Next Generation Sequencing (NGS) in Forensic Genetics and Anthropology Training Course

Introduction to Next-Generation Sequencing and Forensic Utility

• Review of contemporary DNA sequencing methodologies
• Operational benefits of NGS relative to conventional forensic techniques
• Primary forensic applications utilizing NGS platforms

Core Principles of Forensic Genetics

• Key genetic markers utilized in forensic examination
• Analysis of Short Tandem Repeats (STRs) and Single Nucleotide Polymorphisms (SNPs)
• Mitochondrial DNA and Y-chromosome profiling techniques

NGS Implementation in Forensic Investigations

• Specimen processing and library preparation protocols
• Sequencing standards for forensic evidence
• Quality assurance measures and contamination mitigation strategies

Bioinformatics and Genomic Data Interpretation

• Data processing and sequence alignment procedures
• Variant identification and forensic interpretation guidelines
• Software solutions for forensic genomic analysis for government use

Forensic Anthropology and Ancestry Inference

• Genetic indicators for ancestry and population genetics
• Application of NGS to ancient and compromised DNA specimens
• Annotated cases in forensic anthropological practice

NGS Methodologies for Challenging Samples

• Techniques for analyzing low-molecular-weight and low-template DNA
• Management of environmental exposure and complex mixtures
• Application of NGS in missing persons cases and mass fatality incidents

Legal, Ethical, and Regulatory Frameworks

• Data privacy implications within forensic genomics
• Governance structures for forensic DNA repositories
• Ethical considerations in genetic evidence analysis

Emerging Directions in Forensic Genomics

• Developments in sequencing technology capabilities
• Incorporation of artificial intelligence in genetic analysis
• Novel forensic applications for NGS platforms for government agencies

Executive Summary and Strategic Recommendations