Cellix is dedicated to supporting our customers. We want to help you get back to work and get your research up and running again. We know that it’s been a very tough time for everyone and we want to do everything we can to support your efforts...so, we are running a sale on all our products. SALE ON ALL OUR PRODUCTS Sale is for a limited time only - discounts applicable to orders placed by 14th July 2020.* *This cannot be combined with any other offers or discounts. Why use

Here at Cellix, we have begun one of our biggest, most important projects to date. In a collaboration with Trinity College Dublin (TCD) and

With World Thrombosis Day just passed, we would like to look back over five publications, using #CellixTech, that have forwarded the world&#

In the last of our four part series with Dmitry Kashanin, we look at the work that has been done since Cellix took on the challenge of worki

In the second of a four part series with Dmitry Kashanin, we look into the research and innovation that was being done behind the scenes in

I sat down recently with our CEO, Vivienne Williams, to ask what are Cellix’s plans for the future and why are we so excited for BIO Interna

Disruptive technologies; innovations that dramatically alter the way in which business, industries and markets function. Ireland continues its role as a major contributor to the development of disruptive technology, as evidenced by €500 million in investments for a range of potentially ground-breaking projects. Disrupting cell manufacturing for gene therapy Cellix and its consortium partners in Trinity College Dublin (TCD) and the National University of Ireland Galway’s (NUIG

In this second in our series on beer microbiology, after understanding where contamination of draft beer typically comes from, we give you a look at 5 groups of microbes that can spoil your perfect pint. 1. Lactobacillus & Pediococcus What are they? Lactobacillus and Pediococcus are both genera of gram-positive lactic acid bacteria which infect beer. In some beers - particularly sour beers - they are actually used as part of the fermentation process, but this is a difficult

In the first of a series, our technical team discuss topics around transfection and gene editing. We start with a run down of 5 factors whic

History and Applications of Flow Cytometry Flow cytometry was born out of impedance technology; in 1953, a patent was issued to American Wallace H. Coulter for a cell counter based on the 'Coulter Principle'. This device was the forerunner to modern impedance cell analysers, flow cytometry and cell-sorting devices. Today, flow cytometry is one of the most ubiquitous tools in bioscience. It has applications in molecular biology, immunology, plant and marine biology, medicine (

In the twelve years we've been supplying biochips and micropumps to the life sciences, one technique in the field has remained consistently indispensable; transfection. In fact, with the explosion of gene-editing technologies (CRISPR, anyone?), this technique is even more important than ever. But monitoring cells from beginning to end of transfection, in real-time has been impossible - until now. Transfection efficiency: the past and present Existing end-point assays for eval

Immunotherapy is a rapidly growing field in personalised medicine; in recent years we've all been impressed by the speed of growth and discovery that's marked this field, and many consider it to be the answer to modern scourges like diabetes and inflammatory conditions like arthritis or allergy. Personalised cancer drugs, such as CAR-T treatments, offer hope where it previously was in dire short supply. However, challenges still abound - it's common knowledge in the field tha

Have you ever wanted a method of analysing cell membrane state & viability that is: Label free Dye free Flourescent-flow-cytometer free Now it's here. Here at Cellix, we've been working on pushing the boundaries of our expertise in microfluidics and impedance to expand the abilities of flow cytometry - and empower researchers to push the boundaries in their own fields. Our aim is to drive progress into new frontiers in biological research, cell biology and gene editing. How d