What are the commonly used instruments and equipment in molecular biology laboratories?

The constant temperature and humidity test box consists of an air cooler and a water cooler. The accuracy of temperature control is usually based on air humidity. The total temperature control area available for this type of system software is very small, while the temperature control room with universal accuracy requirements is very small. What are the commonly used values for analyzing the accuracy of constant temperature and humidity test boxes? The following explanation is for reference and understanding: 1. Humidity resolution accuracy: 0.1% RH (i.e. humidity range can be resolved to one decimal place). 2. Humidity control accuracy: 2% RH (i.e. humidity target value controlled within this range) accuracy: 2% RH) 3. Temperature resolution accuracy: 0.01 ℃ (i.e. temperature range can be resolved to two decimal places) 4. Temperature control accuracy: 0.2 ℃ (i.e. temperature target value controlled within; Within the range of 0.2 ℃, control

In order for manufacturers of walk-in high and low temperature laboratories to achieve sustainable development, they need to adhere to the concept of industrial development, be down-to-earth, and ensure product quality to ensure their sustainable development. The industry of walk-in high and low temperature laboratory manufacturers has undergone more than a decade of development. Currently, the competition among major brands of laboratory manufacturers is fierce. Some small production workshops or traders, in order to seize a place, have launched discount promotions to attract consumer attention. But they were unaware that although manufacturers of such walk-in high and low temperature laboratories have low prices, their quality, cost-effectiveness, after-sales service, and maintenance are greatly discounted, leading to frequent consumer complaints. In the end, the gains outweighed the losses. I spent money but couldn't find a better solution to the problem, which also affected production

A high-temperature and high humidity environment laboratory is a special type of laboratory mainly used to simulate and test physical, chemical, and biological reactions in high-temperature and high humidity environments. This type of laboratory usually consists of a high-temperature and high humidity environment simulation system, control and monitoring system, sample processing and storage system, etc. High temperature and high humidity environment laboratories have extensive applications in many fields, such as industrial production, military research, biomedical research, etc. In industrial production, material properties and chemical reactions under high temperature and humidity environments need to be tested and studied to ensure product quality and stability. In military research, the performance and effectiveness of weapons in high temperature and humidity environments need to be simulated and tested to evaluate their combat capabilities. In the field of biomedicine, cell and tissue growth in high temperature and humidity environments

The maintenance of programmable constant temperature and humidity boxes requires attention to the following aspects: 1. Storage environment: The storage environment of programmable constant temperature and humidity boxes should be between 5-35 degrees Celsius, with good ventilation and humidity below 85%. 2. Wet bulb water level inspection and adjustment: The accuracy of the wet bulb water level should be maintained at around 6 minutes. 3. The wiring terminals of electrical components should also be regularly secured (for those with electrician knowledge to carry out). 4. Cleaning and maintenance:& Nbsp& Nbsp* Cleaning and maintenance inside and outside the constant temperature and humidity test chamber:& Nbsp& Nbsp& Nbsp; a. Maintain the bucket of water, conduct about 3 tests, and clean once& Nbsp& Nbsp& Nbsp& NB

The instruments and equipment commonly used in the molecular biology laboratory include PCR apparatus, gel electrophoresis apparatus, two-dimensional electrophoresis analysis system, multifunctional microplate reader, fluorescence quantitative PCR apparatus, electrotransformation apparatus, small multi-function high-speed centrifuge, homogenizer, micro nucleic acid protein analyzer, constant temperature incubator, constant temperature culture oscillator, chromatography freezer, semi dry run FP system, fume hood, electric (constant temperature) blast drying oven, electric thermostatic water bath Ultrasonic crusher probe, electronic balance, micro displacement protein analysis platform, etc. In addition, depending on different experimental requirements, other specific equipment may be required, such as optical microscopes, scanning microscopes, homogenizers, etc. These devices require regular maintenance and calibration to ensure their accuracy and reliability. Meanwhile, laboratory staff