This year has been different in many ways - we have worked so hard to provide you with solutions you need for COVID-19 research. We are happy that we are able to support biotech sector and we want to stay close to You and all our clients around the world (even if it is through computer screen for now).
Luckily we were able to celebrate 25 jubilee with our big Solis BioDyne family - there is 101 of us now (with all the little ones).
Wanted to share with You the thoughts from Kadri Artma, one of the owners of Solis BioDyne:
"Solis BioDyne is turning 25. Twenty-five years of valuable experiences, of fruitful collaboration with our clients, and of exciting projects coming to life.
We take great pride in the quality and innovation we deliver in our products and solutions. But what we value and appreciate the most is the fact that each year, more scientists put their trust in us. Each of your projects contribute to understand and create a better world, and we are grateful you choose us to be part of them.
Our reagents are used in more than 150 countries all over the globe – from research to diagnostics, from plants to human. This is what we dreamed about 25 years ago and we won't stop here. Thank you very much for your work and for your trust!"
Thank You!
Lyophilization, also known as freeze-drying, is in simple terms a water-removal process that increases product stability and preserves its functionality. Our new SolisFAST® Lyo-Ready qPCR Kit with UNG represents an optimized lyophilization-compatible qPCR solution to enhance the simplicity, convenience, and speed of diagnostic and applied testing.
The running joke with PCR is that if something can go wrong, it will go wrong. Quite often it’s even impossible to determine why some samples turned out fine while the others did not. In a situation like this, it would be amazing to know some trick or a secret to avoid spending all the time and resources to do the experiment again. Here are a few we are willing to share so that you could find love for PCR.
In research, every day different methods are used to discover something new, whether it is a new disease, medicine, or something else. Often these methods were developed long ago and are confirmed to be doing what they are supposed to do. However, as technology develops so do new methods. This is exactly what Professor Steven Williams’ lab is doing at Smith College – developing new methods to be used in research and diagnostics.
As an alternative to PCR, the loop-mediated isothermal amplification (LAMP) reaction has been developed for DNA detection. The LAMP test is fast, simple, and sensitive.