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Compressive neuropathy
nerve and nerve root compression/traction/torsion
Effect of IVF distortion due to vertebral subluxation complex (VSC)
mechanical compression of spinal nerves, resulting of neurological injury and dysfunction
Neurothlipsis
pressure on a nerve, direct or indirect
What are nerve roots most sensitive to?
Compression - they lack the CT sheath of peripheral nerves
Includes DRG
Regions of the spine most susceptible to compression
Cervical and lumbar
How does the spinal distortion displace the neural complex laterally?
Traction
What spinal concept does the Carver distortion patterns involve?
Statics
Origin of today’s postural clinical approaches in chiropractic
Carver Distortion patterns and attention on effects of gravitational strain or skeletal framework and posture in the static upright spine
Carver’s locations of susceptibility to injury and subluxation
apices and transitional points of primary and secondary spinal curves
Subluxation
structural dysregulation with associated neurological dysfunction
Dis-ease
alteration of homeostatic balance of body organs and systems
Dysautonomia
abnormal balance between ‘tone’ of sympathetic/parasympathetic divisions of the ANS
T/F: Human spine is incompletely adapted to upright bipedal configuration
True (hypothesis)
Other causes of subluxations
Trauma
IVD injury/aging
Inflammatory athritides and autoimmune conditions
Infection (upper respiratory)
Congenital and developmental factors (including trisomy 21, facet tropism, spondylolysis/spondylolisthesis)
Dysponesis
adaptive errors due to disrupted communication between CNS and body
when safety pin cycle is not working correctly
Heatlh
expression of innate intelligence through innate matter via innate energy
Dis-ease
result of interference with transmission of innate energy causing decrease in expression of innate intelligence
Transverse foramen ligaments
accessory ligaments found to be normal occurrences throughout hte spine
Where are TFL’s most common?
lumbar spine
How much do TFLs decrease the functional S to I diameter of the IVF?
1/3
Steps of biomechanical evaluation
Contributing mechanical etiologies (trauma)
Static asymmetries (high shoulder, etc)
Dynamic asymmetries (gait)
Passive and active individual joint ranges of motion
Image procedures
Methods of neurologic evaluation
symptoms, palpatory tenderness, altered muscle tone, vasomotor findings, sudomotor findings
Trophic assessment
Altered tissue texture
Edema
Metabolic disturbances
Nutritional imbalances
Psychosocial assessment
mental attitude/outlook
social interactions
lifestyle habits
stress
Kinesiopathology
abnormal motion or position of spinal bones
Myopathology
abnormal muscle function
Histopathology
abnormal soft tissue function
can result in swelling and inflammation
ligaments may also be permanently damaged
Neuropathophysiology
abnormal nervous system function
can have irritate/compress/stretched nerve tissue including spinal nerves and cord
Pathophysiology
abnormal function of spine and body
includes bone spurs and other abnormal bony growths
can have long-term nerve dysfunction
Vitalism
nervous systems function in the ‘self-healing’ human organism
body has innate intelligence
Holism
whole is greater than the sum of its parts
mind, body, and spirit
view patient as whole person, not symptom-bearing organism
Naturalism
preference for natural therapies and avoid drugs and surgery
Humanism
compassionate manner and requires empathy, nonjudgmental acceptance, congruence, and genuineness
chiropractor oriented to patient, not illness
Conservatism
first do no harm
minimal intervention will promote patient’s active participation in healing
economically - best path to sustainable healthcare system
Rationalism
invoke logic and evidence as basis for clinical reasoning
Most accepted subluxation definition
A subluxation is a complex of functional and/or structural and/or pathological articular changes that compromise neural integrity and may influence organ system function and general heatlh.
T/F: There is a fundamental difference between conceptual and operational (philosophical versus scientific) definitions.
True
Philosophical subluxation definition
a vertebral subluxation is a metaphor concerning what we see as a possible source of interference to the maintenance of homeostasis
Scientific definition of subluxation
vertebral subluxation is a phenomenon worth studying/investigating through research
Stephenson definition (MOPI)
A subluxation is the condition of a vertebra that has lost its proper juxtaposition with the one above or the one below or both; to the extent less than a luxation, and which impinges nerves and interferes with the transmission of mental impulses.
Homewood definition
A subluxation in the chiropractic sense is not a partial dislocation, but an alteration of the normal anatomical or physiological relationships, or dynamics, of contiguous structures.
PCC Draft
A subluxation is a misalignment, malposition, or dyskinesia of any skeletal articulation within its active or passive range of motion.
A vertebral subluxation is a subluxation of any weight-bearing spinal articulation that compromises neural integrity and may influence organ system function and general health.
Haldeman definition
Subluxation is an aberrant relationship between 2 adjacent articular structures that may have functional or pathological sequelae causing an alteration in the biomechanical and/or physiological reflections of these articular structures, their proximal structures, and/or body systems that may be directly or indirectly affected by them.
Metaphysics
study of fundamental nature of reality and existence and of the essence of things; often subdivided into ontogeny and study of the physical universe
Epistemology
study of nature, basis, and extent of knowledge (a priori and empirical)
Logic
study of the principles and methods of reasoning (inductive and deductive)
Ethics
study of human conduct, character, and values
relativism, objectivism, subjectivism
Aesthetics
study of the creating and principles of art and beauty and of thoughts, feelings, and attitudes
Signs and symptoms of phase 1
motion dysfunction and possible misalignment; bony architecture of spine is intact; initially only soft tissue changes
Signs and symptoms of phase 2
motion dysfunction and possible misalignment, fibrosis occurs in soft tissues; early bone changes seen like exostosis and sclerosis
Signs and symptoms of phase 3
motion dysfunction, possible misalignment; chronic soft tissue effects; major bone and joint changes seen - beginnings of ankylosis or fusion
Signs and symptoms of phase 4
all changes of earlier phases; major bone and joint changes seen - fusion or ankylosis complete
Founder of osteopathy
AT Still (1874)
Significance of Andrew P. Davis
one of first osteopathy students
future chiropractor
rival of DD Palmer
Was chiropractic or osteopathy founded first?
Osteopathy
Founder of chiropractor
DD Palmer (1895)