Investigative genetic genealogy (IGG) has emerged as a new, rapidly growing field of
forensic science. We describe the process whereby dense SNP data, commonly comprising …

The interpretation of mixed profiles from DNA evidentiary material is one of the more
challenging duties of the forensic scientist. Traditionally, analysts have used a “binary” …

Probabilistic genotyping has become widespread. EuroForMix and DNAStatistX are both
based upon maximum likelihood estimation using a γ model, whereas STRmix™ is a …

The deconvolution of DNA mixtures has gathered the attention of forensic DNA scientists for
over two decades. To enhance mixture deconvolution capabilities, a new generation of …

A likelihood ratio (LR) system is defined as the entire pipeline of the measurement and
interpretation processes where probabilistic genotyping software (PGS) is a piece of the …

Identifying individuals from biological mixtures to which they contributed is highly relevant in
crime scene investigation and various biomedical research fields, but despite previous …

This Review focuses on recent developments in forensic DNA typing. It highlights important
recent advances and issues in forensic human identification and identifies representative …

Likelihood ratios (LR) differences between the probabilistic genotyping software EuroForMix
and STRmix™ are examined. After considering differences in the allele probabilities, the …

Two probabilistic genotyping (PG) programs, STRMix™ and TrueAllele™, were used to
assess the strength of the same item of DNA evidence in a federal criminal case, with …

The development of probabilistic genotyping (PG) systems to quantitatively analyze DNA
mixture samples has been transformative in forensic science. TrueAllele® Casework (TA) …