Webinars
Dolomite Bio webinars are run by our in-house team of biologists and will give you a complete overview of single cell research and its application. Watch live demos of Dolomite Bio products and systems, hear about the range of droplet biology applications such as scRNA-Seq and sNuc-Seq and learn about the advantages of droplet microfluidics for single cell research.Past Webinar recordings.
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Versatility at your fingertips – Customizable single-cell protocol and application development with the Nadia Innovate /> With the option to customize protocols and reagents on the Nadia Innovate, scientists are able to tailor their research to an unlimited range of projects, applications and cell types. |
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sNuc Seq – High throughput RNA profiling of single nuclei sNuc-seq allows researchers to profile gene expression in difficult to isolate cells as well as archived tissues. Dolomite Bio has developed and validated a new protocol for high throughput sNuc-Seq on the Nadia Instrument. |
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Producing high quality single cell data with high gene capture This webinar demonstrates how to produce high quality single cell data when using the Nadia Instrument. Using the Nadia Instrument it is possible to produce single cell data that is highly reproducible and has high gene capture. |
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Single Cell Analysis – Using Partek Flow to seamlessly anlayze Nadia data In this webinar, Dolomite Bio and Partek Flow will demonstrate how to easily process Nadia data on Partek Flow software enabling the analysis of thousands of single cells and their biological content. |
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Single cell research and single cell protocol development The webinar includes a live demonstration of the Nadia Instrument and how it can be used for scRNA-Seq. Find out how you can unlock the Nadia platform into an open system for novel single cell applications with the Nadia Innovate |
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Nadia Innovate – Open Protocol Development Platform The webinar includes a live demonstration of the Nadia Innovate and how it can be used for protocol development. Find out how you can unlock the Nadia platform into an open system for novel single cell applications. |