The BiosearchTech Blog

Ever wake up in the morning just feeling like a rock star, or maybe like Francis Crick, Rosalind Franklin or Maurice Wilkins? You’re ready to just crush any task in front of you, discover something new and life changing. We get it. We’ve been there. And we love that we have products like Stellaris^® RNA FISH – which is an incredibly straight forward technique that makes detecting, localizing and quantifying individual RNA molecules pretty simple. It’s times like this when you’re feeling invincible in your crisp white lab coat that crushing blows like forgetting to add a positive control to your Custom Stellaris probe set can derail your science even before it starts. It makes us cringe just thinking about it!

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To truly understand complex diseases such as cancer, scientists need access to tools that don’t just average data across millions of cells, but that can interrogate single cells to examine  gene expression and regulation in diseased cells. 

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Stellaris® RNA FISH (fluorescence in situ hybridization) is an RNA visualization method that allows simultaneous detection, localization, and quantification at the sub-cellular level in fixed samples using widefield or confocal fluorescence microscopy.

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Recently LGC Genomics hosted a lunch and learn Stellaris^® seminar at the Helen Diller Cancer Institute at UCSF with our very own R&D Scientist Dr.Hans Johansson who lead the discussion about the various applications of Stellaris fluorescence in situ hybridization (FISH).

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New research has, for the first time, found evidence suggesting the molecular epidemiology of how the Zika virus spreads from a human mother to her fetus.

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 It wouldn't be fair to close out 2016 without showcasing the stellar year that Stellaris^® RNA FISH has had. Take a closer look at our top 10 highlights from the past year - mind blowing images are only the beginning!

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