THE PURSUIT OF PROGRESS
We redefine possibilities. At QIAGEN, we believe every insight contributes vital momentum to making improvements in life possible. This drives us to create, innovate and deliver solutions that propel our customers forward in their mission to make a difference. By powering life science research from sample to insight, QIAGEN is an impactful partner in the pursuit of progress.
Further information can be found at http://www.qiagen.com.
Tutorial Video Abstract
In this webinar you will learn:
- The science behind single-cell genomics and its applications
- How single-cell genomics applies to your research through an example study. In this study, single-cell genomics was used to study single cells from microbes in the environment.
- Practical advice and tips to help you perform single-cell genomics experiments and analysis of the data
Applications from de novo genome discovery to dissecting genomic diversity in medicine and biotechnology are driving tremendous interest in highly parallelized analysis of nucleic acids at the level of single molecules and single cells.
Tips and advice for single-cell genomics research
Here, we first introduce the diverse spectrum of applications for single-cell genomics and the corresponding technology requirements. Then we describe the traditional technologies and emerging technological advances in whole-genome amplification and single-cell manipulation, and their importance of driving considerable progress in single-cell genomics field. Finally, we focus on future directions on studying single cells from environmental microbes and the need of increasingly powerful tools to access the genomes of uncultivated organisms.