Assessment of Patients With Neck Pain:
A Review of Definitions, Selection Criteria,
and Measurement Tools

This section was compiled by Frank M. Painter, D.C.
Send all comments or additions to:

FROM:   J Chiropractic Medicine 2010 (Jun); 9 (2): 49–59 ~ FULL TEXT


Victoria Misailidou, Paraskevi Malliou, Anastasia Beneka,
Alexandros Karagiannidis, and Georgios Godolias

Laboratory Instructor, Department of Physical Therapy,
Technological Educational Institute of Thessaloniki,
57400, Thessaloniki, Greece.

OBJECTIVE:   The purpose of this literature review was to synthesize the existing literature on various definitions, classifications, selection criteria, and outcome measures used in different studies in patients with neck pain.

METHODS:   A literature search of MEDLINE and CINAHL through September 2008 was performed to gather articles on the reliability, validity, and utility of a wide variety of outcome measurements for neck pain.

RESULTS:   Different types of definitions appear in the literature based on anatomical location, etiology, severity, and duration of symptoms. Classifications according to severity and duration of pain and the establishment of selection criteria seem to play a crucial role in study designs and in clinical settings to ensure homogeneous groups and effective interventions. A series of objective tests and subjective self-report measures are useful in assessing physical abilities, pain, functional ability, psychosocial well-being, general health status, and quality of life in patients with neck pain. Self-administered questionnaires are commonly used in clinical practice and research projects.

CONCLUSIONS:   Because of multidimensionality of chronic neck pain, more than just one index may be needed to gain a complete health profile of the patient with neck pain. The instruments chosen should be reliable, valid, and able to evaluate the effects of treatment.

From the Full-Text Article:


The introduction of evidence-based practice in the last years of the 20th century stimulated the development and research of an enormous number of instruments to assess many types of patient variables. [1] Now, more rehabilitation professionals are familiarizing themselves with the use of outcome measures in clinical practice and for research purposes. [2, 3] Outcomes assessment is primarily designed to establish baselines, to evaluate the effect of an intervention, to assist in goal setting, and to motivate patients to evaluate their treatment. [4, 5] When used in a clinical setting, it can enhance clinical decision making and improve quality of care. [6] Many patients with neck pain visit health care clinics seeking treatment of their problem, and health professionals aim to use the best available evidence for making decisions about therapy. The best evidence comes from randomized clinical trials, systematic reviews, and evidence-based clinical practice guidelines. [7]

One objective of this study is to provide to health care professionals who work with patients with neck pain some useful information about the existing outcome measures and the criteria for selecting the most appropriate ones according to treatment goals. Researchers can use this information to form homogeneous groups of participants and select the right measures for various research studies. [8] The purpose of this study was to conduct a critical review on assessment and measurement tools and various definitions and classifications of the existing literature on neck pain. The main results of a search looking at the evidence regarding the reliability, validity, and utility of objective tests and self-reported impairment and disability assessment in people with neck pain are presented here.

Methods and results

For this study, we considered neck pain to be a major or minor symptom of disease or disorder that occurs above the shoulder blades. [9] In that aspect, it can be a component of headaches, temporomandibular joint disorder, sprain/strain, tumors, fractures, various infectious diseases, inflammatory arthropathies, and fibromyalgia. We excluded articles with neck pain definitions found in the literature associated with serious local pathology or systemic disease. We searched MEDLINE and CINAHL and reviewed all relevant articles through September 2008, using neck pain, and measurements, functional ability, exercises, and assessment as search words and referring to neck pain as non-specific, soft tissue, or mechanical neck pain. Additional articles were identified from references of selected articles. Only articles written in English were included in this report. Eighty-six articles were selected for inclusion for this report.


   Definitions of Neck Pain   

Different types of definitions appear in the literature based on anatomical location, etiology, severity, and duration of symptoms.

      Definitions based on anatomical location

The International Association for the Study of Pain (IASP) in its classification of chronic pain defines cervical spinal pain as pain perceived anywhere in the posterior region of the cervical spine, from the superior nuchal line to the first thoracic spinous process. [10] This is clearly a topographic definition, and it states that neck pain is usually perceived posteriorly. This is consistent with patients' notions of neck pain. Pain to the front of the cervical spine is usually described as pain in the throat and not as neck pain. [11] Bogduk and McGuirk [11] also suggest that neck pain may be subdivided into upper cervical spinal pain and lower cervical spinal pain, above or below an imaginary transverse line through C4. From upper cervical segments, pain can usually be referred to the head, whereas from lower cervical segments, pain can be referred to the scapular region, anterior chest wall, shoulder, or upper limb. They also define suboccipital pain as the pain located between the superior nuchal line and C2, an area that appears to be the source of cervicogenic headache. In that aspect, the division of neck pain into suboccipital and upper and lower cervical pain may be important for clinicians and researchers in recognizing the area of the source of pain and trying to determine the possible causes.

The Bone and Joint Decade 2000–2010 Task Force on Neck Pain and Its Associated Disorders describes neck pain as pain located in the anatomical region of the neck with or without radiation to the head, trunk, and upper limbs. [12] It defines the posterior neck region from the superior nuchal line to the spine of the scapula and the side region down to the superior border of the clavicle and the suprasternal notch. The IASP definition limits the pain symptoms down to T1 vertebra and does not include the various regions that neck pain can be referred to, whereas the Neck Pain Task Force includes in its definition the areas of referral destination. Chronic neck pain is described as an often widespread sensation with hyperalgesia in the skin, ligaments, and muscles on palpation and in both passive and active movements in neck and shoulder area. [13]

      Etiology of symptoms

In many studies, [12] the authors consider that all neck pain has a local pathologic cause that can be identified and treated. Others consider neck pain as a primarily nonorganic problem with psychosocial roots. [14] Some authors tend to categorize neck pain based on precipitating factors such as whiplash-associated neck pain, occupational neck pain, sports-related neck pain, and nonspecific neck pain. [15–18] Bogduk and McGuirk [11] argue that the causes of common neck pain are not known; the only recognizable causes are due to serious but rare conditions like tumors, fractures, etc.

These varied approaches often imply different etiologic models for neck pain. When a pathoanatomical diagnosis of neck pain cannot be made, the IASP recommends the term cervical spinal pain of unknown origin to be applied. [10] The Australian Acute Musculoskeletal Pain Guidelines Group [19] also recommended for neck pain with no known cause the term idiopathic neck pain.

      Severity of symptoms

The Neck Pain Task Force [20] recommends a clinical classification in 4 grades according to severity of pain:

grade I is neck pain with no signs or symptoms of major structural pathology and no or minor interference with activities of daily living,

grade II is neck pain with no signs or symptoms of major structural pathology but major interference with activities of daily living,

grade III is neck pain with no signs or symptoms of major structural pathology but with neurologic signs of nerve compression, and

grade IV is neck pain with signs of major structural pathology.

Major structural pathologies include, but are not limited to, fractures, spinal cord injuries, infections, neoplasm, or systemic diseases. To develop this taxonomy, the Neck Pain Task Force was guided by the classification system developed by Von Korff et al [21] and by the Quebec Task Force on Whiplash-Associated Disorders. [15]

This type of initial assessment seems to help the clinician determine the best evidence-based intervention. The above classification appears also very useful when used in research projects because it can ensure the homogeneity of groups in terms of severity of symptoms. In many studies [20] on neck pain, the researchers failed to show how effective their interventions are because they used patients with grade I pain that usually do not seek health care and the improvements they had were minimal. In addition, if a patient is classified as grade III, he or she should be referred for further medical management for nerve root compression. [11, 20] Bogduk and McGuirk [11] state that the distinction between somatic referred pain and radicular pain is sometimes difficult to make, but the radicular pain is associated with neurologic signs and it is usually accompanied by paresthesia, numbness, weakness, and/or loss of reflexes. Patients with neurologic signs are a separate entity in terms of diagnosis and management and should be excluded [11, 20] from research projects or best evidence treatment interventions on neck pain unless the neurologic signs have subsided and the patient can now be classified as grade II.

      Duration of symptoms

Another type of classification proposed by IASP [22] is based on the duration of neck pain. Acute neck pain usually lasts less than 7 days, subacute neck pain lasts more than 7 days but less than 3 months, and chronic neck pain has a duration of 3 months or more. The same time frames but with different terminology are proposed by the Neck Pain Task Force [12]; they propose the term transitory neck pain instead of acute, short-duration for subacute, and long-duration for chronic neck pain.

Investigators [11] usually do not distinguish subacute neck pain from acute or chronic pain. In the literature, there are no studies showing a difference in response to the same treatment between patients with subacute neck pain and those with either acute or chronic neck pain. Therefore, it seems correct to identify and distinguish only acute and chronic neck pain. [11] The evidence for acute neck pain is distinctly different from that for chronic neck pain; establishing which of the 2 the patient has predicates what interventions are appropriate.

   Selection criteria   

Study samples must be selected with care and health care providers should clearly define the population of persons with neck pain. This is very important because the predictive outcome of a test is highly dependent and validated on the population in which it is intended to be used. [6, 8]

Neck pain is multifactorial in its etiology and in its impact on the individual. The origin and exact pathophysiologic mechanisms of chronic neck pain often remain obscure because trauma or severe degenerative conditions at working age are found only in a few cases. [23] Excessive physical strain may cause microtrauma in connective tissues, and psychosocial stress may lead to increased muscular tension and pain. [24]

      Inclusion criteria based on symptoms and clinical diagnosis

Most studies [12, 25, 26] select their participating patients on the basis of their clinical diagnosis. This can be “neck pain” or “chronic neck pain” or “chronic nonspecific neck pain.”

Inclusion criteria based on symptoms include duration of pain, pain intensity, and frequency of symptoms. For example, in a study by Dziedzic et al, [25] the selection of patients was based on “chronic or recurrent neck or shoulder pain of at least 3 months duration with or without arm pain.” Another study recruited patients with constant or frequently occurring neck pain for more than 3 or 6 months. [13]

      Other inclusion criteria

The age of the participants may vary from 18 to 70 years. In some studies, the target population consists only of people of working age who are employed at various jobs. [23] Epidemiologic studies have shown that women experience chronic neck pain more often than men; and therefore, patient populations commonly consist of women. [23, 27] Pain perception in response to exercise appears to be influenced by sex differences; and therefore, some researchers [23] include only female participants in their studies. O'Leary et al [27] included in their study only patients that scored 5 or greater of 50 on the Neck Disability Index (NDI), which assesses perceived pain and physical disability. Furthermore, most authors [23, 25, 27] mention that participants should be motivated for rehabilitation and able to comply with a treatment schedule to be included in studies.

      Exclusion criteria

Exclusion criteria include serious injury, tumor, infection, or other nonmechanical cause of neck pain. [23, 25–27] Other studies exclude clinically significant herniated disk with positive radicular arm pain, spinal fractures, and recent cervical surgery. Furthermore, shoulder diseases (tendonitis, bursitis, capsulitis), inflammatory rheumatic diseases, severe psychiatric illness, and pregnancy are typically excluded from research studies. [23] Participants are usually excluded if they have neck pain from nonmusculoskeletal causes, signs of neurologic involvement, or any other medical disorder that would contraindicate physical exercise. [23, 25]

The source of study participants must be well described and the inclusion and exclusion criteria clearly outlined and appropriate to ensure that the study population is representative of the population of interest. The diagnostic criteria must be clear, specific, and relevant. Some studies [13, 28] evaluate the effectiveness of different treatments in patients with minor pain. These subjects often do not seek help from their health care providers; and if they do, their symptoms are easily treated with ergonomic advice and home exercise program. Rehabilitation research therefore needs to be targeted at the right patient population. If patients are entered into a study only on the basis of severe current neck pain, many may experience spontaneous relief from their symptoms over the course of the study, as has been observed in control groups in several randomized studies. [13] This places importance on the methodology of patient selection. The block randomization procedure that some researchers use ensures that patients with equal severity of neck symptoms are present in each group. [13, 26] However, this method of sampling requires an efficient number of available participants simultaneously, which is not always possible.

   Clinical assessment and outcome measurement   

When taking a patient's history, the system of “red flags” allows clinicians to rule out serious pathology; this system is widely used and accepted in the literature. [11, 28, 29] The suggested red flags by the Neck Pain Task Force [28] include, but are not limited to, pathologic fractures, neoplasm, systemic inflammatory diseases, infections, cervical myelopathy, and previous neck surgery. After ruling out serious underlying structural disease and establishing the diagnosis of nonspecific mechanical neck pain, a series of objective tests and subjective self-report assessments will be conducted in assessing the patient's present status, monitoring the patient's course, and observing response to treatment, and in clinical research. [28]

The most common reason patients with symptoms seek treatment is pain. Traditionally, health care professionals have based their evaluation and treatment approach on the biomedical model that views a patient's pain and associated disability merely as symptoms of underlying tissue pathology. [30] Presently, the multidimensionality of neck pain, as with many chronic musculoskeletal disorders, is fully accepted; and the biopsychosocial model is implemented increasingly in diagnostics and in treatment of patients with neck pain. This model places a complaint of pain into a more holistic context and views the patient's experience of pain and disability as a system that comprises the pain itself, the person's attitudes and beliefs about the pain, elements of psychologic distress experienced, illness behaviors exhibited, and parameters of the social environment in which the person functions. [31, 32]

Loeser [33] has developed a conceptual model of pain that depicts the strong relationship between somatic dimension, psychologic dimension, and the social dimension in patients with musculoskeletal pain. Tissue damage results in pain perception (somatic dimension). When pain perception leads to suffering, a psychologic dimension is reached. Finally, a social dimension is added when suffering leads to pain behavior preventing the patient from assuming his/her normal social role. [1] The implication of this is that either multidimensional indexes are required or more than just one index is needed to gain a complete health profile of the patient with neck pain.

According to the International Classification of Functioning, Disability, and Health, [34] the relevant domains for examination and evaluation are impairments in body structures and function (pain), disabilities in daily activities and problems in participation (activities of daily living, sport, and work), and external and personal factors (negative cognitions about pain, passive coping strategy, general health perception). The instruments chosen must be reliable, valid and able to evaluate the effect of treatment.

   Self-assessment of pain, function/disability, general health status   

Self-administered questionnaires are commonly used in clinical practice and research projects. There is consistent evidence that these questionnaires provide useful information about

(a) the impact of neck pain on the patient;

(b) the patient's perceived functional ability, deficit, and psychosomatic status;

(c) change of the condition over time; and

(d) the effectiveness of treatment intervention for both clinicians and patients.

After the selection of the participants and their categorization into different intervention programs, researchers or clinicians should select the appropriate measurement tools to evaluate treatment outcomes.

      Self-assessment pain scales and questionnaires

An initial recording of the individual's pain and its characteristics is necessary to draw safe conclusions related to changes. The IASP [22] has described pain as “an unpleasant sensory and emotional experience.” Because pain is a subjective experience, clinicians and researchers rely on what the person reports about his/her own pain. This approach to assessing pain has its limitations because the accuracy of reports cannot be evaluated against criteria like the mental status or the communication ability of the person. Although the concept of pain as a personal experience is widely accepted, great variation exists in how neck pain is described and considered in the published literature.

   Pain scales   

According to the Interactive Guide to Physical Therapist Practice, careful evaluation of the patients' perception of the intensity, quality, and distribution of their pain is important in the assessment of treatment outcomes. There are several methods of pain evaluation used in the clinical setting including verbal, visual, numeric, and semantic differential scales. [35]

      Simple descriptive scale

The simple descriptive scale (SDS), also called the verbal pain report, uses a 4– or 5–point scale based on the patient's selection of a word that best describes current pain intensity. The value of this scale appears to be limited by its lack of sensitivity in detecting small changes in pain intensity. [36]

      Visual analog scale

The visual analog scale (VAS) is a 10–cm line, oriented vertically or horizontally, with one end representing “no pain” and the other end representing “pain as bad as it can be.” The patient is asked to mark a place on the line corresponding to the current pain intensity. The VAS is the most frequently used pain measure because it is simple to use and has good psychometric properties. [29, 37–42]

      Numeric rating scale

The numeric rating scale (NRS) is a verbal or written determination of a pain level on a scale from 0 to 10, in which 0 represents no pain and 10 represents excruciating pain. Sternbach has expanded the NRS to a rating from 0 to 100, and the patient is asked to describe current or average pain intensity as a percentage of 100. According to a study by Downie et al, [43] the NRS provides better discrimination of small changes in pain intensity than the SDS does. When comparing the VAS with the NRS, some investigators state that the NRS is not as sensitive to patients' ability to express distress; and therefore, they recommend using the VAS because it is better suited to parametric analysis and because it provides a continuous score. [36]

      Semantic differential scales

These are composed of word lists and categories developed by physicians, students, and patients and measure the quality of pain in 3 dimensions: affective, evaluative, and sensory. Words are categorized by whether they describe fear, anxiety, and tension in the pain experience (affective); the overall cognitive experience of pain based on learned behaviors (evaluative); and temporal, spatial, pressure, or thermal characteristics of pain (sensory). Words within each category are ranked in terms of intensity. One of the most popular pain scales that uses word lists and has been adopted for many clinical trials is the McGill Pain Questionnaire (MPQ) and especially the short form (SF-MPQ). [44] Whereas the VAS measures only pain intensity, the SF-MPQ, which includes the VAS, measures also the quality of pain. In general, semantic differential scales are difficult and time consuming to complete and require a higher literacy level and a normal cognitive state. Although they are less convenient to use, they are valuable when a more detailed analysis of a patient's perception of pain is needed, as in a clinical research setting or a pain clinic.

      Reliability and validity of pain scales

Table 1

The issue of reliability has been addressed in many reports particularly for the VAS and the MPQ. Most of the reports suggest that reliability varies based on the patient groups examined. Generally, the VAS measurements have been found to be both valid and reliable. In many studies, the VAS has been considered to be the most easy to use and is believed to provide the most reliable measurements of pain intensity and is therefore used as the criterion standard against new rating methods. [28] Melzack and Torgeson [44] argue that the MPQ provides reliable, valid, and consistent measurements. The short form also has proven to provide reliable and valid measurements when the intensity of pain is the primary subject of the examination. A major advantage of the MPQ is the fact that it has been validated in many multilingual versions [45] (Table 1).

   Pain questionnaires   

Table 2

Questionnaires that incorporate assessments of pain include the Extended Aberdeen Spine Pain Scale (ASPS),46 the Bournemouth Questionnaire (BQ), [47] the Cervical Spine Outcomes Questionnaire (CSOQ), [48] the Current Perceived Health 42 Profile (CPH42), [49] the NDI, [42, 50–52] the Northwick Park Neck Pain Questionnaire (NPQ), [52] the Problem Elicitation Technique (PET), [52] and the Whiplash Disability Questionnaire (WDQ) [53] (Table 2)

   Self-assessment of Functional Performance   

Questionnaires that evaluate functional performance in patients with neck pain include the

CSOQ,   [48]
Copenhagen Neck Functional Disability Scale (CNFDS),   [55, 56]
CPH,   [42, 67]
Global Assessment of Neck Pain,   [56]
NDI,   [50, 51]
Neck Pain and Disability Scale,   [29, 41, 42, 57]
NPQ,   [42, 52, 67]
Patient-Specific Functional Scale (PSFS) (neck),   [51]
PET,   [52]
WDQ,   [53]
Short Core Neck Pain Questionnaire,   [61], and the
National Health and Nutrition Examination Surveys NHANES-ADL Scale (neck)   [62] (Table 2).

Pietrobon et al [68] argues that NDI, CNFDS, and NPQ are similar in terms of structure and psychometric properties; but only NDI has been revalidated in heterogeneous study populations and in many languages. The NDI, a neck-specific questionnaire, has been cited in the literature as the criterion standard for many other questionnaires. [69] The PET and PSFS evaluate problems specific to the individual patient and have the disadvantage that they cannot be used in research because without standardization of content, the scale is different for each patient and comparisons between them are impossible. [70]

Self-assessment of psychosocial and general health status

The CSOQ, [48] PET, [52] WDQ, [53] NHANES-ADL, [62] CPH [42, 67] FABQ, [64] and the SF-36 Health Survey [66] also assess the psychosocial status of patients with neck pain (Table 2). The CSOQ is a disease-specific questionnaire that assesses pain severity, functional disability, psychologic distress, physical symptoms, health care utilization, and satisfaction. [48] The PET identifies problems that are important to the individual patient including emotional and social items such as anger, frustration, and depression. [52] The NHANES-ADL Scale measures physical, social, and emotional disability in patients with a cervical impairment. [62] The SF-36 Health Survey is a generic questionnaire that measures the general health status and includes physical and mental components. It is a quality of life measure used in many research studies.

      Reliability and validity of pain and functional performance questionnaires

Most self-assessment questionnaires are more sensitive in detecting health improvement than deterioration. The NDI discriminates between those who improved or deteriorated and, as expected, does not detect change in score in those who remained stable. [42] The NDI, a neck-specific questionnaire, has been cited in the literature as the criterion standard for many other questionnaires and is the most valid of the tools reported. [41, 50, 52, 69] The ASPS, CSOQ, CPH [42], and NDI were all responsive to change with some variation. [46, 48] The CNFDS was tested on patients with chronic neck pain and showed moderate to good validity. [55] The CSOQ and the CNFDS both showed good reliability. [48, 55]

   Assessing Physical Abilities   

      Range of motion of the cervical spine

Studies reporting range of motion (ROM) include intersegmental ROM of the cervical spine and passive and active ROM of the neck measured in patients with neck pain and in controls. Intersegmental cervical spine motion, tested by physical therapists, had slight to moderate interrater reliability (Κ = 0.05–0.61). [71–73] Interrater examination reliability for passive cervical ROM has also been shown as slight to moderate. [29, 71] Active ROM of the cervical spine can be visually estimated by clinicians or measured with external devices. [40, 74–80] Only one of the studies for active ROM of the neck used a criterion standard (radiography in asymptomatic subjects) as a comparison. [79]

Active ROM of the neck estimated visually was as reliable as using an external device for intrarater and interrater reliability. [28] The variations in ratings were about 10° for intrarater and 20° for interrater measurements irrespective of method used. [80] Measurements of protraction and retraction of the head showed less reliability compared with flexion, extension, side bending, or rotation of the head. [76, 77]

Patients with neck pain had slightly decreased active ROM when compared with individuals with no neck pain, but there was a large degree of overlap between groups. [75, 76] Chronic whiplash-associated disorders (WAD) patients had significantly lower volitional ROM in the cervical spine compared with controls. [79] It appears that functional active ROM of the neck is used widely as a diagnostic tool in many studies regarding patients with neck pain. It is also used in research as an assessment tool to test the usefulness of various treatment interventions. Interrater and intrarater reliability in active ROM measurements is moderate with or without external devices especially for neck flexion, extension, side bending, and rotation.

      Muscle strength and endurance

Muscle testing of the neck and upper extremity for diagnostic purposes had consistent slight to moderate interexaminer reliability (Κ ≤ 60) in patients with neck pain. [40, 81] There is some evidence that patients with chronic neck pain have slightly lower neck strength compared with control subjects. [75] In subjects with neck pain, self-reported pain and disability ratings showed no correlation with strength measurements. [29, 75, 82]

One study evaluated neck muscle endurance in patients with WAD compared with age-matched healthy controls. [83] Cervical flexor endurance tested in a supine position could distinguish well between WAD patients and the controls. Muscle endurance measurement by electromyography for repeated forward flexion of the arm tested in people with neck pain and myalgia compared with symptom-free subjects was significantly lower. [82]

      Palpation of trigger and tender points

Assessments of trigger points around the neck by clinicians have fair to moderate interrater reliability (? = 0.24–0.56) in patients with acute or chronic neck pain. [81] In a study with patients with chronic neck pain, using an algometer increased interrater reliability for trigger point examination from moderate to excellent. [77] When palpation around the neck in patients and nonpatients was tested against a criterion standard (pain elicitation on physical examination), the sensitivity and specificity for trigger points were about 80% for both. [84, 85]

      Objective functional tests: lifting, stepping, and walking tests

There is some evidence from a construct validity study that patients with chronic neck pain and high neck pain intensity during functional testing have low performance. [86]


There are limitations to this study. The computerized search included only MEDLINE and CINAHL, and all searches were limited to English-language studies. It is possible that other relevant outcome measures were not identified based upon the search terms and strategies that we used. This article is a qualitative review that summarizes and critically synthesizes the relevant findings in a narrative fashion with its inherent limitations. Because our focus was not on a single research question, we did not follow the strict criteria to evaluate the methodological quality that most systematic reviews use. Each study that was identified through the literature search was evaluated for inclusion based on the relevance of its context to the purpose of our study and not on level of evidence.


Different types of neck pain definitions appear in the literature based on anatomical location, etiology, severity, and duration of symptoms. Classification according to severity and duration of symptoms and the establishment of clearly outlined inclusion and exclusion criteria help researchers to form homogeneous groups representative of the population under study and also help clinicians to apply the best evidence-based treatment. The multidimensionality of chronic neck pain is fully accepted, and the biopsychosocial model is implemented increasingly in diagnostics and the treatment of patients with neck pain.

Outcome measures assessing patients with neck pain are used widely in research and in clinical settings to establish baselines, to evaluate the effect of an intervention, to assist in goal setting, and to motivate patients to evaluate their treatment. Because of the multifactorial nature of chronic neck pain, either multidimensional indexes or more than one index may be needed to gain a complete health profile of the patient with neck pain. The instruments used including clinical tests and self-administered questionnaires should be reliable, valid, and able to evaluate the effect of treatment.

Funding sources and potential conflicts of interests

The authors reported no funding sources or conflicts of interest.


  1. Swinkels R.A., Oostendorp R.A.
    Outcomes assessment and measurement in spinal musculoskeletal disorders (chapter 41)
    In: Boyling J., Jull G., editors. Grieve's modern manual therapy: the vertebral column. 3rd ed.
    Churchill Livingstone; London: 2005. pp. 591–601

  2. Kay T.M., Myers A.M., Huijbregts M.P.J.
    How far have we come since 1992? A comparative study of physiotherapists' use of outcome measures.
    Physiother Can. 2001;53:268–275

  3. Huijbregts M.P.J., Myers A.M., Kay T.M., Gavin T.S.
    Systematic outcome measurement in clinical practice: challenges experienced by physiotherapists.
    Physiother Can. 2002;54:25–31

  4. Liebenson C., Yeomans S.
    Outcome assessment in musculoskeletal medicine.
    Man Ther. 1997;2(2):67–74

  5. Petty N.J., Moore A.P.
    Churchill Livingstone; London: 2004.
    Principles of neuromusculoskeletal treatment and management: a guide for therapists.

  6. Finch E., Brooks D., Stratford P., Mayo N. 2nd ed.
    Canadian Physiotherapy Association;
    Toronto (ON: 2002.
    Physical rehabilitation outcome measures: a guide to enhanced clinical decision making.

  7. Maher C.G., Herbert R.D., Moseley A.M., Sherrington C., Elkins M.
    Critical appraisal of randomized trials, systematic reviews of randomized trials and clinical practice guidelines (Chapter 42)
    In: Boyling J., Jull G., editors. Grieve's modern manual therapy: the vertebral column. 3rd ed.
    Churchill Livingstone; London: 2005. pp. 603–614

  8. Malliou P., Gioftsidou A., Beneka A., Godolias G.
    Measurements and evaluations in low back pain patients.
    Scand J Med Sci Sports. 2006;16:219–230

  9. Bliss S.J., Flanders S.A., Saint S.
    Clinical problem-solving. A pain in the neck.
    N Engl J Med. 2004;350:1037–1042

  10. Merskey H., Bogduk N., editors.
    Classification of chronic pain. Descriptions of chronic pain syndromes and definitions of pain terms. 2nd ed.
    IASP Press; Seattle: 1994. p. 11

  11. Bogduk N., McGuirk B.
    Management of acute and chronic neck pain: an evidence based approach.
    Pain research and clinical management. 1st ed.
    Elsevier; Philadelphia: 2006. pp. 3–20

  12. Guzman J., Hurwitz E.L., Carroll L.J., Haldeman S.
    A New Conceptual Model Of Neck Pain: Linking Onset, Course, And Care:
    The Bone and Joint Decade 2000-2010 Task Force on Neck Pain
    and Its Associated Disorders

    J Manipulative Physiol Ther. 2009 (Feb);   32 (2 Suppl):   S17–28

  13. Ylinen J.
    Physical exercises and functional rehabilitation for the management of chronic neck pain.
    Eura Medicophys. 2007;43:119–132

  14. Ariens G., van Mechelen W., Bongers P., Bouter L.M., van der Wal G.
    Psychosocial risk factors for neck pain: a systematic review.
    Am J Ind Med. 2001;39:180–193

  15. Spitzer WO, Skovron ML, Salmi LR, Cassidy JD, Duranceau J, Suissa S, Zeiss E.
    Scientific Monograph of the Quebec Task Force on Whiplash-Associated Disorders
    Redefining Whiplash and its Management

    Spine (Phila Pa 1976). 1995 (Apr 15); 20 (8 Suppl): S1-S73

  16. Borghouts J.A., Koes B.W., Bouter L.M.
    The clinical course and prognostic factors of non-specific neck pain: a systematic review.
    Pain. 1998;77:1–13

  17. Dorshimer G.W., Kelly M.
    Cervical pain in the athlete: common conditions and treatment.
    Prim Care. 2005;32:231–243

  18. Bongers P.M., Ijmker S., Van Den Heuvel S.
    Epidemiology of work related neck and upper limb problems: psychosocial and personal risk factors (part I) and effective interventions from a bio behavioral perspective (part II)
    J Occup Rehabil. 2006:279–302

  19. Australian Acute Musculoskeletal Pain Guidelines Group .
    Australian Academic Press; Brisbane: 2004.
    Evidence-based management of acute musculoskeletal pain: a guide for clinicians.

  20. Guzman J, Haldeman S, Carroll LJ, et al.
    Clinical Practice Implications of the Bone and Joint Decade 2000-2010
    Task Force on Neck Pain and Its Associated Disorders:
    From Concepts and Findings to Recommendations

    Spine (Phila Pa 1976). 2008 (Feb 15); 33 (4 Suppl): S199–S212

  21. Von Korff M., Ormel J., Keefe F.J., Dworkin S.F.
    Grading the severity of chronic pain.
    Pain. 1992;50:133–149

  22. International Association for the Study of Pain (IASP) IASP;
    Seattle: 2004. IASP Task Force for Taxonomy. Pain Terminology

  23. Ylinen J., Takala E.P., Nykanen M., Hakkinen A., Malkia E., Pohjolainen T.
    Active neck muscle training in the treatment of chronic neck pain in women: a randomized controlled trial.
    JAMA. 2003;289(19):2509–2516

  24. Sjogaard G., Lundberg U., Kadefors R.
    The role of muscle activity and mental load in the development of pain and degenerative processes at the muscle cell level during computer work.
    Eur J Appl Physiol. 2000;83:99–105

  25. Dziedzic K., Hill J., Lewis M., Sim J., Daniels J., Hay E.M.
    Effectiveness of manual therapy or pulsed shortwave diathermy in addition to advice and exercise for neck disorders: a pragmatic randomized controlled trial in physical therapy clinics.
    Arthritis Rheum. 2005;53(2):214–222

  26. Hoving JL, Koes BW, de Vet HC, van der Windt DA, Assendelft WJ, van Mameren H, et al.
    Manual Therapy, Physical Therapy, or Continued Care by a General Practitioner
    for Patients with Neck Pain. A Randomized, Controlled Trial

    Annals of Internal Medicine 2002 (May 21); 136 (10): 713–722

  27. O'Leary S., Falla D., Hodges P.
    Specific therapeutic exercise of the neck induces immediate local hypoalgesia.
    J Pain. 2007;8(11):832–839

  28. Nordin M, Carragee EJ, Hogg-Johnson S, Weiner SS, Hurwitz EL, Peloso PM, et al.
    Assessment of Neck Pain and Its Associated Disorders:
    Results of the Bone and Joint Decade 2000–2010 Task Force on
    Neck Pain and Its Associated Disorders

    Spine (Phila Pa 1976). 2008 (Feb 15); 33 (4 Suppl): S101–S122

  29. Ylinen J., Salo P., Nykanen M., Kautiainen H., Hakkinen A.
    Decreased isometric neck muscle strength in women with chronic neck pain and the repeatability of neck strength measurements.
    Arch Phys Med Rehabil. 2004;85:1303–1308

  30. Jones M.A., Edwards I., Gifford L.
    Conceptual models for implementing biopsychosocial theory in clinical practice.
    Man Ther. 2002;7(1):2–9

  31. Watson P., Kendall N.
    Assessing psychosocial yellow flags.
    In: Gifford L., editor. Topical issues in pain 2: biopsychosocial assessment and management. Relationships and pain.
    CNS press; Cornwall (UK): 2000. pp. 111–129

  32. Henderson M., Bass C.
    Chronic pain: the role of psychosocial factors in common musculoskeletal disorders.
    Psychiatry. 2006;5(2):52–56

  33. Loeser J.D.
    Disability, pain and suffering.
    Clin Neurosurg. 1989;35:398–408

  34. World Health Organization .
    WHO; Geneva: 2001.
    International classification of function, disability and health: ICF

  35. Echternach J.L.
    Management of the individual with pain, parts 1 and 2.
    PT Magazine (article on the Internet). Nov-Dec 1996.

  36. Good M., Stiller C., Zauszniewski J.A., Anderson G.C., Stanton-Hicks M., Grass J.A.
    Sensation and distress of pain scales: reliability, validity, and sensitivity.
    J Nurs Meas. 2001;9(3):219–238

  37. Price D.D., McGrath P.A., Rafii A., Buckingham B.
    The validation of visual analogue scales as ratio scale measures for chronic and experimental pain.
    Pain. 1983;17:45–56

  38. Bijur P.E., Silver W., Gallagher E.J.
    Reliability of the visual analog scale for measurement of acute pain.
    Acad Emerg Med. 2001;8:1153–1157

  39. Gonzalez T., Balsa A., Sainz D.M., Zamorano E., Gonzales I., Martin-Mola E.
    Spanish version of the Northwick Park Neck Pain Questionnaire: reliability and validity.
    Clin Exp Rheumatol. 2001;19:41–46

  40. Wainner R.S., Fritz J.M., Boninger M., Irrgang J.J., Delitto T., Allison S.C.
    Reliability and diagnostic accuracy of the clinical examination and patient self-report measures for cervical radiculopathy.
    Spine. 2003;28:52–62

  41. Bicer A., Yazici A., Camdeviren H., Erdogan C.
    Assessment of pain and disability in patients with chronic neck pain: reliability and construct validity of the Turkish version of the neck pain and disability scale.
    Disabil Rehabil. 2004;26:959–962

  42. Wlodyka-Demaille S., Poiraudeau S., Catanzariti J.F., Rannou F., Fermanian J., Revel M.
    The ability to change of three questionnaires for neck pain.
    Spine. 2004;71:317–326

  43. Downie W.W., Leatham P.A., Rhind V.M., Wright V., Branco J.A., Anderson J.A.
    Studies with pain rating scales.
    Ann Rheum Dis. 1978;37:378–381

  44. Melzack R., Torgerson W.
    On the language of pain.
    Anesthesiology. 1971;34:50–59.
    Reprinted in “The McGill Pain Questionnaire” from description to measurement.
    Anesthesiology 2005; 103:199-202

  45. Georgoudis G., Watson P., Oldham J.
    The development and validation of a Greek version of the short-form McGill Pain Questionnaire.
    Eur J Pain. 2000;4:275–281

  46. Williams N.H., Wilkinson C., Russell I.T.
    Extending the Aberdeen back pain scale to include the whole spine: a set of outcome measures for the neck, upper and lower back.
    Pain. 2001;94:261–274

  47. Bolton J.E., Humphreys B.K.
    The Bournemouth Questionnaire: A Short-form Comprehensive Outcome Measure.
    II. Psychometric Properties in Neck Pain Patients

    J Manipulative Physiol Ther 2002 (Mar); 25 (3): 141-148

  48. Bendebba M., Heller J., Ducker T.B., Eisinger J.M.
    Cervical spine outcomes questionnaire: its development and psychometric properties.
    Spine. 2002;27:2116–2123

  49. Chiu T.T.W., Lam T., Hedley A.J.
    A randomized controlled trial on the efficacy of exercise for patients with chronic neck pain.
    Spine. 2005;30:E1–E7

  50. Hains F., Waalen J., Mior S.
    Psychometric properties of the neck disability index.
    J Manipulative Physiol Ther. 1998;21:75–80

  51. Riddle D.L., Stratford P.W.
    Use of generic versus region-specific functional status measures on patients with cervical spine disorders.
    Phys Ther. 1998;78:951–963

  52. Hoving J., O'Leary E., Niere K.
    Validity of the neck disability index, Northwick Park neck pain questionnaire and problem elicitation technique for measuring Disability associated with whiplash-associated disorders.
    Pain. 2003;102:273–281

  53. Pinfold M., Niere K.R., O'Leary E.F.
    Validity and internal consistency of a whiplash-specific disability measure.
    Spine. 2004;29:263–268

  54. Hurst H., Bolton J.
    Assessing the clinical significance of change scores recorded on subjective outcome measures.
    J Manipulative Physiol Ther. 2004;27:26–35

  55. Jordan A., Manniche C., Mosdal C., Hindsberger C.
    The Copenhagen neck functional disability scale: a study of reliability and validity.
    J Manipulative Physiol Ther. 1998;21:520–527

  56. Fejer R., Jordan A., Hartvigsen J.
    Categorizing the severity of neck pain: establishment of cut-points for use in clinical and epidemiological research.
    Pain. 2005;119:176–182

  57. Wheeler A.H., Goolkasian P., Baird A.C., Darden B.V.
    Development of the neck pain and disability scale—item analysis, face, and criterion-related validity.
    Spine. 1999;24:1290–1294

  58. Willis C., Niere K.R., Hoving J.L., Green S., O'Leary E.F., Buchbinder R.
    Reproducibility and responsiveness of the Whiplash Disability Questionnaire.
    Pain. 2004;110:681–688

  59. Cleland J.A., Childs J.D., Whitman J.M.
    Psychometric properties of the Neck Disability Index and Numeric Pain Rating Scale in patients with mechanical neck pain.
    Arch Phys Med Rehabil. 2008;89(1):69–74

  60. Trouli M.N., Vernon H.T., Kakavelakis K.N.
    Translation of the Neck Disability Index and validation of the Greek version in a sample of neck pain patients.
    BMC Musculoskelet Disord. 2008;9:106

  61. White P., Lewith G., Prescott P.
    The core outcomes for neck pain: validation of a new outcome measure.
    Spine. 2004;29:1923–1930

  62. Cook C.E., Richardson J.K., Pietrobon R., Braga L., Silva H.M., Turner D.
    Validation of the NHANES ADL scale in a sample of patients with report of cervical pain: factor analysis, item response theory analysis, and line item validity.
    Disabil Rehabil. 2006;28:929–935

  63. Chiu T.T.W., Lo S.K.
    Evaluation of cervical range of motion and isometric neck muscle strength: reliability and validity.
    Clin Rehabil. 2002;16:851–858

  64. Lee C.E., Browell L.M., Jones D.L.
    Measuring health in patients with cervical and lumbosacral spinal disorders: is the 12-item short form health survey a valid alternative for the 36-item short form health survey?
    Arch Phys Med Rehabil. 2006;89(5):829–833

  65. Lee K.C., Chiu T.T., Lam T.H.
    Psychometric properties of the Fear-Avoidance Beliefs Questionnaire in patients with neck pain.
    Clin Rehabil. 2006;20(10):909–920

  66. Hickey A., Barker M., Mc Gee H., O'Boyle C.
    Measuring health-related quality of life in older patient populations: a review of current approaches.
    Pharmacoeconomics. 2005;23(10):971–993

  67. Chiu T.T.W., Lam T., Hedley A.J.
    Psychometric properties of a generic health measure in patients with neck pain.
    Clin Rehabil. 2003:505–513

  68. Pietrobon R., Coeytaux R.R., Carey T.S., Richardson W.J., De Vellis R.F.
    Standard scales for measurement of functional outcome for cervical pain or dysfunction: a systematic review.
    Spine. 2002;27(5):515–522

  69. Vernon H.
    The Neck Disability Index: State-of-the-Art, 1991-2008
    J Manipulative Physiol Ther 2008 (Sep); 31 (7): 491–502

  70. Jolles B.M., Buchbinder R., Beaton D.E.
    A study compared nine patient-specific indices for musculoskeletal disorders.
    J Clin Epidemiol. 2005;58:791–801

  71. Smedmark V., Wallin M., Arvidsson I.
    Inter-examiner reliability in assessing passive intervertebral motion of the cervical spine.
    Man Ther. 2000;5:97–101

  72. Pool J.J., Hoving J.L., de Vet H.C., VanMameren H., Bouter L.M.
    The interexaminer reproducibility of physical examination of the cervical spine.
    J Manipulative Physiol Ther. 2004;27:84–90

  73. Van Trijffel E., Anderegg Q., Bossuyt P.M., Lucas C.
    Inter-examiner reliability of passive assessment of intervertebral motion in the cervical and lumbar spine: a systematic review.
    Man Ther. 2005;10:256–269

  74. Osterbauer PJ, Long K, Ribaudo TA.
    Three-dimensional head kinematics and cervical range of motion in the diagnosis of patients with neck trauma.
    J Manipulative Physiol Ther. 1996;19:231–237

  75. Jordan A., Mehlsen J., Ostergaard K.
    A comparison of physical characteristics between patients seeking treatment for neck pain and matched healthy individuals.
    J Manipulative Physiol Ther. 1997;20:468–475

  76. Hanten W.P., Olson S.L., Russell J.L., Lucia R.M., Campell A.H.
    Total head excursion and resting head posture: normal and patient comparisons.
    Arch Phys Med Rehab. 2000;81:62–66

  77. Olson S.L., O'Connor D.P., Birmingham G., Broman P., Herrera L.
    Tender point sensitivity, range of motion and perceived disability in subjects with neck pain.
    J Orthop Sports Phys Ther. 2000;30:13–20

  78. Petersen C.M., Johnson R.D., Schuit D.
    Reliability of cervical range of motion using the OSI CA 6000 spine motion analyser on asymptomatic and symptomatic subjects.
    Man Ther. 2000;5:82–88

  79. Puglisi F., Ridi R., Cecchi F., Bonelli A., Ferrari R.
    Segmental vertebral motion in the assessment of neck range of motion in whiplash patients.
    Int J Legal Med. 2004;118:235–239

  80. Hoving J., Pool J., Van Mameren H.
    Reproducibility of cervical range of motion in patients with neck pain.
    BMC Musculoskelet Disord. 2005;6:59

  81. Viikari-Juntura E.
    Interexaminer reliability of observations in physical examinations of the neck.
    Phys Ther. 1987;67:1526–1532

  82. Larsson B., Bjork J., Elert J., Gerdle B.
    Mechanical performance and electromyography during repeated maximal isokinetic shoulder forward flexions in female cleaners with and without myalgia of the trapezious muscle and in healthy controls.
    Eur J Appl Physiol. 2000;83:257–267

  83. Kumbhare D.A., Balsor B., Parkinson W.L., Harding Bsckin P., Bedard M., Papaioannou A.
    Measurement of cervical flexor endurance following whiplash.
    Disabil Rehabil. 2005;27:801–807

  84. Andersen J.H., Gaardboe O.
    Musculoskeletal disorders of the neck and upper limb among sewing machine operators: a clinical investigation.
    Am J Ind Med. 1993;24:689–700

  85. Sandmark H., Niseli R.
    Validity of five common manual neck pain provocative tests.
    Scand J Rehabil Med. 1995;27:131–136

  86. Ljungquist T., Jensen I.B., Nygren A., Harms-Ringdahl K.
    Physical performance tests for people with long-term spinal pain: aspects of construct validity.
    J Rehabil Med. 2003;35:69–75



Since 10-19-2014

                  © 1995–2023 ~ The Chiropractic Resource Organization ~ All Rights Reserved