36+ systems covered
Characterize blood across more than 36 blood-group systems in a single comprehensive run.
The first-of-its-kind software for the characterization of blood groups based on Next-Generation Sequencing data and the latest developments at the International Society for Blood Transfusion (ISBT).
Hemotyper substitutes multiple serology and array-based tests with a single comprehensive genomic analysis of NGS data — delivering results with minimal manual work and the potential to boost automation across transfusion medicine.
Characterize blood across more than 36 blood-group systems in a single comprehensive run.
Type multiple individual donors in parallel and review every comprehensive result via a user-friendly web dashboard.
Access from anywhere — no local infrastructure to provision, no pipelines to maintain.
Generate detailed reports per donor for clinical record-keeping and downstream interpretation.
The platform is designed to extend as new scientific evidence becomes available from ISBT and the immunogenetics community.
Built on the same ISO/IEC 23092 platform as the rest of the GenomSys stack — smaller files, faster transmission, selective access.
Cutting-edge immunogenetics meets the most advanced standard for genomic data analysis. Hemotyper ingests NGS data, performs comprehensive blood-group analysis across all supported systems, and presents results ready for interpretation by transfusion-medicine specialists.
Standard NGS phenotyping data is uploaded into the platform — MPEG‑G compression keeps transfer times short.
A single run covers all 36+ supported blood-group systems with the latest ISBT-curated rules applied.
Inspect results in the dashboard or download a per-donor report for clinical record-keeping.
Designed for blood-bank operations, transfusion-medicine specialists and clinical genomics laboratories looking to move beyond legacy serology and array-based phenotyping.
Modernize donor characterization with one genomic test in place of multiple serology assays.
Provide patients with higher-resolution typing for complex compatibility cases.
Build datasets that scale across donor cohorts and stay current with ISBT updates.
Investigate rare blood-group phenotypes with reproducible, standardized methodology.