FAQs

Recommended application areas:

Enzyme digestion, ordinary PCR, fluorescence quantitative PCR, library construction, Southern hybridization, microarray detection and high-throughput sequencing, triple sequencing, fragment sorting, DNA fragment purification, and various downstream experiments.

It is widely used in university research, infectious disease prevention, medical testing, animal disease detection, genetic testing, germplasm resources, and genetic breeding.

It can be used for early tumor screening, prognosis, and late recurrence prediction, pregnancy/newborn genetic disease screening, and various types of disease early warning and other precision medicine applications, tracing the pathogenesis of the disease, disease prevention, diagnosis, and treatment.

It is suitable for the development of treatment plans for tumor cell heterogeneity in precision medicine, as well as for the clinical needs of difficult-to-take samples, precious cells, and high accuracy of results in pregnancy and maternity tests.