Genomic cancer testing utilizes next-generation sequencing (NGS), which is a cost-effective technology to sequence genomes and analyze multiple genes simultaneously. It is being widely adopted for analyzing genetic abnormalities and mutations in cancers to determine tailored treatment plans for patients. Genomic cancer testing can identify cancer risks, diagnose cancer types, determine...
SWOT Analysis Strength: Genomic cancer testing provides a comprehensive genetic profile of tumors and helps characterize their underlying genomic drivers. This allows oncologists to select customized treatment plans for patients. In addition, genomic cancer testing aids in early cancer detection by identifying genetic mutations long before clinical signs appear. It also helps monitor cancer...
Genomic cancer testing aids in examining DNA and RNA samples for mutations that may indicate the risk of cancer, its stage or progression. It helps in developing personalized treatment plans by providing information about cancer susceptibility, prognosis and selecting targeted therapies. With the rising prevalence of cancer globally, genomic cancer testing plays an important role in early...