As of 2024, forensic medicine has seen significant advancements. Here’s an overview of some key techniques and technologies available:
- Next-generation sequencing (NGS): Allows for more detailed DNA analysis, including analyzing degraded or mixed samples.
- Rapid DNA technology: Enables DNA profiling within hours instead of days or weeks.
- Digital forensics: Advanced tools for analyzing digital devices, cloud data, and cryptocurrency transactions.
- 3D scanning and printing: Used for crime scene reconstruction and evidence preservation.
- Artificial intelligence and machine learning: Aids in pattern recognition, facial recognition, and data analysis.
- Toxicogenetics: Combines toxicology and genetics to better understand drug metabolism and tolerance.
- Forensic proteomics: Analyzes proteins to determine time of death, drug use, and other factors.
- Advanced imaging techniques: Such as micro-CT scanning for detailed analysis of bones and other materials.
- Forensic taphonomy: Studies decomposition processes to more accurately determine time and circumstances of death.
- Trace evidence analysis: Improved techniques for analyzing fibers, glass, paint chips, and other microscopic evidence.
- Forensic entomology: Uses insect activity to determine time and location of death.
- Virtual autopsy (virtopsy): Non-invasive imaging techniques to examine bodies without traditional autopsies.
- Forensic anthropology: Advanced methods for identifying remains and determining cause of death from skeletal evidence.
- Bloodstain pattern analysis: More sophisticated methods for interpreting blood spatter patterns.
- Forensic botany and palynology: Analysis of plant material and pollen for crime scene information.