Artificial Intelligence In the Precision Medicine Market industry has numerous major players working on providing and developing the most advanced solutions as the demand for personalized and targeted treatment grows. Leading the market, many Artificial Intelligence In Precision Medicine Market players invest in the development of their products through research and innovation to improve their product offerings and increase competitiveness. The market for Artificial Intelligence In Precision Medicine Market can be determined as extremely competitive due to the presence of both large and small market players.
Notably, many companies choose to unite their investors and unite their potential through different kinds of partnerships, mergers, or acquisitions to be able to provide holistic solutions that would respond to the needs of healthcare providers and their patients.
One of the biggest providers of Artificial Intelligence In Precision Medicine Market solutions is IBM. The company helps to boost healthcare providers’ performance as they are able to use the company’s products and services to defer to AI when their patients’ data analysis and examination are necessary. IBM’s Watson Health platform in the cloud allows access to tons of medical data and analytic tools to find patterns, predict risks, and design treatment plans. Apart from that, IBM is a known provider of AI-powered medical imaging solutions.
Their Watson Imaging, among other things, helps to analyze medical images and recognize diseases as well as assess their treatment.
One of the leaders in providing precision medicine solutions for the pharmaceutical industry is Roche. The solutions, such as its NAVIFY artificial intelligence platform, are used to identify compounds and drug targets, assess their effects, and design appropriate clinical trials. In addition to that, they focus on providing precision medicine solutions for cancer patients. One of the company’s main projects is a genomics test called FoundationOne, which is used for genomic profiling to identify chemical alterations behind the growth of cancer.
It is employed to make decisions about appropriate treatment options and to keep monitoring the patients as the therapy progresses.