If you edit documents in various formats day-to-day, the universality of the document tools matters a lot. If your tools work with only a few of the popular formats, you may find yourself switching between application windows to copy number in VIA and handle other file formats. If you want to get rid of the headache of document editing, get a platform that will easily handle any format.
With DocHub, you do not need to focus on anything apart from actual document editing. You will not need to juggle applications to work with different formats. It can help you modify your VIA as easily as any other format. Create VIA documents, modify, and share them in a single online editing platform that saves you time and improves your productivity. All you have to do is sign up a free account at DocHub, which takes only a few minutes or so.
You will not have to become an editing multitasker with DocHub. Its feature set is enough for speedy papers editing, regardless of the format you need to revise. Start by registering a free account to see how effortless document management can be with a tool designed specifically for your needs.
Genotyping single nucleotide polymorphisms, or SNPs, using TaqMan Assays has been very well established. But have you heard about copy number variations? Copy number variation (CNV) is a type of structural variation that occurs when a DNA segment of 1 kb to several megabases in length is present in variable copy numbers compared to a reference genome. These CNVs can influence gene expression and can be associated with specific phenotypes and diseases. This variation covers approximately 12% of the human genome and includes deletions and duplications. TaqMan Copy Number assays offer a targeted approach combining high accuracy, specificity, ease of use and sample throughput, to validate copy number changes or screen large sample sets. So how does this all work? Lets take a look at our lab book TaqMan Copy Number assays are a duplex experiment using a FAM labeled target assay and a VIC labeled reference assay in the same well to quantify small fold changes. The reference assay targets a