The grinder may be a manual device or a high-tech automation system. It is mostly used for plant tissues. Various agents help disrupt the cell membranes in the Tissue and Body Fluid DNA Extraction process as well as the disruption of the cell protein.
The enzymatic method is prevalent alongside the other ones to disrupt the tissues, bacteria and yeast. These enzymes break down the cell walls. The most commonly used enzymes are liticase, zymolyase, Lysozyme, collagenase, lipase, and proteinase K.
Saliva DNA Extraction:
Saliva is a commonly encountered body fluid at crime scenes. The clinic utilizes advanced methods to extract DNA from saliva samples, aiding in identifying suspects or victims and providing crucial evidence in criminal investigations.
Semen DNA extraction:
Sexual assault cases often involve the presence of semen. The clinic offers semen DNA extraction services, enabling the identification of perpetrators through DNA profiling and supporting the pursuit of justice.
Clinical diagnostics and medical research
In addition to forensic applications, Genes2Me also provides DNA extraction services for medical research and clinical diagnostics. The clinic collaborates with healthcare professionals, researchers, and pharmaceutical companies to extract and analyze genetic material from various body fluids, contributing to advancements in personalized medicine and disease understanding. Key services in this area include:
Urine is a readily available and non-invasive body fluid. The clinic offers urine DNA extraction services, facilitating the identification of genetic markers associated with certain diseases, monitoring treatment response, and aiding in the development of targeted therapies.
Blood plasma/serum DNA extraction
The clinic offers extraction services for DNA present in blood plasma or serum samples. This enables the identification of disease-related biomarkers, monitoring of disease progression, and the development of personalized treatment plans.
Ultimately benefiting individuals, families, and society as a whole.
The conclusion
Advancements in body fluid DNA extraction techniques have revolutionized the field of genetics, forensics, and medical research. The evolution from traditional methods to automated and high-throughput approaches has significantly improved the efficiency, sensitivity, and reliability of DNA extraction from various body fluids. As technology continues to advance, we can expect further breakthroughs in the field, enabling deeper insights into human genetics, disease mechanisms, and the resolution of forensic cases with higher accuracy and efficiency.
