Zhongke New Life: Clinical Longitudinal Cohort Fixed RNA Single-Cell Transcriptome Promotion

This raises a thorny question: what if the investigator needs to observe the patient's status one month after the sampling time point to decide whether to perform single-cell sequencing on the sample? In the past, we usually had only two options:

· Complete single-cell capture and library construction first, and this option comes at a very high cost;

· Frozen tissue followed by nuclei extraction for single-cell nuclear transcriptome sequencing, but this option is not suitable for all research directions (especially studies focusing on immune cells)

In conclusion, so far there is no perfect solution to solve the difficult problem of single-cell sequencing in clinical longitudinal cohorts

In addition to the difficulty of sample preservation, data mining of single-cell bioinformatics analysis in clinical longitudinal cohorts is another major problem that plagues many clinical medical researchers

In response to the above pain points, Zhongke New Life recently launched the "Clinical Longitudinal Cohort Fixed RNA Single Cell Transcriptome Overall Solution"

#01

Technical Solution

Figure 1 Cell detection by single-cell transcriptome sequencing after adding RNA fixative reagent to PBMC (Data source: 10x Genomics official website)

Bioinformatics Analysis Solution

—— Longitudinal queue data generation letter mining——

Mature, complete set of four modules, and customized in-depth mining

Figure 2 Multi-group bioinformatics analysis module of clinical longitudinal cohort

Finally, the discounts are here!

Buy 1 get 3 free - During the pre-sale of the product, for each clinical longitudinal cohort fixed RNA single-cell transcriptome sample, 3 times of tissue dissociation and single-cell RNA fixation will be sent

Buy 10 get a full set - sign 10 or more fixed RNA single-cell transcriptome samples, and send a full set of advanced bioinformatics analysis to the longitudinal cohort