Key market opportunities in AI bioinformatics include increased genomic data, precision medicine, biomarker discovery, and ...

Bioinformatics is rapidly changing the course of human health and history. Scientists and researchers use data like never before to save countless lives each day. Bioinformatics fuels new discoveries ...

Bioinformatics scientists utilize new age computational tools to effectively intake, sort, and make sense of "Big Data" in the field of biology. Example Job Titles as a Bioinformatics Scientist ...

Billions of dollars are flowing into computational biology. From working to find improved outcomes for health issues to better policy planning, it’s possible to find enormous value inside bio-data.

As a student, you’ll either learn how to incorporate bioinformatics tools and technologies into clinical settings in the translational bioinformatics track or delve into big data through our molecular ...

The MS in Bioinformatics aims to train professional graduates for bioinformatics specialist roles in healthcare, biomedical research, pharmaceutical and biotechnology industries. This flexible, ...

A clinical terminology is a taxonomy of terms used to standardize the storage, retrieval, and exchange of electronic medical data. Many widely used terminologies such as ICD-10 (International ...

Our program draws training faculty—currently more than 40—from more than 12 departments and six schools across the CWRU campus, ensuring you’ll acquire the expertise needed to succeed in the ...