Forensic Clarity for Complex Brain Trauma
In neurological litigation, the most profound injuries are often microscopic. A "normal" CT scan can mask catastrophic cellular damage, leaving a jury to doubt the reality of a plaintiff's cognitive deficits.
At Trial Graphics 360, we specialize in converting complex neurological data into admissible 3D narratives that reveal what the naked eye cannot see.
Led by Dr. Kevin Ho (Former UBC Clinical Faculty), our reconstructions bridge the gap between subtle radiologic findings and the life-altering reality of brain trauma.
01
Diffuse Axonal Injury (DAI) & Axonal Shearing
The most devastating brain injuries occur at the cellular level. When the brain undergoes rapid acceleration or deceleration, microscopic nerve fibers (axons) stretch and tear.
Forensic Reconstruction
We visualize the mechanical forces of "axonal shearing," providing a clear anatomical explanation for cognitive and behavioral deficits.
The "Invisible" Trauma
We use patient-specific data to bridge the comprehension gap, demonstrating how microscopic shearing leads to permanent neurological compromise even when gross imaging appears unremarkable.
02
Coup-Contrecoup & Kinetic Impact Analysis
A TBI is rarely isolated to a single point of impact. We reconstruct the "sloshing" effect of the brain within the cranium to show the full scope of the trauma.
Primary and Secondary Impact
We visualize the initial strike (Coup) and the resulting impact on the opposite side of the brain (Contrecoup).
Kinetic Narrative
Our animations show the jury the physics of the injury—demonstrating how a single impact results in global neurological compromise across multiple lobes.
03
Intracranial Hemorrhages & Midline Shift
When trauma results in vascular rupture, timing and pressure are everything. We reconstruct the progression of intracranial bleeds to show the physical pressure exerted on brain tissue.
Hemorrhage Mapping
We visualize Epidural, Subdural, and Subarachnoid hemorrhages with patient-specific, Hounsfield-validated accuracy.
Mass Effect & Herniation
We use raw DICOM data to show the midline shift, providing a high-impact visual of life-threatening pressure and the displacement of vital structures.
The "Expert-to-Expert" Advantage
Working With Your Witness
An animation is only as powerful as the expert who stands behind it. Dr. Ho does not just "create a file"; he collaborates with your Neuroradiologists, Neurosurgeons, and Neuropsychologists as a peer.
01
Technical Synchronization
We work directly with your experts to ensure every frame—from the angle of impact to the specific threshold of a lesion—is in 100% lockstep with their technical reports.
02
The "Daubert-Proof" Foundation
We provide your experts with the underlying scientific methodology (Hounsfield Unit thresholding) so they can confidently explain to the court why the visualization is a fair and accurate representation.
03
Peer-Level Collaboration
Dr. Ho acts as a bridge, taking abstract concepts from Heads of Medicine or Emeritus Professors and translating them into clear, persuasive visual assets.
Visual & Medical Accuracy
Bridging the gap between complex medical data and jury comprehension through precision-engineered 3D visuals.
✳︎ Founded by scientifically published medical illustrators and legal strategy experts
$100M+
Total increase in settlement value for our clients across high-stakes litigation.
15Years
Years of experience in anatomical modeling and courtroom-admissible evidence.
Multi-Year Strategic Continuity
When trauma results in vascular rupture, timing and pressure are everything. We reconstruct the progression of intracranial bleeds to show the physical pressure exerted on brain tissue.
Evolving Forensic Models
As new imaging (such as DTI or high-resolution MRI) emerges over years of discovery, we update the master 3D files.
Deposition Strategy
Use our visuals to "lock in" testimony from opposing experts during discovery, ensuring your strategy remains airtight from initial filing to final verdict.













