Tumor NGS Solution
Solution Introduction:
Tumor gene testing is a molecular diagnostic technology that analyzes the genetic mutation information in tumor tissues or blood to guide the selection of treatment options, prognosis evaluation and genetic risk judgment. Based on the high-throughput sequencing (NGS) platform, hybridization capture library construction technology is used to detect sequence variations of related genes on the genome, including point mutations, insertion mutations, deletion mutations, fusion mutations, copy number variations and single nucleotide polymorphisms, etc., to identify key gene mutations driving tumor growth and help doctors develop personalized treatment strategies. Examples include the selection of targeted agents, assessment of the benefit of immunotherapy, and determination of the presence or absence of hereditary cancer risk.
Geneture Panel provide a wide range of tumor detection, can be an experiment for solid tumor tissue, blood cfDNA multiple mutations of genes such as sample information, realize the tumor patients of chemotherapy drugs, targeted drugs and immune guidelines.
Solution Feature：
(1)High-Throughput and Multi-Gene Detection
NGS can detect dozens to hundreds of genes at one time, including HLA-related genes, MSI, chemotherapy sensitive sites, covering a variety of mutation types, significantly improving the detection efficiency and reducing the cost.
(2)Precise diagnosis and classification
NGS can identify driver mutations and subclonal structures and assist in the accurate classification of hematomas.
(3)Guide targeted therapy and individualized medication.
By identifying targetable mutations, NGS can match appropriate targeted drugs for patients, achieve individualized treatment, improve efficacy and reduce adverse reactions.
(4)Dynamic monitoring and recurrence warning
NGS can be used for dynamic monitoring during treatment, timely detection of clonal evolution and drug resistance mutations, early warning of recurrence risk, and guidance of treatment adjustment.
Solution Process：
