How to Choose an Extraction Workflow Provider: Tips for CROs Nucleic acid extraction, the isolation of DNA or RNA from cells and tissues, is a critical preliminary step for many molecular biology assays. Ensuring that these extractions obtain the highest yield and purest DNA and RNA samples is critical for the success of many downstream…
Nucleic Acid Extraction: Overview of Most Used Methods Nucleic acid extraction, which entails both nucleic acid isolation and nucleic acid purification, is a critical step for many molecular biology applications, such as PCR, sequencing, molecular cloning, and diagnostic testing. Obtaining high yields of high quality extracted nucleic acid can help ensure that your downstream experiments…
DNA/RNA extraction is a critical preparation step for many techniques and analyses like PCR, sequencing, molecular cloning and diagnostic testing. However, many labs still struggle to extract high-molecular weight nucleic acid. In this article we give you key takeaways from extraction experts on how to ensure your extractions are high quality. Isolating DNA or RNA…
Not all liquid sample tubes are created equal, and there are a lot of options on the market. In this article, we explore what your lab should consider when purchasing liquid sample handling tubes for DNA/RNA extraction. Organization and the right equipment are key to the success of any DNA/RNA extraction project. Your lab must…
Looking to outsource your DNA & RNA extraction? In this article, we explore the biggest benefits for outsourcing this critical function to an expert nucleic acid extraction lab. There are many reasons labs choose to outsource DNA extraction. A sudden increase in demand for their services. A lack of internal expertise or automation resources to…
Isolating DNA or RNA from various sample types is a fundamental step in research applications. As your lab grows and your projects and scope change, it’s important to stay well-equipped. This article covers the basics your lab needs to perform high-quality DNA and RNA extractions from the most common sample types. If you’re looking to…
There are many options for extracting nucleic acid in your lab. Between manual workflows, automated workflows, sample types and instrumentation, the resulting mix of options, benefits, and potential pitfalls can be a lot to sort through. We’re here to help. In this article, we give a brief overview of what your lab needs to reliably…
You’ve secured funding. You have lab space. Now, your research starts. Likely, one of your first steps will be collecting samples and extracting viable DNA for your downstream processes. Before you do, here are 5 things to consider. DNA extraction is a crucial first step necessary for many downstream applications. In this article, we cover…
Saliva is becoming one of the more popular sample types for high-quality DNA extraction. In this article, we explore the merits of saliva as a source for DNA, the steps for extracting DNA from saliva as well as a few tips to ensure you get the best results. Let’s dig in. The sample type you…
Whole blood is one of the most common, minimally invasive sources for extracting high-quality DNA. In this article, we explore the merits of blood as a source for DNA, the methods for extracting DNA from large volume blood, and tips for getting the best results. Why Choose Blood over Saliva for DNA Extraction Whether you…