With the maturity of high-throughput sequencing technology and the decline of sequencing cost, the next generation sequencing technology is more and more widely used in disease prevention, diagnosis, treatment and other aspects, especially in the precise therapy of cancer. It can carry out comprehensive genome data analysis and integration, deepening the understanding of the molecular mechanism of cancer and providing new methods for cancer detection. The understanding of the mechanisms of cancer cell generation and growth can help to find new drug therapy targets, outline new strategies for prevention and treatment of cancer.

Services for clinical translation applications include:
1.Whole exome sequencing in various samples (blood, tissue, FFPE)
2.Transcriptions sequencing in RNA samples
3.Customized target region sequencing
4.Genotyping of mutation sites