En
Traditional research methods targeting cell population analysis typically yield averaged results from a large number of cells, which cannot distinguish the precise contributions of individual cells to sample heterogeneity, thereby overlooking individual differences at the single-cell level. Single-cell proteomics not only provides gene expression profiles of individual cells, offering a large dataset for cell subpopulation classification, but also, through protein-level detection, avoids expression level changes caused by post-transcriptional and post-translational regulation, providing a closer approximation to the regulatory essence of cells.
Sample type | Recommended Volume | Transportation conditions |
Fresh tissue | 200 mg~2 g | 2~8°C condition |
Whole blood | >5 mL | 2~8°C condition |
Isolated single cells | Planned number of single cells to be detected*120% | Dry ice transportation |
Cell line | >100 W | Room temperature transportation |
* Please contact info@inomixo.com before shipping the samples.
Call Us
Address
160E Tasman Drive, San Jose, CA 95134
English
