Application Of Serum Separation Gel In Nucleic Acid Detection Tubes

In today's medical diagnosis field, nucleic acid testing has become an important detection method due to its high specificity and sensitivity. However, nucleic acid testing requires high quality and stability of blood samples. In order to meet these requirements, blood sampling additives play a crucial role in the collection, transportation, and storage of blood samples.

The role of additives in nucleic acid detection tubes

EDTA dipotassium: As a commonly used anticoagulant, EDTA dipotassium mainly plays an anticoagulant role in nucleic acid detection tubes. It can chelate with calcium ions in the blood, thereby preventing blood coagulation. In addition, this additive also helps to maintain the stability of various components in the blood, providing high-quality samples for subsequent nucleic acid testing experiments.

Serum separation gel: The main function of serum separation gel in nucleic acid detection tubes is to eliminate the interference of hemoglobin in red blood cells in nucleic acid detection experiments. Hemoglobin is a substance with high background staining that, if present in blood samples, can have a certain impact on nucleic acid testing. Serum separation gel effectively separates serum and blood cells through physical interactions, thereby clearing hemoglobin from red blood cells, providing samples for nucleic acid testing experiments that eliminate hemoglobin interference.

Serum separation gel related parameters:

Application advantages of serum separation gel in nucleic acid detection tubes

1. Eliminate hemoglobin interference and avoid its interference with the results of nucleic acid testing experiments.

2. Protection of serum samples: Serum separation gel can protect serum samples from external environmental influences, extend the validity period of samples, and ensure the stability and accuracy of nucleic acid testing experiments.

3. Convenient transportation and storage: The nucleic acid detection tube using serum separation gel has good stability and safety, making it convenient for the transportation and storage of blood samples. This can reduce interference with blood samples during transportation and storage, ensuring the quality of nucleic acid testing experiments.

4. Suitable for automated operations: The use of serum separation gel can simplify the processing process of blood samples, reduce operational difficulty, facilitate the implementation of automated operations, and improve the efficiency and accuracy of laboratory work.

5. Good biosafety: Serum separation gel, as a polymer material, has good safety and will not cause adverse effects on human health and the environment.

Serum separation gel

In nucleic acid detection tubes, additives such as serum separation gel and EDTA dipotassium undoubtedly play an important role. Among them, Hubei Xindesheng Material Technology Co., Ltd., as a leading enterprise in the production of serum separation gel, provides strong support for the application of nucleic acid testing tubes.

Hubei Xindesheng Material Technology Co., Ltd. has successfully developed a series of high-quality serum separation gels with years of research and production experience. This separation gel has demonstrated excellent performance in protecting serum samples, facilitating transportation and storage, and has won widespread market recognition.

Adding serum separation gel and EDTA dipotassium to the nucleic acid testing tube can effectively improve the quality and stability of blood samples, ensuring the accuracy and reliability of nucleic acid testing experiments. The use of these additives can eliminate interference from hemoglobin, protect samples, facilitate transportation and storage, be suitable for automated operations, and have good biosafety. In clinical applications, these additives are of great significance for nucleic acid detection experiments such as nucleic acid amplification testing, and can provide reliable basis for early diagnosis and treatment of diseases.