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Atlas Family Chiropractic of University Place and Gig Harbor

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Case Studies
& Samples of Imaging Technologies


Here are several different types of imaging technologies on the same patient.  Each has its own strengths and weaknesses.

This patient (GB) was injured while playing rugby in Australia - he was knocked unconscious for a couple of minutes and has since suffered some bizarre symptomatology, most notably imbalance.  The primary injury occurred when he was knocked to the ground, landing on his stomach with his head turned to the side and another player landed on his upper back/head.

Click on the images below for a larger view.

GBsag_www.jpg (11249 bytes)
Lateral (sagittal) cervical spine (x-ray)
GBHoriz_www.jpg (13770 bytes)
Here's this same patient's vertex (horizontal) x-ray - Note the extreme (7-degrees) atlas rotation (left anterior).
GBlatcervMRI_www.jpg (12388 bytes)
Sagittal cervical spine (MRI - magnetic resonance imaging) - note the disc bulging at C4/5.  In this view, tissue with higher water content shows up black.
GBC1_rotationCT_www.jpg (5208 bytes)
Here is the CT (computerized tomography) scan showing the atlas rotation.
GBlatcervMRI2_www.jpg (11987 bytes)
Sagittal MRI with different weighting.  In this view, tissue with higher water content shows up white.

GBC1closup.jpg (7353 bytes)
This is a close up of the CT scan.  Note the relationship of the atlas (white) to the foramen magnum (dark circular area inside the ring of the atlas - enhanced image) - the two should line up better.
GBMRIlat2_www.jpg (15212 bytes)
This image is a different slice showing what is actually a larger disc bulge at C3/4 - the disc was found to be distorting the thecal sac.

 

GBcondyleCT_www.jpg (11017 bytes)
This image shows how the occipital condyles (the joints located on the base of the skull - the occiput) are actually rotated approximately 3.5-degrees.  With this patient, if we can get the atlas from 7-degrees back to 3.5-degrees (or there about) he will be at a neurological zero, i.e. not subluxated.
GBpreSEMG.jpg (17831 bytes)
Pre-sEMG
Surface Electromyography showing abnormal (hyperactive) muscular activity.
GBpostSEMG.jpg (16939 bytes)
Post-sEMG
Showing a better spinal balance with some transient lower back activity (the patient was sitting all day during a seminar).  Note, this was 8-days later!
GBcomparSEMG.jpg (13108 bytes)
Here is a comparison of the two scans (pre and post) - the yellow areas show the improvement made after four atlas adjustments.  The gray areas show the mild transient increase.  Remember, this was 8-days later!

This next patient (CB) was injured in a head-on collision.  She was traveling about 30mph, when another vehicle turned in front of her at about 25mph.  The collision resulted in a total loss of this patient's vehicle.  In the collision, the patient (CB) had her left hand on the steering wheel, which resulted in a hyperextension of her wrist - the hyperextension fractured her scaphoid bone (a bone in the wrist).  In addition to the wrist injury, the patient sustained a cervical hyperflexion injury and an atlas (C1) vertebral subluxation complex.

Click on the images below for a larger view.

crhonda1.jpg (15361 bytes) crhonda2.jpg (14462 bytes)

CR emg therm.jpg (43062 bytes)
This is the patient's before and after Thermography and Surface Electromyography (sEMG) scans.  The above-left scan is the 1st thermography scan, note the right-sided asymmetry and below is the follow-up, note the improved symmetry and the fact that all 24-levels are within normal limits.  The above-right scan is the 1st sEMG scan, note the increased (severe) upper left thoracic muscular activity (red spikes); below is the follow-up scan - all but one area in the mid-thoracic spine is within normal limits.  This correction took 4-months due to the severity of the injuries sustained.

This next patient (RG), is a 23-year-old male (at the time of the radiographs) who was injured at work.  In addition to helping him recover from his work-related injuries, we were able to help him recover from a mild scoliosis.  The primary course of care was correcting his atlas subluxation with the Atlas Orthogonal percussion instrument and adjusting his lumbopelvic (lower back) region.

Click on the image below for a larger view.

RGscoliosis_www.jpg (11868 bytes)
The x-ray on the left is the "before" (5/30/95) x-ray showing a 10-degree scoliosis (Cobb method).  The x-ray on the right is the "after" (6/26/95) x-ray - the spine is in a normal, neutral/balanced position.  The films were taken 27-days apart. 

The upper cervical spine is very important for postural consideration.  Just because there's a scoliosis in the lower back doesn't imply that the lower back needs to be adjusted - the entire spine must be considered as a whole.  In this patient's case, we had to adjust his atlas and then once that area stabilized, we adjusted his pelvis.  It's truly amazing what the body can do once all interference is removed to the expression of well-being!

This patient (CE), is a 7-year-old boy who had his first x-ray on 4/30/99.  Then, a couple of days later he fell out of a tree approximately 12-feet, landing on his back and right side.  The second x-ray was taken on 5/5/99.  The single x-ray (just below the two spinal x-rays) was taken on 6/4/99.  Note how the spine returned to it's normal position.

Click on the image below for a larger view.

CoryE total.jpg (10264 bytes)
CoryEpostspine.jpg (18883 bytes)
Notice the dramatic increase in scoliosis following the trauma (upper right).  It's interesting to note that on the first x-ray (upper left), there was a mild list (leaning over) to the right, then following the trauma, there is a dramatic scoliosis in the opposite direction.  The film just below the two shows the correction following chiropractic care.  And to think that some people assume kids don't need chiropractic!?

CEfrontal total.jpg (16392 bytes)
These are the nasium (AKA frontal) views of the same child.  Notice the image on the left and the dramatic head tilt and atlas (C1 vertebra) side shift (elevation/rotation) to the right.  The image on the right was taken immediately following the first Atlas Orthogonal adjustment.  Notice how the atlas returned to a normal, neutral position and the head tilt is now gone! 

Think about how many children are suffering needlessly due to atlas subluxations; they're simple to find and easy to fix - get your child checked today for the devastating effects of nerve irritation.

Here are some miscellaneous before and after x-rays...enjoy!

Click on the image below for a larger view.

actotal.jpg (34473 bytes)  cdtotal.jpg (24962 bytes)  mjtotal.jpg (15155 bytes)
The first set of films (from the left) shows the difference made in two weeks [patient A.C.], the second set shows the results in a growing child's spine (2-years apart) [patient C.D.] and the last set shows an improvement in the cervical curve in an older patient with spinal degeneration (1.5-years apart) [patient M.J.].

Here are some before and after lateral x-rays of the cervical spine on two female patients.

Click on the image below for a larger view.

Tresha S.jpg (14456 bytes)  judyr.jpg (15100 bytes)
The first set of films (from the left) shows the difference made in a few months of chiropractic care [patient T.S.] and the second set shows the results of a couple years of care in an older patient [patient J.R.].

Remember, structure determines function, and function is the key to good health and an enjoyable life!

Here are some before and after (pre/post) x-rays of a young boy with learning difficulties.  Take note of his lower neck and the left curvature before the adjustment - look how much straighter (Orthogonal) his neck is following his 1st specific upper cervical adjustment!

Click on the image below for a larger view.

DKpre.post.jpg (27780 bytes)
The first x-ray (on the left) shows the effects of an Atlas Subluxation Complex [patient D.K.] and the second x-ray shows the correction of the Vertebral Subluxation Complex (VSC) [patient D.K.].

Following the first adjustment, D.K. noted significant improvements in his ability to sleep, increased energy and his parents stated that he seems to "notice more around him."

How many children like D.K. are suffering from Vertebral Subluxation?  Why do so many children go unchecked for nerve interference (VSC)?  How many times have we heard teachers say that, "Johnny just isn't performing to his potential"?  

The answer is simple - most people are unaware of the devastating effects of Vertebral Subluxation Complex.  Spread the word...Chiropractic increases EVERYBODY'S potential!

Here are some before and after (pre/post) x-rays of a 46-year-old female patient with scoliosis.  The changes noted are from 5-months of specific chiropractic care.

Click on the image below for a larger view.



The first x-ray (on the left) shows the effects of a spine in a bad state of Health.  Note the distance the spine has traveled from the center of gravity and note the amount of bend/twist.  This, left uncorrected will surely lead to advanced degeneration of the spinal joints and will definitely lead to further twisting over time.  

The picture on the right shows what 5-months of specific chiropractic care can do!  By correcting the spinal dysfunction, this patient is taller, has less muscular spasm, feels better and is overall healthier.  Research over the last 85-years proves that twisted spines wear-out faster, create pain more often and can lead to spinal nerve compression.  

What makes more sense...Wait until you need surgery and live a life of chronic pain, or correct it before it ruins your life?  

This is just one of the many "miracles" that occur on a very regular basis in chiropractic clinics all over the world!  Have you had your families spines checked by a specific chiropractor lately?


 
 

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