Make complex science more intelligible.
Project Helios explores how artificial intelligence can help researchers work with biomedical literature, biomarkers, disease mechanisms and complex biological relationships.
From information to a clearer research question.
Biomedical knowledge is spread across papers, datasets and specialized disciplines. Helios investigates how computational systems can organize this information, connect evidence and assist researchers as they explore biological mechanisms. The objective is general-purpose biomedical intelligence infrastructure.
Scientific information
Explore methods for processing and connecting complex biomedical literature and information.
Biomarkers and mechanisms
Investigate relationships between biomarkers, biological processes and disease mechanisms.
Research assistance
Study computational approaches that help researchers frame questions and assess evidence.
Glaucoma research
Glaucoma is an important direction within a wider biomedical research initiative.
Helios is a research initiative. Its exploratory systems are not clinical diagnostic tools, and this website does not report validated clinical results or published Terranile research.
Complexity, at a different scale.
A microscopy-inspired visual study of structure and connection.
Generated conceptual artwork. It does not represent laboratory results or a Terranile research facility.
At the bench.
Observation. Evidence. A closer examination.
Illustrative laboratory footage by Mikhail Nilov / Pexels, used under the Pexels License. This is not a Terranile facility.