Evaluating static imaging, such as traditional X-rays, CTs, or MRIs, often requires doctors to make assumptions about joint behavior during motion. These methods can only capture a snapshot in time, leading to potential oversight of issues that might only be evident while the joint is in motion.
Wouldn't it be more effective to see the problem while the joint is moving? Unlike static imaging, Digital Motion X-ray (DMX) captures real-time movement, allowing us to observe how the joint behaves under stress and identify problems that might not be visible otherwise.
In static imaging, technicians must guess the optimal positions to capture the joint at its worst, which can lead to missed issues if the critical moment is not captured. Additionally, CTs and MRIs cannot replicate stressed positions or movement, potentially leading to an inaccurate assessment of ligament damage. If a ligament is only stretched and not torn, standard imaging might result in a diagnosis of "nothing is wrong." DMX eliminates these assumptions by providing a comprehensive view of joint motion, allowing us to precisely identify and diagnose issues as they occur in real time. This advanced technology ensures a more accurate and thorough evaluation of your condition.
video fluoroscopy vs dmx
Digital motion X-ray (DMX) is a Flouro based imaging device, but is not the the same as Video Fluoroscopy (VF). Some doctors are reluctant to order a DMX because they think DMX is the same as VF and are weary of the amount of radiation associated. While the principles are similar in how DMX captures images, there are some significant differences.
Digital Motion X-ray (DMX) is a cutting-edge imaging technology that captures joint motion in real time, similar to Video Fluoroscopy (VF), but with several important advantages:
DMX = Lower Radiation: DMX uses a fraction of the radiation compared to VF. In fact, it has about the same radiation exposure as a 7-view static X-ray, making it a safer option.
Enhanced Detail: DMX provides clearer, more detailed images of joint motion that often get washed out in VF. This means better visualization of subtle issues and more accurate diagnostics.
Comprehensive Capture: While VF can blur or miss critical moments during complex movements, DMX captures up to 2,700 high-resolution frames, ensuring a thorough assessment of joint behavior under stress.
motion mri vs dmx
Unfortunately, motion MRI is attempting to do what DMX is already doing by creating a computer animated motion video. The problem with computer animation is the assumptions being made about what the injury is doing in motion. MRI's are amazing in the detail that is captured, and is an amazing partner to DMX by adding diagnostic imaging of pathology, but when it comes to catching images "in the act", MRIs are still a static image and cannot capture injuries while someone moves. MRIs may see if ligamentous tissue are completely torn, but what happens if the ligament does not tear all the way but becomes overstretched? The goal is to not only see if the ligament is torn, but also see if the function of the ligament has been compromised. Ligaments are what hold joints together. With an overstretched ligament you will experience the same instability as if the ligament were torn. Since MRIs are static, they may not see an overstretched ligament leading to a "normal" diagnosis, leaving you with the pain.
AOMSI WARNING!
AOMSI (alteration of motion segment integrity) is a permanent injury that prevents joints from ever being the same again. The injury almost always gets missed on most imaging.
DMX was designed for the purpose of catching these overstretch ligaments MRIs miss by catching the injury in motion. The video above shows other reasons why MRI will miss 30% - 50% of what goes on in the neck.
If you, or someone you care about, have been injured in an auto accident or work injury and are currently being treated or evaluated, there is important information you need to know! Many injuries are not sufficiently diagnosed resulting in inadequate treatment and/or decreased settlement for the patient. The most common diagnosis for an injury is a sprain or strain.
The settlement and treatment you received are based on this “temporary” condition. You may however have Alteration Of Motion Segment Integrity (AOMSI). This is a “permanent” injury to your supporting structures - the ligaments! If you have AOMSI, you will likely be requiring more treatment. You should be getting a higher settlement. In some cases, AOMSI may be life threatening and require surgery. X-rays, MRI, and CT scans rarely detect AOMSI because it is best evaluated during motion. Only Digital motion X-ray (DMX) can capture the effects of AOMSI in action.
see the difference with digital motion x-ray
Traditional imaging methods like X-rays, MRIs, and CT Scans often miss injuries because they capture only a single moment in time. If the precise moment when the problem occurs isn’t captured, it can remain unseen. In contrast, Digital Motion X-ray (DMX) captures the full spectrum of motion, revealing exactly when and where the problem happens. Unlike static imaging, which only shows a snapshot of the current position, DMX provides a comprehensive view of your joint’s behavior throughout its range of motion. This means we can identify issues that might be missed when you’re asked to hold a position or remain still, which can sometimes obscure the true cause of your pain.
Don’t let your injury go unnoticed. Experience the full clarity of DMX and get the accurate diagnosis you need. Contact us today to learn how DMX can uncover hidden issues and provide the insights necessary for effective treatment.
