ① In the field of biomedicine. If a doctor wants to synthesize a specific protein, the molecular circuit breaker can avoid many messy side reactions that do not have to do with the target protein production (we have to understand that protein is a very important part of life operation, and many drugs are also designed around proteins). Another one. (Although this is not easy to discover) In fact, in the complex field of chemical synthesis, ② Molecular circuit circuit breakers have another important role, which is to guide the reaction path towards the direction of the finished product that people expect. Don’t say that if you don’t care about it, those chemical substances will not produce any random reactions that cannot be used to waste. So what if you want to get different products at the same time in the same reaction environment? Thanks to this magical little guy with this molecular circuit breaker. You can open different branches by activating this circuit breaker through different conditions.
Let’s talk about the difference between this special circuit breaker and a traditional macro-level circuit breaker. On weekdays, we see the switches of the big house or electrical equipment in the home, targeting the macro-level objects such as electricity. The current controlled by the switch is also more directly visible and touched. However, molecular circuit breakers are different, which are very delicate and subtle. You have to rely on the help of various professional equipment and instruments to understand the control. The molecules themselves are microstructures. The operation is very difficult and the principles and background knowledge involved are quite difficult to study clearly and understand, but it doesn’t feel as clear as the principle of the switch. In terms of the accuracy of this control, it must be that the accuracy of the molecular circuit circuit breaker is higher. Why do you say that? Molecular circuit breaker crying can regulate activity restrictions and changes based on extremely subtle components. From the perspective of application environment, the circuit breaker in daily life is to ensure that home appliances avoid current overload and burn. But molecular circuit breakers are basically used in high-end and cutting-edge high-tech research fields. What are the new drug research and development, new material synthesis, etc., the use is really awkward.
After talking so much, let’s ask how about these details?① Many people want to ask, since it is useful, why don’t there be a large number of people to achieve widespread promotion? Because the use environment of molecular circuit circuit breakers is very strict, the equipment requirements are not a little high. For example, when complex factors such as specific temperatures and air pressure can work stably and ensure reliability, how much does it cost to do this? Another thing is that it is not easy to convert scientific research results into large-scale quantification. This process has to overcome many difficulties. Another question is, how many types of molecules can be controlled by molecular circuit breakers at the same time to what scale? In this regard, different circuit breakers can be used in combination. The design adjustment and then adjustment of external environmental conditions such as catalyst reaction conditions can improve the possibility of processing multimolecular objects. ③ Some people are curious about the possibility that this molecular circuit breaker will bring in the field of environmental protection. In fact, molecules provide many opportunities to try and explore in aspects such as the control of microbial populations that are difficult to deal with in environmental protection projects.
Speaking of individuals, you have to look up to them. Think about it, in the micro world, we use such exquisite ideas to create such powerful tools. We constantly open the door to the treasures of new knowledge, and make people imagine and hope that we will use it to discover how much things we create and bring glory to the development welfare of mankind. It is worth looking forward to. This is a powerful force that cannot be underestimated.
Oh, I forgot to say that Haha provides global procurement services for weak current intelligent products! Let's talk about this almost all. Let’s continue to discuss nothing, haha, look forward to meeting next time. Let’s talk about the mountains next time!
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