All SolisFAST® Mixes are 5x-concentrated ready-to-use solutions optimized for fast, highly sensitive, and reproducible end-point PCR, probe-based qPCR, and dye-based qPCR assays. Combining novel in silico-designed SolisFAST® DNA Polymerase with fast hot-start these mixes offer robust PCR and qPCR, accurate target detection, ice-free shipping, and reaction set-up. The mixes contain all components necessary, except primers, except primers, probes (if needed), nuclease-free water, and DNA template.
End-point Master Mixes:
SolisFAST Master Mix
SolisFAST Master Mix Ready to Load
SolisFAST Master Mix with UNG
SolisFAST Master Mix with UNG Ready to Load
Probe-based qPCR Mixes:
SolisFAST Probe qPCR Mix
SolisFAST Probe qPCR Mix with UNG
Dye-based qPCR Mix:
SolisFAST SolisGreen qPCR Mix
Ribonucleases or RNases are native proteins that can degrade RNA molecules. To mitigate risks we rely on RNase inhibitors, which are invaluable tools to protect and preserve RNA molecules in diverse biotechnological applications.
There are two options for target detection when doing qPCR - either you use dye or probe-based detection. Today we are going to take a deep dive into the world of dye-based qPCR, which was invented during the early nineties by Russell Higuchi [1] and is still used daily around the world.
Depression is a very complex disease, and it has many different aspects that affect it. Once we get to know more and more things about depression and its mechanisms, then in the end, we might discover new possible drugs or drug targets for treating depression.
If you ever need someone to help you with your computer, fix your house, join you in a sports competition, or just be a friend, Marek is your guy. Being one of the friendliest, most helpful people out there certainly makes him a really cool person everyone should know more about.
