Significance of DNA extraction
DNA extraction is the process of isolating deoxyribonucleic acid (DNA) from various biological samples, including plant leaves, blood, and cells. This method is crucial for genetic studies, such as those analyzing medicinal plants, performing PCR, and identifying specific genes. The extraction process can involve different sample types, including plasma, tissue, and bacterial cells, and is fundamental for further analysis and applications in genetic testing and research. Overall, DNA extraction plays a vital role in molecular biology and genetics.
Synonyms: Dna isolation, Nucleic acid extraction, Genomic dna extraction
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The concept of DNA extraction in scientific sources
DNA extraction is a crucial process for obtaining genetic material from various sources, such as Biomphalaria alexandrina snails and gallstones, enabling the evaluation of immunogenic properties and further analysis of biological samples.
From: The Malaysian Journal of Medical Sciences
(1) This is the process of isolating DNA from a sample, and the text describes the methods used to extract DNA from blood samples for the study's analysis.[1] (2) This is the process of isolating DNA from samples, performed using an in-house genomic extraction protocol, which is then used for the mPCR amplification of Leptospira species.[2] (3) The process of isolating DNA from a sample, and is used to extract genomic DNA from blood samples of PCOS patients.[3] (4) This and bisulphite conversion were performed on whole blood to obtain leukocytes-rich buffy coat, as described in the study's methods.[4] (5) This was performed from the peripheral blood of the subjects using a specific kit, following the manufacturer's instructions for processing.[5]