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Well, the story that I like to tell is um very early in my legal career when
now we’re talking about um either the late 1970s or just around 1980, I went
to my first brain injury litigation program. And during that program, we
learned about something called diffuse aonal injury. Diffuse aonal injury referring to the white matter structures
in the brain. Really the wires that connect the different aspects and structures within the brain, but we
couldn’t really see it on living human beings. It was around that time that MRI
was hitting the the the the clinical establishments, the facilities that were
able to image after brain injury. And over time, in the ensuing decades, we’ve
been able we’ve seen advances in the ability to image the damage to the white
matter in the brain to the point where there are certain techniques and protocols that can be used to draw
inferences that there is actual structure to the very fine white matter fibers in the brain. That has really
revolutionized our ability to prove injury that we were never previously able to prove.
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Stamford, CT personal injury attorney Stewart Casper taks about how brain injury science has evolved. He recalls attending one of his first brain injury litigation programs early in his legal career, where he learned about diffuse axonal injury, a condition involving damage to the brain’s white matter fibers that serve as the communication pathways between different regions of the brain. At the time, these injuries were difficult to identify in living patients because medical imaging technology had not yet advanced to the point where such damage could be clearly visualized. He notes that as MRI technology became more widely available and imaging techniques continued to evolve over the following decades, medical professionals gained a far greater ability to detect and evaluate injuries to the brain’s white matter.
He further explains that modern imaging methods can now reveal subtle structural changes and abnormalities in these delicate neural pathways, allowing experts to draw conclusions about the presence of brain injury that were previously impossible to establish. According to him, these advancements have transformed the field of brain injury litigation by providing objective evidence of injuries that once could not be readily proven. As a result, attorneys, medical experts, and injured individuals are better equipped to demonstrate the existence and extent of traumatic brain injuries in legal proceedings.