Knowledge BaseFrequently Asked
Frequently Asked
Questions
Everything you need to know about our single-cell multi-omics platform and AI models.
What is single-cell technology?
Single-cell technology measures molecular profiles in individual cells, revealing cellular differences that disappear when signals are averaged across a population. In practice, it’s a bit like molecular detective work—we profile cells one by one to understand what each cell is really doing.
What is the difference between single-cell and bulk experiments?
What does “single-cell multi-omics” mean?
Why is single-cell multi-omics more powerful than a single-omic approach?
What is the scientific basis of QurieGen’s technology?
Where can QuRIE-seq be applied in my research?
Which cell types can be analysed with QuRIE-seq?
What types of biological material work best with your platform?
What does “temporal analysis” or “temporal dynamics” mean in QuRIE-seq?
Do you offer custom antibody panels for QuRIE-seq protein detection?
Can QuRIE-seq data be used as an “anchor” to mine other datasets?
Do you provide guidance on an experimental scale, such as cells, reads, and time points?
Are there other methods similar to QuRIE-seq?
Can QuRIE-seq be extended to larger protein panels?
What does it mean that QurieGen is a “TechBio” company?
What exactly are “mechanistic insights” in this context?
What does a partnership with QurieGen typically look like?
Where exactly can QurieGen technology help in drug discovery and development?
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