There seems to be some ambiguity in your topic. I will try my best to write an article according to my understanding. The following is an article about "a special design in biological laboratory in genetic research-sensitive handle".
Biotechnology in genetic research: the sensitive handle of biological laboratory
With the development of science and technology and the continuous improvement of people's cognition of genes, genetics has become one of the important branches of modern biology. The research in this field will not only help to reveal the mystery of life, but also bring revolutionary breakthroughs in many fields such as medical care and agriculture. The foundation of all this is inseparable from advanced scientific research facilities and technical means, including a seemingly inconspicuous but important design-the sensitive handle in the biological laboratory.
I. Background introduction
Genetic research often requires an extremely precise operating environment to ensure the accuracy and reliability of experimental data. Therefore, various details will be taken into account when designing such laboratories to meet their special needs. For example, in order to reduce the impact of operators' entry and exit on the internal environment (such as temperature fluctuation, microbial pollution, etc.), many laboratories have adopted a special door handle design-the so-called "sensitive handle".
Second, the "sensitive handle" overview
1. Definition: "Sensitive handle" refers to a manual switch device installed at the entrance of a specific type of room (such as sterile room and clean room), which can control people's entry and exit more flexibly and efficiently by improving the traditional door lock structure.
2. Features:
Tactile feedback: the user only needs to press or touch to complete the door opening action, without pushing or pulling hard;
Sealing performance: compared with ordinary doors, it has better air tightness and waterproof function, effectively preventing external air from entering and destroying indoor microclimate balance;
Material selection: made of clean materials with strong corrosion resistance and easy disinfection, suitable for long-term use in high humidity or chemical reagent environment.
3. Advantages:
Reduce the energy loss caused by frequent opening and closing, and help to maintain constant temperature and humidity conditions;
Minimize the risk of cross-contamination caused by personnel entering and leaving, and improve the safety level of the whole work area;
Simplify daily management process and save cost.
Third, the application scenario
Biosafety cabinet: As the most common type of negative pressure isolation equipment, it is widely used in high-risk operations such as virus isolation and culture;
Animal house: used to separate different populations and prevent escape events;
Molecular cloning platform: ensure that sensitive steps such as PCR amplification are free from external interference.
In a word, the "sensitive handle" is small but plays a vital role, which not only ensures that geneticists can carry out frontier exploration smoothly, but also contributes their own unique strength to the progress of human civilization. In the future, with more high-tech emerging, I believe there will be more similar innovative designs in front of our eyes!
Please note that the above content is based on the text created in the hypothetical situation, not the actual product description, so please adjust it according to the specific situation.
Rec. Prods.
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