With new applications hitting the research scene regularly, single cell sequencing has become a well-accepted and increasingly accessible method for looking deep into transcriptomes, epigenomes, and immune repertoires. With cellular-level resolution, this next-generation sequencing (NGS) method makes it possible for scientists to analyze the heterogeneity of complex cell populations in ways not possible with bulk NGS analysis.
In the below infographic we share five top considerations for scientists looking to incorporate single cell sequencing into their research.
- Select your scientific question
- Determine the best cell type to test
- Identify sample prep best practices
- Know what your experiment needs
- Find an expert to process your data
Read on to learn more.
Looked at this entire infographic but still not sure where to start? Don’t worry.
At Psomagen, our team handles everything from quality control to clean-up. With our experts’ guidance, you’ll go from sample to top-quality insights in no time — especially since we insist on using the best technologies including the 10x Genomics® Chromium platform and an array of Illumina® sequencing systems.
Want to learn more about single cell gene expression and immune profiling?