With our new FAST range, we have implemented some changes to product names and packaging that will gradually affect our whole product range. We will update the following:
For small product volumes (up to 1.5 ml) we will be using skirted, stand-alone tubes with screw caps and new labels.
Data sheets will have a new design and format. For each product, you will find step-by-step guidelines and recommendations for conducting a successful experiment.
The master mix concentration (5x) is removed from the beginning of the product name to avoid confusion regarding the number of vials needed.
Changes will be gradual and we hope to finish implementing them by the end of 2020. Please let us know if you need to know a specific date for any of these changes.
Valentine’s Day is a celebration of connection, commitment, love, and the dream of starting a family. However, sometimes human relationships need a little help from advances in science. In vitro fertilization (IVF), one of the most important assisted reproductive technologies, has helped millions of people start families. Yet behind every successful embryo transfer lies a deeper, invisible layer of biology - molecular precision.
It is always inspiring to see what young scientists can achieve when given the opportunity to tackle real-world challenges. This year, we supported a student team Trashformers from Lund University as they were participating in the iGEM competition. Their project’s goal was to tackle the critical issue of textile waste, specifically focusing on recycling polyester.
Have you ever sat around a table with your friends or family and just come up with the wildest ideas while having a good meal? One of Kadri’s brightest memories is exactly that — sitting around a table during lunch with her husband, sister, and brother-in-law Olev, and having the conversation that led to the start of Solis BioDyne.
Our last story ended in the middle of 2005. By then, we had spent a decade developing room-temperature stable DNA polymerases for a range of applications. In the second half of that year, we reached a turning point – we started blending and mixing to help scientists around the world reduce pipetting errors and save time.
