DNA Services

DNA Services PACE DNA

DNA Services Crime Stain DNA

DNA Services Major Crime DNA

DNA Services Massively Parallel Sequencing

DNA Services High Sensitivity DNA

DNA Services Mitochondrial DNA

DNA Services Y-STR Profiling

DNA Services ID Secure

Forensic Casework

Forensic Casework Scene Attendance

Forensic Casework Sexual Offence Service

Forensic Casework Cold Case Review

Forensic Casework Blood Pattern Analysis

Forensic Casework Fibres

Forensic Casework Fire Investigation

Forensic Casework Forensic Footwear Analysis

Forensic Casework Forensic Glass Analysis

Forensic Casework Gunshot Residue GSR

Forensic Casework Hair

Forensic Casework Forensic Paint Analysis

Forensic Casework Tools and Toolmarks

Forensic Casework Tyres and Tyre marks

Disaster Victim Identification (DVI)
Specialist Forensic Service (SFS)

Specialist Forensic Service Forensic Anthropology

Specialist Forensic Service Forensic Archaeology

Specialist Forensic Service Spatial Analysis and Mapping Service (SAMS)

Specialist Forensic Service UAVs: Aerial Remote Sensing

Specialist Forensic Service Walkover Survey

Specialist Forensic Service Archaeological Excavation

Specialist Forensic Service 3D Crime Scene Modelling

Specialist Forensic Service Diatoms

Specialist Forensic Service 3D Digital Body Reconstruction

Specialist Forensic Service Entomology

Specialist Forensic Service Soils, Botany and Pollen

Specialist Forensic Service Bones ID

Forensic Toxicology
Wildlife Forensics
Forensic Training Services
SARC Support Service

Services > Specialist Forensic Service > 3D Digital Body Reconstruction

3D Digital Body Reconstruction

See also:
Forensic Anthropology Forensic Archaeology Spatial Analysis and Mapping Service UAVs Walkover Survey Archaeological Excavation 3D Crime Scene Modelling Diatoms Entomology Soil Botany Pollen Bones ID

serviceImage.Name

Using data from medical imaging technologies such as Computed Tomography and Micro Computed Tomography we can use specialist software to visualise external and internal surfaces of the body in detail. This non-invasive technique is a valuable adjunct to traditional methods and is particularly useful when maceration (removal of soft tissues) is not an option (e.g. recently deceased and living individuals), the remains are not available for a physical examination (e.g. cold case reviews, interred remains) and / or the remains are extremely fragile and could be damaged by physical examination (e.g. burnt remains, highly fragmented regions of trauma).

We can use this method in anthropological casework for:

  • Analysis of small bone fragments
  • Biological profile assessment for identification
  • Traumatic injury analysis
  • Taphonomic evaluation (i.e. what happened to the body after death)
  • 3D visualisation and measurement
  • To present graphic evidence in court in a more sanitised manner

We can use this method in mass fatality incidents for:

  • Initial triage (i.e. assessment of the individual recoveries prior to exam)
  • Non-invasive identification and inventory of body parts
  • Early recognition of opportunities for rapid identification, such as:
    • Identifying the most suitable or vulnerable DNA samples
    • Examination of potentially individuating features
  • To present graphic evidence in court in a more sanitised manner