In forensics, imputation should be used sparingly (if at all) and applied only where data quality and density allow for reliable analysis. Nothing replaces the value of high-quality, directly observed DNA data.
Massively parallel sequencing (MPS) is revolutionizing forensic DNA analysis, but the transition from traditional methods like STRs requires specialized expertise, dedicated tools, and proper metrics to ensure success.
Are you finding it challenging to identify cases suitable for forensic genealogy? You’re not alone. Case identification involves assessing risks and making informed decisions to ensure the best outcome for each investigation. In this beginner-level webinar, Andy Singer, Othram’s Chief Commercial Officer, will guide you through the process...
Massively parallel sequencing and SNP testing is the future of forensics, but federal support is necessary if we are to bring this future to everyone and their families.
From early methods like blood group analysis to modern approaches using massively parallel sequencing, scientists have developed quantitative techniques to measure genetic relationships.
In January 2024, Othram announced the integration of the FamilyTreeDNA (FTDNA) database into our Multi-Dimensional Forensic Intelligence (MDFI) platform, bringing new capabilities to forensic genetic genealogy. Join us for a walkthrough of this enhanced platform and discover powerful features designed to accelerate forensic intelligence and solve cases more efficiently. Whether...
