The 12th of December is a date that the United Nations proclaimed as “International Universal Health Coverage Day”. They aim to raise awareness of the need for strong and resilient health systems. The idea behind the slogan is that everyone everywhere should have access to quality, affordable health care, no matter which part of the world one resides in.
That idea has become particularly important in the Covid-19 pandemic that affects every part of our planet. People here at Solis BioDyne are working hard to make the process of Covid-19 testing, and also of other genetic analyses conducted by PCR, possible all over the world. The UN states that healthcare has to be provided close to home, in the community. Thanks to the Stability TAG that allows our products to be shipped at ambient temperature, our reagents can get to clients in places otherwise hard to reach. The room temperature stability also enables point-of-care testing.
The UN draws attention to the fact that universal health care should cover two characteristics: affordability and quality. In addition to the room temperature stability feature of our products, our prices are customer-friendly and our reagents are of a prime quality, leading to high specificity, sensitivity, and performance. As an example, here’s what our clients have said about our SOLIScript® 1-step CoV Kit:
Let’s talk about epigenetics! In this post, we’ll break down how the gold standard method for studying DNA methylation - bisulfite sequencing - works, why it matters in fields like cancer research and developmental biology, and what makes it such a cornerstone in the study of the epigenome.
For many years now, the Genetics Workshops have brought hands-on science to Estonian high school students, offering a rare and valuable opportunity: the chance to conduct real genetic experiments in a university lab — and a glimpse into the fascinating world of genetics.
We are proud to present Solis Hot Start HiFi DNA Polymerase, a high-performance, high-fidelity enzyme designed for precision-demanding PCR applications such as sequencing, cloning, and mutagenesis. This product has superior performance with a variety of amplicons, can be used for long-range and challenging PCR, and has broad multiplexing capabilities.
It doesn’t happen often that products developed almost three decades ago remain not only on the product list but as one of the most popular products overall. This is, however, the case with our main polymerases. These have become classics that seem to never go out of style like jeans or a little black dress. So, what makes them so special? Let’s take a look!
