DNA Detection Kit

Specific Applications:

Forensic identification: In criminal cases, through DNA analysis of biological samples left at the crime scene (such as blood, semen, saliva, etc.), to determine the suspect; in civil cases, such as paternity testing, to determine the blood relationship.
Medical diagnosis: Can be used to detect gene mutations related to certain genetic diseases and assist doctors in diagnosis and treatment planning.
Biological research: Helps researchers explore the structure and function of genes, as well as the relationship between genes and diseases.
Species identification: Through DNA detection of biological samples, to identify species, which has applications in environmental protection, biodiversity research, etc.
Food testing: To detect whether there are specific gene fragments in food to ensure the safety and quality of food.

Characteristics:

High sensitivity: Can extract and detect DNA from an extremely small amount of samples, and even detect DNA in a single cell.
High specificity: Can accurately identify and distinguish specific DNA sequences, reducing misjudgment.
Good stability: The reagents and materials in the kit can maintain good stability for a long time to ensure the accuracy of the detection results.
High efficiency: Can quickly complete the process of DNA extraction and detection to improve work efficiency.

Notes:

Sample quality: The collected samples should be kept as fresh as possible to avoid contamination and degradation to ensure the good quality of the extracted DNA.
Operation specification: Operate strictly in accordance with the instructions of the kit to avoid result deviation due to improper operation.
Prevent contamination: During the experiment, attention should be paid to preventing cross-contamination between different samples and the contamination of the sample by the experimental environment.
Storage conditions: The kit should be stored according to the specified storage conditions to avoid reagent failure.
Detection limitations: Although DNA detection has high accuracy, there are also certain limitations, such as being affected by factors such as mutations and polymorphisms.