Altering Oligos to Improve Research Efficiency
Recreating the conditions for a specific medical condition is not easy in a laboratory. It can be difficult to track down willing subjects for testing, and some countries make it illegal to do so entirely. It is also difficult to study just the disease on a genetic level. This kind of granular understanding is necessary to crack complicated medical problems and produce cures that will help save lives. Scientists use altered poly dt oligos to try and create DNA strands they use to study very specific traits.
Understanding the Concept of Custom DNA
Custom DNA sounds a lot like something you might use to clone an organism. It’s possible that we can customize DNA, rearranging these crucial building blocks to create a specific sequence for cloning, but not probable as yet. Nucleic acids are required in certain reactions, and the use of synthetics like poly dC, poly dT and poly dA have increased as a result..
Researchers typically require multiple tests in a controlled environment before they can confirm their findings. Synthetic DNA therefore fills an important role in modern science, namely how to acquire such specific DNA sequences within a given period of time. The increased adoption of synthetics have sped up research and lessened costs associated with acquiring materials.
Oligos are a fairly new part of our uses for nucleic acids. The practice started around the 1970s, and it must be automated in order to yield a pure product. That has the advantage of being cost-effective, precise and efficient. Oligos are affordable for research institutes of all sizes, enabling anyone with a reasonable research staff the chance to do something groundbreaking.
Bio: The Midland Certified Reagent Company manufactures high-quality synthetic DNA, including poly c, poly dC, poly dT and poly dA oligos. For more information about synthetic DNA, or to order for your research institution, contact The Midland Certified Reagent Company.