The negative effects that stem from traction or compression of nervous tissues are the hallmark of this model of the subluxation complex
A.
neropathophysiologic
B.
histopathophysiologic
C.
kinesopathophysiologic
D.
myopathophysiologic
2.
The negative effects that stem from abnormal movement of the spine is described by this model of subluxation complex
A.
neropathophysiologic
B.
histopathophysiologic
C.
kinesopathophysiologic
D.
myopathophysiologic
3.
damage that occurs at the cellular level as a result of subluxation is the central theme discussed in this particular subluxation theory
A.
neropathophysiologic
B.
histopathophysiologic
C.
kinesopathophysiologic
D.
myopathophysiologic
4.
Systemic effects of the subluxation are focused in this this theory
A.
neropathophysiologic
B.
histopathophysiologic
C.
kinesopathophysiologic
D.
pathophysiologic
5.
In the myopathological model of the subluxation complex, atrophy is considered to typically be a(n)
A.
result of an acute subluxation
B.
result of a chronic subluxation
6.
Which model of the subluxation complex is most directly linked with the effect of the adjustive thrust?
A.
neropathophysiologic
B.
histopathophysiologic
C.
kinesopathophysiologic
D.
myopathophysiologic
7.
The neuropathophysiologic model of subluxation suggests that ___________ is the most commonly seen cause of subluxation
A.
compression of nerve tissue
B.
traction of nerve tissue
C.
torsion of nerve tissue
D.
irritation of nerve tissue
8.
acute compression of the posterior horn cells are likely to result in
A.
hyperstesia
B.
anastesia
C.
hypertonia
D.
atonia
9.
chronic compression of the anterior horn cells are most likely to result in
A.
atonia
B.
spasm
C.
hyperstesia
D.
anastesia
10.
____________ compression of the lateral horn cells may result in vaso and or bronchodialation according to the _______________ model of subluxation.
A.
acute, neuropathophysiologic
B.
acute and chronic, neuropathophysiologic
C.
chronic, histopathophysiologic
D.
acute and chronic, histopathophysiologic
11.
according to the histopathological model of the subluxation complex, inflammation leads to the release of ______________ which can subsequently cause tissue damage.
A.
histamines
B.
prostaglandins and CRP
C.
Histamines and prostaglandins
D.
histamines and CRP
12.
kenetic intersegmental dysfunction describes the effects of subluxation as described in the ______________ theory.
