In what experiments do Filtered Pipette Tips play a key role?

Filtered Pipette Tips play a key role in a variety of scientific experiments, especially those that require high precision and avoid contamination. Here are some of the key experiments where Filtered Pipette Tips play a key role:
RNA extraction, reverse transcription and cell-related experiments:
During the RNA extraction process, Filtered Pipette Tips effectively prevent aerosol contamination through its filter design, thereby protecting precious RNA samples. At the same time, its accurate pipetting and low adsorption surface characteristics ensure that the pipetting error and pipetting repeatability CV values ​​are both within 5%, improving the accuracy and reliability of the experiment.
Similarly, in reverse transcription and cell-related experiments, the reliable performance and accurate pipetting ability of Filtered Pipette Tips are also crucial to ensure the accuracy and reliability of experimental data.
Applications that need to avoid cross contamination:
For example, in experiments such as DNA amplification and radioisotope handling, even slight contamination may to failure or distortion of experimental results. The filter design of Filtered Pipette Tips can effectively prevent cross-contamination, allowing these experiments to proceed smoothly.
Experiments with high precision requirements:
In experiments that require extremely high pipetting accuracy, the scale design of Filtered Pipette Tips provides a means to assist in confirming pipetting accuracy. At the same time, its low adsorption surface and smooth internal design of the tip reduce adsorption and reagent residue, further improving pipetting accuracy.
Compatibility with pipettes:
Filtered Pipette Tips generally have good universal adaptability and can be used with common brands of pipettes on the market (such as Eppendorf, Thermo Fisher, Rainin, etc.). This allows experimenters to flexibly choose pipettes according to their needs, improving the flexibility and convenience of experiments.
In summary, Filtered Pipette Tips play a key role in RNA extraction, reverse transcription, cell-related experiments, applications that need to avoid cross-contamination, and experiments with high precision requirements. Its characteristics such as accurate pipetting, reliable performance, filter design, and universal adaptability enable these experiments to proceed smoothly and obtain accurate and reliable results.