DNA Extraction is the first and most crucial step in any genetic study. This category explains the methods, protocols, and challenges of isolating high-quality DNA from different biological samples. Whether you’re working with blood, tissue, or plant material, you’ll find insights on manual techniques, automated systems, troubleshooting tips, chemicals and their roles, instrumentation, comparisons of popular commercial kits, troubleshooting and optimization.
🔬 Explore all articles on DNA extraction and master this essential molecular skill.
“Spin-column DNA extraction falls into the solid-phase DNA extraction category. It is quick, effective and popularly utilized in recent times. However, like all other technology, it has its own advantages
Advantages and Limitations of Spin Column DNA Extraction Technique Read More »
“Manual/traditional DNA extraction schemes use chemicals, salts and other reagents, which makes the entire process tedious, time-consuming and laborious. However, it is relevant and accepted. Here is my call on
Is Manual DNA Extraction Still Relevant in 2023? Read More »
“DNA aerosols are unknown, undetectable contamination in any genetic lab and are produced during working with DNA samples. Here is an article on how to prevent DNA aerosol contamination.” Snippet:
“Sodium acetate is a sodium salt having a subsidiary role in DNA Extraction. It helps alcohol for better precipitation. But how does it work? What concentration of NaAc do we
What is the Role of Sodium Acetate (NaAc) in DNA Extraction? Read More »
“Pure DNA is an utmost requirement for any downstream assays and allows scientists to study genes or DNA sequences.” This article is perhaps essential for high-school students. Because when their
“Plant species are heterogeneous, contain a differential cell composition and cell wall structure and thus, possibly need a separate DNA extraction protocol for every species.” Plant DNA extraction is a
Why is DNA Extraction From Plants Difficult? (With Possible Solutions) Read More »
