Study guide
17.1 Spinal Analysis and Patient Evaluation
NBCE Part II Examination Exam
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1 Introduction & Exam Overview
1.1 Current Exam Facts 1.2 Format, Sessions, and Test Day 1.3 Scoring, Fees, and Retakes 1.4 Study Strategy by Domain Weight
2 General Diagnosis: History and Physical Examination
2.1 Case History 2.2 Vital Signs 2.3 Head and Neck Examination/Findings 2.4 Thorax Examination/Findings
3 General Diagnosis: Abdomen, Urogenital Exam, and Labs
3.1 Abdominal Examination/Findings 3.2 Rectal and Male Urogenital Examination/Findings 3.3 Laboratory Interpretation
4 General Diagnosis: Clinical Impression — EENT through Blood
4.1 Eyes, Ears, Nose, and Throat Diseases 4.2 Respiratory Diseases 4.3 Cardiovascular Diseases 4.4 Blood and Lymphatic Diseases
5 General Diagnosis: Clinical Impression — GI, GU, Endocrine
5.1 Gastrointestinal Diseases 5.2 Genitourinary Diseases 5.3 Endocrine and Metabolic Disorders
6 General Diagnosis: Clinical Impression — Immune, Nutrition, Infection
6.1 Immunological Disorders 6.2 Nutritional Disorders 6.3 Infectious Diseases
7 NMS Diagnosis: History, Posture, and Cervical/Thoracic Orthopedics
7.1 NMS Case History 7.2 Posture and Gait Assessment 7.3 Orthopedic Examination: Cervical Spine 7.4 Orthopedic Examination: Thoracic Spine
8 NMS Diagnosis: Lumbar/Extremity Orthopedics and Neuro Exam Basics
8.1 Orthopedic Examination: Lumbar Spine and Pelvis 8.2 Orthopedic Examination: Extremities 8.3 Neurologic Examination: Cranial Nerve and CNS Testing 8.4 Neurologic Examination: Motor and Sensory Testing
9 NMS Diagnosis: Reflexes, CNS, and Peripheral Disorders
9.1 Neurologic Examination: Reflex Testing 9.2 Diagnosis: CNS Disorders 9.3 Diagnosis: Peripheral Neurologic and Neurovascular Disorders
10 NMS Diagnosis: Muscular and Bone/Joint Disorders
10.1 Diagnosis: Muscular Disorders 10.2 Diagnosis: Bone and Joint Disorders
11 Diagnostic Imaging: Technology and Positioning
11.1 Imaging Technology 11.2 Radiographic Positioning and Normal Anatomy: Spine and Pelvis 11.3 Radiographic Positioning and Normal Anatomy: Extremities, Thorax, and Abdomen
12 Diagnostic Imaging: Congenital, Trauma, Arthritis, Tumors
12.1 Congenital Anomalies and Normal Variants 12.2 Trauma 12.3 Arthritides 12.4 Tumors and Tumor-like Processes
13 Diagnostic Imaging: Metabolic, Infectious, and Visceral Findings
13.1 Nutritional, Metabolic, Endocrine, and Hematologic Imaging Findings 13.2 Infectious and Miscellaneous Skeletal Conditions 13.3 Thoracic and Abdominal Imaging Conditions
14 Diagnostic Imaging: Interpretation Methods and Special Imaging
14.1 Methods of Interpretation 14.2 Clinical Applications of Special Imaging
15 Principles of Chiropractic: Paradigm and Subluxation Models
15.1 The Chiropractic Paradigm 15.2 Subluxation Models: Neural and Reflex Theories 15.3 Subluxation Models: Vascular, Trophic, Immune, and Biomechanical
16 Principles of Chiropractic: Basic Science and Applied Principles
16.1 Basic Science Concepts in Chiropractic 16.2 Applied Chiropractic Principles
17 Chiropractic Practice: Analysis, Technique, and Case Management
17.1 Spinal Analysis and Patient Evaluation 17.2 Chiropractic Adjustive Technique: Cervical and Thoracic 17.3 Chiropractic Adjustive Technique: Lumbar, Pelvic, Costal, and Extremity 17.4 Patient Care: Case Management and Contraindications
18 Chiropractic Practice: Rehab, Community, and Occupational Health
18.1 Patient Care: Home Care, Prevention, and Rehabilitation 18.2 Community Health and Wellness 18.3 Occupational and Environmental Health
19 Associated Clinical Sciences: Geriatrics, Dermatology, and STDs
19.1 Geriatrics 19.2 Dermatology 19.3 Sexually Transmitted Diseases
20 Associated Clinical Sciences: Toxicology, Emergency, and Psychology
20.1 Toxicology 20.2 Emergency Procedures 20.3 Psychology
21 Associated Clinical Sciences: OB/GYN, Pediatrics, and Jurisprudence
21.1 Gynecology and Obstetrics 21.2 Pediatrics 21.3 Jurisprudence, Ethics, and Basic Economics
17.1 Spinal Analysis and Patient Evaluation
Key Takeaways Explain This Topic AI
Spinal analysis on NBCE Part II integrates case history, observation, static and motion palpation, and orthopedic/neurologic testing before any adjustive decision
The chiropractic physical examination follows a reproducible sequence: inspection, palpation, range of motion, orthopedic tests, neurologic screening, and special tests as indicated
Segmental dysfunction is identified through combined static palpation (tissue texture, tenderness, asymmetry) and motion palpation (end-feel, restriction direction, pain provocation)
Diagnostic procedures—imaging, laboratory studies, and referral—are ordered when red flags, systemic disease, or non-mechanical patterns exceed the scope of conservative musculoskeletal care
Documentation must link subjective complaints, objective findings, assessment (working diagnosis/clinical impression), and the planned intervention in a defensible SOAP or equivalent format
Last updated: July 2026
17.1 Spinal Analysis and Patient Evaluation
Quick Answer: NBCE Part II expects you to evaluate a patient the way a competent DC does before adjusting—take a focused history, observe posture and gait, palpate the spine and extremities, run orthopedic and neurologic screens, and only then decide whether chiropractic care is indicated, what region to address, and whether imaging or referral is required. Spinal analysis is not a single test; it is the synthesis of history plus examination that justifies technique selection and case management.
Why Spinal Analysis Matters on Part II
Within the Chiropractic Practice domain, spinal analysis and patient evaluation carry substantial weight because nearly every technique, contraindication, and documentation question assumes you already know how the patient was examined. The board does not reward memorized adjustment names in isolation; it rewards the clinical reasoning chain from complaint → findings → clinical impression → intervention. If you can articulate what you palpated, what motion was restricted, what neurologic screen was negative or positive, and why that supports a specific adjustive plan, you will answer the majority of analysis questions correctly.
Case History: Building the Clinical Picture
The case history establishes mechanism, onset, quality, radiation, aggravating and relieving factors, prior care, and comorbidities . For NBCE purposes, distinguish:
- History Element Clinical Utility
- Onset (traumatic vs. insidious) Guides urgency and imaging thresholds
- Mechanism Links tissue injured (flexion-rotation vs. compression)
Red-flag symptoms (fever, unexplained weight loss, bowel/bladder change, progressive neurologic deficit) Triggers referral and advanced workup
- Prior treatment response Informs prognosis and technique modification
- Medications and systemic disease Affects bone quality, healing, and contraindications
Observation begins during history: antalgic postures, guarded movement, facial expression, and assistive devices. Note postural landmarks —head carriage, shoulder and pelvic level, lumbar lordosis, thoracic kyphosis, and foot stance. Asymmetry alone is not a diagnosis, but it directs palpation and motion testing.
Manual Examination of the Spine and Extremities
The manual exam proceeds in a logical, repeatable order so findings are comparable visit to visit:
Inspection and gait — Look for listing, scoliosis, antalgia, and compensatory patterns.
Static palpation — Assess skin temperature, edema, muscle hypertonicity, tenderness, and bony landmarks (spinous processes, transverse processes, iliac crests, PSIS).
Motion palpation — Identify hypomobility or hypermobility at specific segments; note whether restriction is in flexion, extension, rotation, or lateral flexion and whether end-range is painful, empty, or firm.
Active and passive ROM — Quantify limitation and pain behavior; compare sides.
Orthopedic tests — Region-specific provocation tests (e.g., Spurling's for cervical radiculopathy, straight-leg raise for lumbar nerve root tension, Patrick's FABER for hip/SI screening).
Neurologic screening — Dermatomes, myotomes, deep tendon reflexes, and pathologic reflexes when indicated.
Extremity examination — When shoulder, elbow, wrist, hip, knee, or ankle complaints coexist with spinal pain, examine the peripheral joint for primary vs. referred sources.
Segmental dysfunction (subluxation/fixation in chiropractic terminology) is a clinical construct supported by combined static and motion palpation findings—tissue texture change, tenderness, asymmetry, and restricted segmental motion—not by a single palpatory sign alone.
Diagnostic Procedures: When and What to Order
Chiropractic scope emphasizes conservative musculoskeletal care, but Part II frequently tests appropriate use of diagnostic procedures :
Radiography — Indicated after significant trauma, suspicion of fracture or dislocation, progressive neurologic deficit, failure to respond to reasonable trial of care, osteoporosis risk with manipulative force, or when red flags suggest serious pathology. Follow ALARA principles; document clinical justification.
Advanced imaging (CT, MRI) — Reserved for suspected disc herniation with correlating neurologic deficit, cord or cauda equina symptoms, infection, tumor, or persistent radiculopathy unresponsive to care.
Laboratory studies — When systemic illness is suspected (inflammatory markers, infection, metabolic disease).
Referral — When findings exceed chiropractic scope or require co-management (e.g., cauda equina, vascular dissection, acute fracture).
The exam often contrasts indicated vs. routine imaging. Screening full-spine radiographs without clinical indication is incorrect; delaying imaging when red flags are present is equally wrong.
Documentation: Defensible Records
Documentation is both a clinical and legal instrument. A defensible record includes:
Subjective (S): Chief complaint, HPI elements, pain scales, functional limitations.
Objective (O): Postural observations, palpation findings by segment and side, ROM measurements, orthopedic/neurologic test results (positive and pertinent negatives).
Assessment (A): Working diagnosis or clinical impression (e.g., cervical segmental dysfunction with right C5 radiculopathy ruled out), prognosis statement.
Plan (P): Adjustive regions and techniques contemplated, supportive care, home instructions, follow-up interval, referrals ordered.
Record informed consent discussion for treatment risks, especially in cervical manipulation. Note contraindications considered and why care proceeded or was modified. Vague entries such as "adjusted full spine" without segmental findings fail both board standards and malpractice scrutiny.
Putting It Together for the Exam
When a vignette presents neck pain after MVA, your analysis path should be: history for red flags → inspect for antalgia → palpate cervical segments → Spurling's and upper-limb neuro screen → decide if imaging is warranted before high-velocity cervical technique. The correct answer almost always reflects complete evaluation before intervention , not the fastest adjustment option.