Because few researchers have the resources to develop their own bioinformatics software, companies have stepped in to meet this need. Laura Bonetta reports. You have full access to this article ...

There are, however, various commercial alternatives, which bring together multiple bioinformatic programs into stand-alone, user-friendly packages. Although beautifully designed, these software suites ...

Many labs, though, aren’t so lucky. It’s not a lack of tools that is the problem: most popular bioinformatics software is free and open source. But downloading and installing those tools isn’t ...

Bioinformatics scientists conduct research to study huge molecular datasets including DNA, microarray, and proteomics data. Bioinformatics scientists develop software and custom scripts that automate ...

This cross-cutting research strand provides core expertise in bioinformatics, software development, machine learning, artificial intelligence and the evaluation of drug targets. ICEP makes significant ...

This hands-on course introduces databases, approaches, and software for the analysis and interpretation of molecular sequences ... The class assignments are all computer-based exercises that are ...

Bioinformatics is a field of study that uses ... visualization or prediction through the development of algorithms and software.

As a core component of their profession, a bioinformatics software engineer needs to understand more than the fundamentals of database development, which is a large part of the reason why a master’s ...

A “bioinformatics container” refers to a group of software components that are linked together in a specific sequence within an analysis pipeline. This “containerization” of multiple algorithms ...

Fermata recently raised a $10 million Series A round with its sites on growth and reaching profitability by 2026.