Why Some Accident Injuries Never Show Up on an X-Ray or CT Scan
By Dr. Andrew Kakishita, DC | Pleasant Grove, UT Chiropractor
Your scan came back clean. That does not mean nothing happened.
What X-Rays and CT Scans Are Actually Good At
X-rays are built to show bone. They are excellent at spotting fractures and dislocations, but they cannot see soft tissue like muscles, ligaments, or discs at all. CT scans add more detail and can catch some things X-rays miss, but they are still primarily built around bone and larger structures, not the small ligaments and joint capsules that get stressed in a car accident.
What Actually Gets Hurt in Most Accidents
The majority of injuries from a car accident involve soft tissue, not bone. Sprained ligaments, strained muscles, irritated facet joints, and mildly bulging discs are all common after a crash, and all of them can be genuinely painful without ever appearing on an X-ray or CT. MRI can pick up some of these, especially disc issues, but even MRI does not always catch the small ligament and joint capsule injuries that drive a lot of whiplash-type pain.
Why This Causes So Much Confusion
This is where a lot of accident victims get discouraged. They are told their scans are “normal” and start to wonder if their pain is being taken seriously, or worse, if it is not real. A normal scan simply means nothing is broken. It says nothing about whether your ligaments, muscles, or joints were strained in the crash.
How We Actually Find the Problem
At Kinetic Chiropractic, a big part of evaluating an accident injury is a hands-on exam, checking how your joints move, where muscles are guarding, and which movements reproduce your pain. This tells us far more about soft tissue injury than a scan built to look at bone ever could.
What This Means for You
If you were in an accident and your imaging came back clear but you are still hurting, you are not imagining it, and you are not out of options. Come see us at Kinetic Chiropractic in Pleasant Grove and let’s find out what is actually going on.