While autosomal SNP markers are central to forensic genetic genealogy, mtDNA and Y-DNA markers offer valuable lineage-specific insights, at no additional cost, that enhance and accelerate forensic investigations.
One of the greatest challenges to launching a successful forensic genetic genealogy (FGG) or Multi-Dimensional Forensic Intelligence (MDFI) program is securing funding. We understand that finding financial support—whether from your department’s budget or through external resources—can feel overwhelming, especially when you’re unsure where to start. This...
Familial search (FS) and forensic genetic genealogy (FGG) both use kinship relationships to generate investigative leads but differ significantly in scope and application.
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...
