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Journal of Bodywork & Movement Therapies (2012) 16, 300e325
Available online at www.sciencedirect.com
journal homepage: www.elsevier .com/jbmt
SYSTEMATIC REVIEW: MASSAGE & NECK
Ottawa panel evidence-based clinical practiceguidelines on therapeutic massage for neck pain
Lucie Brosseau, PhD c,i,*,1,2, George A. Wells, PhD a,b,1,2,Peter Tugwell, MD, MSc a,b,d,1,2, Lynn Casimiro, PhD c,i,1,2,Michael Novikov, MSc.S c,1,2, Laurianne Loew, MSc.S, PhD(c) c,1,2,Danijel Sredic, BSc f,1,2, Sarah Clement, BSc f,1,2,Amelie Gravelle, BSc f,1,2, Kevin Hua, BSc f,1,2,Daniel Kresic, BSc f,1,2, Ana Lakic, BSc f,1,2,Gabrielle Menard, BSc c,1,2, Pascale Cote, MSc.S c,1,2,Ghislain Leblanc, MSc.S c,1,2, Mathieu Sonier, MSc.S c,1,2,Alexandre Cloutier, MSc.S c,1,2, Jessica McEwan, MLIS e,1,2,Stephane Poitras, PhD c,1,3, Andrea Furlan, PhD, MD j,1,3,Anita Gross, MSc p,1,3, Trish Dryden, RMT k,1,3,Ron Muckenheim, RMT l,1,3, Raynald Cote, RMT m,1,3,Veronique Pare, RMT m,1,3, Alexandre Rouhani, RMT n,1,3,Guillaume Leonard, PhD o,1,3, Hillel M Finestone, MD g,1,3,Lucie Laferriere, MHA h,1,3, Simon Dagenais, DC q,1,3,Gino De Angelis, M.Sc c,4, Courtney Cohoon, M.A. c,4
aClinical Epidemiology Unit, Ottawa Hospital Research Institute, Ottawa Hospital, Civic Campus, Ottawa, Ontario, CanadabDepartment of Epidemiology and Community Medicine, University of Ottawa, Ottawa, Ontario, Canadac School of Rehabilitation Sciences, Faculty of Health Sciences, University of Ottawa, Ottawa, Ontario, CanadadCentre for Global Health, Institute of Population Health, Ottawa, Ontario, CanadaeUniversity of Ottawa Health Sciences Library, Ottawa, Ontario, Canadaf School of Human Kinetics, Faculty of Health Sciences, University of Ottawa, Ottawa, Ontario, Canadag SCO Health Services, Elisabeth Bruyere Health Centre, Ottawa, Ontario, CanadahDirectorate Force Health Protection, Canadian Forces Health Services Group Headquarters, National Defense, Ottawa,Ontario, CanadaiMontfort Hospital Research Institute, Ottawa, Ontario, Canadaj Institute for Work and Health, Toronto, Ontario, CanadakResearch and Corporate Planning Centennial College, Toronto, Ontario, Canadal Everest College, St-Laurent, Ottawa, Ontario, CanadamAcademy of Massage and Orthotherapy, Gatineau, Quebec, Canada
1360-8592/$ - see front matter ª 2011 Published by Elsevier Ltd.doi:10.1016/j.jbmt.2012.04.001
Therapeutic massage for neck pain 301
nCentre de Massotherapie et Soins Corporels l’Orchidee, Gatineau, Quebec, Canadao Sherbrooke University, Physiotherapy, Sherbrooke, Quebec, Canadap School of Rehabilitation Sciences, McMaster University, Hamilton, Ontario, Canadaq Palladian Health, West Seneca, New York, USA
Received 3 January 2012; received in revised form 30 March 2012; accepted 5 April 2012
KEYWORDSClinical practiceguidelines;Neck pain;Massage therapy;Randomizedcontrolled trial;Systematic review
1 Ottawa panel members.2 Ottawa methods group.3 External experts.4 Assistant manuscript writer.* Corresponding author. Roger Guind
5800x8015; fax: þ1 613 562 5428.E-mail address: Lucie.Brosseau@uo
Summary Objective: To update evidence-based clinical practice guideline (EBCPG) on theuse of massage compared to a control or other treatments for adults (>18 years) suffering fromsub-acute and chronic neck pain.Methods: A literature search was performed from January 1, 1948 to December 31, 2010 forrelevant articles. The Ottawa Panel created inclusion criteria focusing on high methodologicalquality and grading methods. Recommendations were assigned a grade (A, B, C, Cþ, D, Dþ,D�) based on strength of evidence.Results: A total of 45 recommendations from ten articles were developed including 8 positiverecommendations (6 grade A and 2 grade Cþ) and 23 neutral recommendations (12 grade Cand 11 grade D).Discussion: Therapeutic massage can decrease pain, tenderness, and improve range ofmotion for sub-acute and chronic neck pain.Conclusion: The Ottawa Panel was able to demonstrate that the massage interventions areeffective for relieving immediate post-treatment neck pain symptoms, but data is insuffi-cient for long-term effects.ª 2011 Published by Elsevier Ltd.
Introduction
Neck pain is common and thought to affect between 26 and71% of the population at some point in their lives (Brattberget al., 1989; Cote et al., 1998; Guez et al., 2002; Makelaet al., 1991; Rajala et al., 1995). Despite its high preva-lence, the aetiology of neck pain remains poorly under-stood and it is often difficult for the clinician to makea precise pathological diagnosis (Binder, 2007). Neck paincan be a source of disability and may require substantialhealth care resources and treatments (Bokarius andBokarius, 2010; Cote et al., 1998; Linton et al., 1998;Pleis and Coles, 2002).
Therapeutic massage e also known as soft tissuemanipulation e is a non-pharmacologic and non-invasivetreatment used for neck pain (Hoving et al., 2002).Different therapeutic massage techniques can be used, asdetermined by the therapist (Ernst, 2003). Systematicreviews from the past five years have generally concludedthat therapeutic massage is not effective for neck pain, andthat current randomized controlled trials (RCTs) are of low
on Hall, University of Ottawa, 451
ttawa.ca (L. Brosseau).
methodological quality (Bokarius and Bokarius, 2010; Ezzoet al., 2007; Gross et al., 2007; Haraldsson et al., 2006;Hurwitz et al., 2009). Other systematic reviews have sug-gested that the therapeutic massage may be more effectivewhen it is combined with exercise or other interventions(Bokarius and Bokarius, 2010; Bronfort et al., 2010).Previous guidelines from the Philadelphia Panel and theCanadian Chiropractic Association acknowledged the lackof evidence supporting therapeutic massage for neck pain(The Philadelphia Panel, 2001a, 2001b; CanadianChiropractic Association, 2005). Conclusions from thoseguidelines may now be outdated, and updated evidence isneeded to determine the current effectiveness of thetherapeutic massage for neck pain.
The objective of these updated Ottawa Panel clinicalpractice guidelines (CPG) was to systematically review theevidence from recent RCTs on the effectiveness oftherapeutic massage for neck pain, considering alloutcome measures. These utilize a detailed grading systemand an external expert panel to formulate finalrecommendations.
Smyth Road, Ottawa, Ontario, Canada, K1H 8M5. Tel.: þ1 613 568
302 L. Brosseau et al.
Methodology
Protocols and registration
The development process of the evidence-based clinicalpractice guidelines (EBCPGs) was similar to that of ThePhiladelphia Panel (2001a) and other EBCPGs created bythe Ottawa Panel (The Ottawa Panel, 2005, 2006, 2008).The methodology of this project followed the OttawaExpert Panel method, used a quantitative approachconsistent with the Cochrane Collaboration (www.cochrane.org) and applied a specific Grading System tothe evidence reviewed to develop recommendations (TheOttawa Panel, 2011).
Ottawa panel expert
The Ottawa Methods Group (OMG), consisting of a panel ofnine methodologists, approached professional associationswhose members treat patients with neck pain. The OMGthen chose nine specialists with clinical experience in:biostatistics, massage therapy, occupational therapy,chiropractic and physiotherapy. The OMG and selectedexperts then created the Ottawa Panel responsible for theEBCPGs in this report. A research team was assembled withexpertise in research methodology, and the development ofEBCPGs and their evaluation. Clinical experts were alsoincluded as Panel members such as massage therapists,physiotherapists, physiatrists and physicians.
Quantitative grading system
Working with the methodology of previous Ottawa Panelpublications (The Ottawa Panel, 2005; The Ottawa Panel,2006; The Ottawa Panel, 2008; The Ottawa Panel, 2011),the Appraisal of Guidelines Research and Evaluation(AGREE) criteria (www.agreecollaboration.org) was used
Table 1 Combined grading recommendations.
Grade Clinical importance
*Grade A (**Stronglyrecommended)
�20%
*Grade B �20%
*Grade Cþ (**Suggested use) �20%
*Grade C (**Neutral) <20%*Grade D (**Neutral) <20% (favors control)*Grade Dþ (**Suggested no use) <20% (favors control)
*Grade D� (**Strongly notrecommended)
�20% (favors control)
RCT, randomized controlled trial; CCT, clinical controlled trial (Taccording to *Ottawa Panel (The Ottawa Panel, 2008) for alphabetcochrane.org) for international nominal grading system. “Reprinted2008 American Physical Therapy Association.”
in the construction of EBCPGs. Recommendations fromthe Ottawa Panel are graded as Level I if there is evidencefrom at least one RCT and level II if evidence is from non-randomized studies. The strength of the evidence sup-porting recommendations is then graded: A, B, Cþ, C, D,Dþ, or D� corresponding to each level of the OttawaPanel grading system, which incorporates clinical impor-tance, statistical significance and study design. Refer toTable 1 for a description of the remaining Ottawa Panelgrades.
Type of participants (P)
To be eligible, studies had to be conducted in participantsover the age of 18 years, suffering from acute (less than 30days), sub-acute (30e90 days) or chronic (longer than 90days) neck disorders categorized as: mechanical neckdisorders (MND) and/or neck disorder with headache (NDH)and/or neck disorders with radicular findings (NDR) SeeTable 2.
Type of interventions (I)
Interventions considered included specific therapeuticmassage techniques (Swedish, fascial or connective tissuerelease techniques, cross fiber friction, and myofascialtrigger point techniques), either alone or combined withmanipulation, mobilization, other manual therapy inter-ventions, or other concurrent interventions (ice, heat,TENS, ultrasound, and combinations thereof).
Comparisons (C)
Studies considered compared massage to a control groupthat received no treatment, self-care, rest, heat and activerange of motion, sham laser acupuncture, sham ultrasoundor sham myofascial release and passive stretching. Head to
Statistical significance Study design
p < 0.05 RCT (single or meta-analysis)
p < 0.05 CCT or observational(single of meta-analysis)
Not significant RCT/CCT or observational(single or meta-analysis)
Not significant Any study designNot significant Any study designNot significant RC/CCT or observational
(single or meta-analysis)p < 0.05(favors control)
Well-designed RCTwith >100 patients (if <100patients becomes a Grade D)
he Ottawa Panel, 2008). Combined Grading Recommendationsical grading system and to the **Cochrane Collaboration (www.with permission Physical Therapy (2011;91:843e61). Copyright
Table 2 Inclusion and exclusion criteria.
Inclusion Exclusion
Study designsRandomized controlled trialQuasi Randomized controlled trialControlled clinical trialCohort studyCase-control study*English and French articles only
Study designsCase-series/case reportUncontrolled cohort studiesData (graphic) without a mean and SDSample size of less than 5 patientsper treatment groupStudies with more than 20% drop out rate
PopulationOut/InpatientsChronic versus acute conditions?Age groups >18 y oAdults who suffered from acute (less than 30 days),sub-acute (30 dayse90 days) or chronic(longer than 90 days) neck disorders categorized as:- Mechanical neck disorders (MND),- Neck disorder with headache (NDH)- Neck disorders with radicular findings (NDR)
PopulationCancer (and other Oncologic conditions)Cardiac conditionsDermatologic conditionsHealthy normalJuvenile ArthritisMixed population (other than OA and/or RA).Multiple conditionsNeurologic conditionsPaediatric conditions (no juvenile arthritis)Psychiatric conditionsPulmonary conditionsScoliosisDefinite or possible long tract signsNeck pain caused by other pathological entitiesHeadache not of cervical originCo-existing headacheMixed headache.
InterventionEligible control groups:- Placebo,- Untreated, sham,- Active physiotherapy treatments,-Active treatment control,- Inactive treatment uncontrolled.Chiropractic interventions (manipulation,mobilization, manual therapy)
Eligible interventions:- Massage techniques:- Swedish, fascial or connective tissue releasetechniques, cross fiber friction, andmyofascial trigger point techniques.
Multiple interventions (physiotherapy includingice, heat, massage, TENS, ultrasound, combinations)
InterventionBilateral interventions (if systemic effects)- Multidisciplinary, functional restoration programs.- Surgery of shoulder, knee, neck and low back(i.e. not the effect of the surgery, but theeffect of post-surgery physiotherapyintervention is eligible, e.g. CPM, exercises,thermotherapy, etc.)
- Medication (e.g. phonophoresis with meds)- Thermal biofeedback.- Subtle energy manipulations technique.
Outcomes- Absenteeism, sick leave, returnto work (if available)-Balance status-Cardio-pulmonary functions-Coordination status- Costs (economics)-Disease Activity- Disability- Oedema- EMG activity- Erythrocyte Sedimentation Rate (ESR)
Outcomes- Biochemical measures-Patient compliance to medication- Psychosocial measures (depression, homeand community activities, leisure, social roles,sexual functions)
- Serum markers (except ESR)
(continued on next page)
Therapeutic massage for neck pain 303
Table 2 (continued )
Inclusion Exclusion
- Flexibility- Functional status, activities ofdaily living *(self-care activities)
- Gait status- Girth, volume- Global perceived effect- Inflammation-Joint imaging- Medication intake (if reported)- Muscle strength, endurance and power- Pain- Patient satisfaction-Postural assessment- Quality of life- Range of motion, flexibility, mobility- Side effects (if reported)- Swelling- Weight loss
304 L. Brosseau et al.
head comparisons were excluded except when two types ofdifferent massages were compared. See Table 3.
Outcomes (O)
Outcomes of interests in the primary studies includeddisability [neck disability index (NDI), whiplash disabilityquestionnaire (WDQ), Northwick Park Pain Questionnaire(NPPQ)], muscle stiffness visual analog scale (VAS),muscle strength (VAS), pain [neck pain scale, neck andshoulder pain and disability index, NPPQ, VAS, numericrating scale (NRS)], tenderness (pain pressure threshold(PPT)), self-rated quality of life (QOL), and range ofmotion.
Type of study designs
Only RCTs, controlled clinical trials (CCTs), cohort studies,and caseecontrol studies were selected, as they possesscomparison groups which allows an evaluation of efficacy.Studies were not included if they did not compare theintervention to a control group (e.g. uncontrolled cohorttrials), if the study design was a case-series or a casereport, if the data were reported without a mean anda standard deviation, if there were more than 20% ofwithdrawals by the participants, or a sample size ofless than 5 subjects per group. Only English and Frenchstudies were selected to avoid having them translated. SeeTable 4
Information sources
The library scientist (JME) performed a systematic search ofEnglish and French literature using a search strategyproposed by the Cochrane Collaboration. The main focus ofthe search was to identify the methodology (population andinterventions) and study the design determined by primarystudies, rather than specifying outcomes. Articles dating
from January 1, 1948 to December 31 were extracted fromthe following databases: Embase, Medline, HealthStar,Pubmed, Cinahl, Pedro psycinfo Rehabdata, SUMsearch,Dissertatino, Abstracts International databases, andCochrane Library.
Data collection process
Study selectionFollowing the systematic search of the literature, tworeviewers evaluated the studies and determined if theywere included or excluded based on the criteria outlined inTable 2. A reason was provided for all the excluded trials(see Table 5). The principal assessor (LB) was consultedwhenever uncertainty was present. This method was alsoendorsed by the Ottawa Panel experts (The Ottawa Panel,2011).
Data extraction and methodological qualityThe reviewers independently extracted the followinginformation using standardized data extraction forms:characteristics of participants, treatment, study design,allocation concealment, comparative results, and period ofdata collection.
The Jadad scale (Jadad et al., 1996) was used to assessthe methodological quality of each selected study. Eachstudy was awarded a maximum of five points: 2 points forthe randomization method, 2 points for double blinding,and 1 point for a description of dropouts.
A study assessed with a Jadad scale score of three ormore points (Jadad et al., 1996) was typically considered ashaving high methodological quality. Points for doubleblindness were rarely given due to the nature and difficul-ties of blinding therapists, subjects, and assessors (whowere subject for self-report scales) during physical therapytreatments. Consequently, more emphasis was placed onthe two other categories of the Jadad scale (Jadad et al.,1996) e randomization and withdrawals.
Table 3 Results of the relative difference of high methodological quality studies.
Study Treatmentgroup
Outcome No. ofpatients
Baselinemean
End ofstudymean
Absolutebenefit
Relativedifferencein Changefrom Baseline
Weightedmean difference(WMD) 95%Confidenceinterval (CI)
Cen et al.(2003)
TraditionalChineseTherapeuticMassage
Northwick ParkNeck PainquestionnaireLower betterEnd tx 6 weeks
9 32.46 13.24 �23.35 �73% WMD: �22.40CI Low: �33.13CI High: �11.67
Control(no treatment)
11 31.51 35.64
Cen et al.(2003)
TraditionalChineseTherapeuticMassage
ROM in neckextension, averageHigher betterEnd tx 6 weeks
9 40.38 49.38 8.70 20% WMD: �2.58CI Low: �14.61CI High: 9.45
Control(no treatment)
11 46.5 46.8
Cen et al.(2003)
TraditionalChineseTherapeuticMassage
ROM in lateralneck flexionHigher betterEnd tx 6 weeks
9 38.75 45.19 3.84 10% WMD: �4.24CI Low: �12.15CI High: 3.67
Control (notreatment)
11 38.35 40.95
Cen et al.(2003)
TraditionalChineseTherapeuticMassage
ROM in flexionHigher betterEnd tx 6 weeks
9 40.00 50 12.20 28% WMD: �5.90CI Low: �13.56CI High: 1.76
Control(notreatment)
11 46.3 44.1
Fryer andHodgson(2005)
Manual pressurerelease
Pressure painthresholdHigher betterEnd of treatment,one treatment
18 7.59 9.64 2.13 30% WDM: 3.03CI Low: 1.20CI High: 4.86
Control (Shammyofascialrelease)
17 6.69 6.61
Irnich et al.(2001)
Massage Pain Relatedto Motion(lower better)End tx 3 weeks
60 54.71 42.01 6.50 12% WMD: 4.06CI Low: �5.94CI High: 14.06
Control(Sham Laseracupuncturetreatment)
61 57.15 37.95
Irnich et al.(2001)
Massage Range of motion(higher better)End tx 3 weeks
60 287.8 294 �6.70 �2% WMD: �5.40CI Low: �14.38CI High: 3.58
Control(Sham Laseracupuncturetreatment)
61 286.5 299.4
Irnich et al.(2001)
Massage Pain Related toDirection(Lower better)End tx 3 weeks
60 34.88 29.28 4.60 13% WMD: 3.66CI Low: �2.38CI High: 9.70
(continued on next page)
Therapeutic massage for neck pain 305
Table 3 (continued)
Study Treatmentgroup
Outcome No. ofpatients
Baselinemean
End ofstudymean
Absolutebenefit
Relativedifferencein Changefrom Baseline
Weightedmean difference(WMD) 95%Confidenceinterval (CI)
Control(Sham Laseracupuncturetreatment)
61 35.82 25.62
Irnich et al.(2001)
Massage Pressure painthreshold(Higher better)End tx 3 weeks
60 1.07 1.11 0.07 7% WMD: 0.09CI Low: �0.09CI High: 0.27
Control(Sham Laseracupuncturetreatment)
61 1.05 1.02
Irnich et al.(2001)
Massage Range of motionHigher betterFollow up 1 week
60 287.8 292.9 �3.60 �1% WMD: �2.31CI Low: �12.31CI High: 7.71
Control(Sham Laseracupuncturetreatment)
61 286.5 295.2
Irnich et al.(2001)
Massage Pain related todirectionLower betterFollow up 1 week
60 34.88 31.78 8.30 23% WMD: 7.36CI Low: 1.32CI High: 13.40
Control(Sham Laseracupuncturetreatment)
61 35.82 24.42
Irnich et al.(2001)
Massage Pressure painthresholdHigher betterFollow up 1 week
60 1.07 0.98 �0.02 �2% WMD: 0.00CI Low: �0.20CI High: 0.20
Control(Sham Laseracupuncturetreatment)
61 1.05 0.98
Irnich et al.(2001)
Massage Quality of life:Role PhysicalHigher betterFollow up 1 week
60 41.82 54.19 12.37 31% WMD: 15.15CI Low: 4.62CI High: 25.68
Control(Sham Laseracupuncturetreatment)
61 39.04 39.04
Irnich et al.(2001)
Massage Quality of life:Pain IndexHigher betterFollow up 1 week
60 36.7 46.85 1.30 3% WMD: 1.21CI Low: �4.88CI High: 7.30
Control(Sham Laseracupuncturetreatment)
61 39.21 48.06
Irnich et al.(2001)
Massage Pain Relatedto Motion(lower better)Follow up3 months
60 54.71 40.31 3.00 5% WMD: 0.56CI Low: �9.88CI High: 11.00
306 L. Brosseau et al.
Table 3 (continued)
Study Treatmentgroup
Outcome No. ofpatients
Baselinemean
End ofstudymean
Absolutebenefit
Relativedifferencein Changefrom Baseline
Weightedmean difference(WMD) 95%Confidenceinterval (CI)
Control(Sham Laseracupuncturetreatment)
61 57.15 39.75
Irnich et al.(2001)
Massage Range of motion(higher better)Follow up3 months
60 287.8 293.3 2.00 1% WMD: 3.30CI Low: �8.72CI High: 15.32
Control(Sham Laseracupuncturetreatment)
61 286.5 290
Irnich et al.(2001)
Massage Pain Related toDirection(Lower better)Follow up3 months
60 34.88 26.78 3.10 9% WMD: 2.16CI Low: �5.18CI High: 9.50
Control(Sham Laseracupuncturetreatment)
61 35.82 24.62
Irnich et al.(2001)
Massage Pressure painthreshold(Higher better)Follow up3 months
60 1.07 1.12 0.02 2% WMD: 0.04CI Low: �0.18CI High: 0.268
Control(Sham Laseracupuncturetreatment)
61 1.05 1.08
Irnich et al.(2001)
Massage Quality of life:Role Physical(Higher better)Follow up3 months
60 41.82 46.77 �0.88 �2% WMD: �1.90CI Low: �14.71CI High: 10.91
Control(Sham Laseracupuncturetreatment)
61 39.04 44.87
Irnich et al.(2001)
Massage Quality of life:Pain Index(Higher better)Follow up3 months
60 36.7 51.34 �1.03 �3% WMD: �3.54CI Low: �11.31CI High: 4.23
Control(Sham Laseracupuncturetreatment)
61 39.21 54.88
Shermanet al. (2009)
Massage SymptombothersomenessLower betterFU 10 weeks
32 4.8 3.3 �1.1 �23% WMD: �1.20CI Low: �2.54CI High: 0.14
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Therapeutic massage for neck pain 307
Table 3 (continued)
Study Treatmentgroup
Outcome No. ofpatients
Baselinemean
End ofstudymean
Absolutebenefit
Relativedifferencein Changefrom Baseline
Weightedmean difference(WMD) 95%Confidenceinterval (CI)
Control 32 4.9 4.5Shermanet al. (2009)
Massage Neck DisabilityLower betterFU 10 weeks
32 9.3 9.7 �1.3 �13% WMD: �2.30CI Low: �5.07CI High: 0.47
Control 32 10.3 12Shermanet al. (2009)
Massage SymptombothersomenessLower betterEnd of treatment26 weeks
32 4.8 4.0 0 0% WMD: �0.1CI Low: �1.43CI High: 1.23
Control 32 4.9 4.1Shermanet al. (2009)
Massage Neck disabilityLower betterEnd of treatment26 weeks
32 9.3 9.5 �0.9 �9% WMD: �1.90CI Low: �4.68CI High: 0.88
Control 32 10.3 11.4
308 L. Brosseau et al.
Data analysis
Methods from the Cochrane Collaboration (www.cochrane.org) and The Philadelphia Panel (2001b) were used toperform statistical analysis. Weighed mean differences(WMDs), absolute benefit, and relative differences (RD)were calculated using continuous data. An improvement of20% relative to a control group was determined to indicateclinical improvement, based on the methods from ThePhiladelphia Panel (2001a) and recommendations from therheumatology and biostatistician experts of the OttawaPanel. This threshold was consistent with recommendationsfrom the American College of Rheumatology which statedthat 20% improvement is a clinically important differencefor patients (Felson et al., 1995) and it is within the meanminimum clinically important difference (MCID) offrequently used instruments to asses neck pain patients[NDI (MCID: 19%), NRS (MCID: 19%) (Cleland et al., 2008)NPPQ (MCID: 25%) (Sim et al., 2006), WDQ (MDC: 11%) (Williset al., 2004)]. For dichotomous variables, the clinicalimprovement was calculated as the difference between thepercent improved among the experimental and controlgroups (relative risks). For more details about the statisticalanalysis see the previous publications of The Ottawa Panel(2005, 2006, 2008, 2011).
Results
Literature search
The library scientist found 432 articles on the treatmentof neck pain with different types of massage in
December 2010, of which 61 articles were found to bepossibly relevant.
Of the 61 potential articles, 56 were excluded (see Table5). Some of the studies were excluded because they weresystematic reviews (Bokarius and Bokarius, 2010; Grahamet al., 2011; Gross et al., 2002, 2010; Haraldsson et al.,2006; Rickards, 2006; Verhagen et al., 2007; Vernonet al., 2007; Wang et al., 2009), they had a low methodo-logical quality score (Donoyama et al., 2010; Fernandez-de-las-Penas et al., 2006; Gemmell and Allen, 2008; Hou et al.,2002; Kostopoulos et al., 2008), they had a combination ofinterventions (Bronfort et al., 2001; Dziedzic et al., 2005;Ekici et al., 2009; Hoving et al., 2002; Skillgate et al.,2007), the massage was not isolated (Bronfort et al.,2001; Haas et al., 2010; Hoving et al., 2006; 2002; Koeset al., 1992; Skillgate et al., 2007; Zaproudina et al.,2007), the massage was performed on more than onebody part (Cambron et al., 2006), patients were healthy(Cambron et al., 2006; Fernandez-Perez et al., 2008;Henley et al., 2008), there was no control group(Cambron et al., 2007; Hakkinen et al., 2007; Karels et al.,2006; Moraska and Chandler, 2008; Yozbatiran et al., 2006),the drop out rate was higher than 20% (Evans et al., 2002),the results were ineligible because author did not sendadditional data when requested (Gam et al., 1998; Jordanet al., 1998; Pesco et al., 2005), there was no massage(Gonzalez-Iglesias et al., 2009; Hanten et al., 1997; Jameset al., 2009; Leaver et al., 2007; Perrin Rochester, 2009),the population was mixed (Hamre et al., 2007; Walachet al., 2003), it was a head to head study withoutcomparing two types of massage (Dziedzic et al., 2005;Gonzalez-Iglesias et al., 2009; Haas et al., 2010; Hakkinenet al., 2007; Hanten et al., 2000; Madson et al., 2010;
Table 4 Results of the relative difference of high methodological quality studies.
Study Treatment group Outcome Observedevents
Number ofpatients
Risk(% Occurace)
Riskdifference
Blikstad andGemmell (2008)
Activator triggerpoint therapy
Neck painHigher betterEnd tx 1 treatment
8 15 53.33 40%
Control (Shamultrasound)
2 15 13.33
Blikstad andGemmell (2008)
Activator triggerpoint therapy
Right lateralcervical flexionHigher betterEnd tx 1 treatment
6 15 40 0%
Control (Shamultrasound)
6 15 40
Blikstad andGemmell (2008)
Activator triggerpoint therapy
Left lateralcervical flexionHigher betterEnd tx 1 treatment
10 15 66.67 33.33%
Control(Sham ultrasound)
5 15 33.33
Blikstad andGemmell (2008)
Activator triggerpoint therapy
Pain pressure thresholdHigher betterEnd tx 1 treatment
7 15 46.67 26.67%
Control(Sham ultrasound)
3 15 20
Blikstad andGemmell (2008)
Myofascialband therapy
Neck painHigher betterEnd tx 1 treatment
2 15 13.33 0%
Control (Shamultrasound)
2 15 13.33
Blikstad andGemmell (2008)
Myofascialband therapy
Right lateralcervical flexionHigher betterEnd tx 1 treatment
5 15 33.33 �6.67%
Control (Shamultrasound)
6 15 40
Blikstad andGemmell (2008)
Myofascialband therapy
Left lateralcervical flexionHigher betterEnd tx 1 treatment
6 15 40 6.67%
Control (Shamultrasound)
5 15 33.33
Blikstad andGemmell (2008)
Myofascialband therapy
Pain pressure thresholdHigher betterEnd tx 1 treatment
5 15 33.33 13.33%
Control (Shamultrasound)
3 15 20
Therapeutic massage for neck pain 309
Ylinen et al., 2007; Zaproudina et al., 2007), the study wasnot in French or English (Jiang et al., 2009; Kang et al.,2008; Medvedeva, 2008; Olszewski et al., 2007; Wanget al., 2009), the intervention was not eligible (Karlberget al., 1996), they used psychosocial outcome measures(Moraska and Chandler, 2009), the study was a casereport study (Piovesan et al., 2007), the population wasasymptomatic (Sefton et al., 2010), and the populationhad a tension-type headache (Moraska and Chandler,2008; Toro-Velasco et al., 2009; von Stulpnagel et al.,2009).
Methodological quality
A total of 10 RCTs were deemed eligible (Blikstad andGemmell, 2008; Cen et al., 2003; Donoyama et al., 2010;Fernandez-de-las-Penas et al., 2006; Fryer and Hodgson,2005; Gemmell and Allen, 2008; Hou et al., 2002; Irnichet al., 2001; Kostopoulos et al., 2008; Sherman et al.,2009). In the Grading Recommendations (see Appendix A)and in the Table of included studies (see Appendix B), themethodological quality level is stated for each study andeach recommendation. Five RCTs had low methodological
Table 5 Table of excluded studies.
Studies Reason for exclusion
Bokarius and Bokarius (2010) Systematic reviewBronfort et al. (2001) Combination of intervention. Massage can’t be isolated.Cambron et al. (2006) Most of the patients have received a massage on more
than one body part. Patients are healthyCambron et al. (2007) No control group, only massageDziedzic et al. (2005) Head to head þ combined therapyEkici et al. (2009) Combination of interventions. In the CMT group, there is
not really a neck massage (massage of the region aroundthe neck). Neck pain due to fibromyalgia and not of a rheumatic cause
Evans et al. (2002) More than 20% drop out rateFernandez-Perez et al. (2008) Healthy patientsGam et al. (1998) Ineligible results e author did not send additional dataGonzalez-Iglesias et al. (2009) Head to head þ not massage involvedGraham et al. (2011) Systematic reviewGross et al. (2002) Systematic reviewGross et al. (2010) Systematic reviewHaas et al. (2010) Head to head þ do not isolate massageHakkinen et al. (2007) Head to head þ no control groupHamre et al. (2007) Mixed population (data grouped together) e not just neck injuriesHanten et al. (1997) No massageHanten et al. (2000) Head to headHaraldsson et al. (2006) Systematic reviewHenley et al. (2008) Healthy subjectsHoving et al. (2006) Massage not isolatedHoving et al. (2002) Combined therapy þ massage not isolated þ not specific effectJames et al. (2009) Mot massage but corporal alignmentJiang et al. (2009) Not French or EnglishJordan et al. (1998) No mean and SDKang et al. (2008) Not French or EnglishKarels et al. (2006) No comparison groupKarlberg et al. (1996) Physiotherapy not described: intervention not eligibleKoes et al. (1992) The treatment (massage) is not isolatedLeaver et al. (2007) No massage therapy mentioned (manipulation VS mobilisation)Madson et al. (2010) Head to headMedvedeva (2008) In RussianMedvedeva et al. (2008) In RussianMoraska and Chandler (2008) Population with tension-type headache (mixed source headache)
and not placebo controlledMoraska and Chandler (2009) Psychosocial measures (depression, stress, anxiety)Olszewski et al. (2007) In PolishPerrin Rochester (2009) Ineligible intervention e Chiropractic carePesco et al. (2005) Missing statistical dataPiovesan et al. (2007) Case report studyRickards (2006) Systematic reviewSefton et al. (2010) Asymptomatic populationSkillgate et al. (2007) Combination of intervention. Massage can’t be isolated.Toro-Velasco et al. (2009) Tension type headache populationVerhagen et al. (2007) Systematic reviewVernon et al. (2007) Systematic reviewvon Stulpnagel et al. (2009) Tension-type headache populationWalach et al. (2003) Mixed population (data grouped together) e not just neck injuriesWang et al. (2009) Chinese systematic reviewYlinen et al. (2007) Head to headYozbatiran et al. (2006) No control group, population with cervical disc herniaZaproudina et al. (2007) Massage not isolated þ head to head
310 L. Brosseau et al.
Figure 2 Activator trigger point therapy versus control(Sham ultrasound): Pain pressure threshold.
Therapeutic massage for neck pain 311
quality (<3) (Donoyama et al., 2010; Fernandez-de-las-Penas et al., 2006; Gemmell and Allen, 2008; Hou et al.,2002; Kostopoulos et al., 2008); the latter due to doubleblinding not being possible with a physical intervention suchas therapeutic massage. Only the five RCTs with highmethodological quality (�3) according to the Jadad scale(Jadad et al., 1996) were selected (Blikstad and Gemmell,2008; Cen et al., 2003; Fryer and Hodgson, 2005; Irnichet al., 2001; Sherman et al., 2009).
Effectiveness of massage for neck pain
The following section focuses on the RCTs which demon-strated high methodological quality (Blikstad and Gemmell,2008; Cen et al., 2003; Fryer and Hodgson, 2005; Irnichet al., 2001; Sherman et al., 2009) (�3) according to theJadad scale (Jadad et al., 1996).
With regards to the Activator trigger point therapy (AAIinstrument) versus control (Sham Ultrasound), an RCT byBlikstad and Gemmell (2008) (n Z 30) (see Appendix A)demonstrated clinically important benefits for theimprovement in pain (NRS) at end of treatment (1 treatment)(relative difference Z 40%) (see Fig. 1), for left lateralcervical flexion (ROM) at end of treatment (1 treatment)(relative difference Z 33%) (see Fig. 3), and for tenderness(PPT) at end of treatment (1 treatment) (relativedifference Z 27%) (see Fig. 2). There was no benefit foundfor the improvement in the right lateral cervical flexion(ROM) at the end of treatment (1 treatment) (see Fig. 3).
For the evaluation of myofascial band therapy versuscontrol (Sham Ultrasound), an RCT by Blikstad and Gemmell(2008) (n Z 30) (see Appendix A) showed no benefit for theimprovement in pain (NRS) at end of treatment (1 treatment)(see Fig. 4), for left lateral cervical flexion (ROM) at end of
Figure 1 Activator trigger point therapy versus control(Sham ultrasound): Neck pain.
treatment (1 treatment) (see Fig. 6), and for tenderness(PPT) at endof treatment (1 treatment) (see Fig. 5). The rightlateral cervical flexion (ROM) at end of treatment (1 treat-ment) (see Fig. 6) showed no benefit but favored the control.
Figure 3 Activator trigger point therapy versus control(Sham ultrasound): Cervical flexion.
Figure 4 Myofascial band therapy versus control (Shamultrasound): Neck pain.
Figure 6 Myofascial band therapy versus control (Shamultrasound): Cervical flexion.
312 L. Brosseau et al.
Concerning Traditional Chinese Therapeutic Massageversus control (no treatment), an RCT by Cen et al. (2003)(n Z 20) (see Appendix A) demonstrated clinically impor-tant benefits for the improvement in pain (NPPQ) at end oftreatment (6 weeks) (relative differenceZ 73%) (see Fig. 8).Clinical significance without statistical significance wasfound for the improvement in neck flexion (ROM) at endof treatment (18 treatments over 6 weeks) (relative
Figure 5 Myofascial band therapy versus control (Shamultrasound): Pain pressure threshold.
differenceZ 20%) (see Fig. 7), and for neck extension (ROM)at end of treatment (6 weeks) (relative difference Z 28%)(see Fig. 7). There was no benefit found for the improvementin neck lateral flexion (range of motion) at end of treatment(6 weeks) (see Fig. 7).
Figure 7 Traditional Chinese therapeutic massage versuscontrol (no treatment): Range of motion.
Figure 8 Traditional Chinese therapeutic massage versuscontrol (no treatment): Neck pain.
Figure 9 Manual pressure release versus control (shammyofascial release): Pressure pain threshold.
Figure 10 Massage versus placebo (sham laser acupuncture):Pain related to motion.
Therapeutic massage for neck pain 313
For the intervention of manual pressure release versuscontrol (Sham myofascial release), an RCT by Fryer andHodgson (2005) (n Z 35) (see Appendix A) showed clini-cally important benefits for the improvement in PPT (digitalAlgometer) at the end of treatment (1 treatment) (relativedifference Z 30%) (see Fig. 9).
A study by Irnich et al. (2001) (nZ 121) (see Appendix A),which looked at the effects of conventional western massageversus placebo (Sham laser acupuncture), presented clini-cally important benefits for the improvement in QOL: rolephysical (SF-36) at follow up (1 week) (relativedifference Z 31%) (see Fig. 14). There was no benefit foundfor the improvement in PPT (pressure Algometer) at end oftreatment (3 weeks) and follow up (3 months) (see Fig. 13),QOL: pain index (SF-36) at follow up (1 week) (see Fig. 14),and active ROM (3D ultrasound real time motion analyser) atfollow up (3 months) (see Fig. 11). There was no benefitdemonstrated, however the control group was favored forimprovement in pain related to motion (VAS) at end oftreatment (3 weeks) (see Fig. 10), active ROM (3D ultrasoundreal timemotion analyser) at end of treatment (3weeks) (seeFig. 11), pain related to direction (VAS) at endof treatment (3weeks) (see Fig. 12), active ROM (3D ultrasound real timemotion analyser) at follow up (1 week) (see Fig. 11), painrelated to direction (VAS) at follow up (1 week) (see Fig. 12),PPT (pressure Algometer) at follow up (1 week) (see Fig. 13),pain related to motion (VAS) at follow up (3 months) (seeFig. 10), pain related to direction (VAS) at follow up (3months) (see Fig. 12), QOL: role physical (SF-36) at follow up(3months) (see Fig. 14), andQOL: pain index (SF-36) at followup (3 months) (see Fig. 14).
In regards to the Swedish and clinical massage tech-niques versus control (self-care), an RCT by Sherman et al.(2009) (n Z 64) (see Appendix A) demonstrated clinicallyimportant benefits without statistical significance for theimprovement in symptom bothersomeness at end of
Figure 11 Massage versus placebo (sham laser acupuncture):Range of motion.
Figure 12 Massage versus placebo (sham laser acupuncture):Pain related to direction.
Figure 13 Massage versus placebo (sham laser acupuncture):Pressure pain threshold.
Figure 14 Massage versus placebo (sham laser acupuncture):Quality of life.
314 L. Brosseau et al.
Figure 15 Massage versus control (self-care): Symptombothersomeness.
Figure 16 Massage versus control (self-care): Disability.
Therapeutic massage for neck pain 315
treatment (up to 10 treatments over 10 weeks) (relativedifferenceZ 23%) (see Fig. 15). There was no benefit foundfor the improvement in disability (NDI) at end of treatment(up to 10 treatments over 10 weeks) and follow up (16weeks) (see Fig. 16), and symptoms bothersomeness atfollow up (16 weeks) (see Fig. 15).
Discussion
When comparing various massage technique interventionswith control interventions, the Ottawa Panel was able todemonstrate that different types of therapeutic massage asstandalone interventions may provide effective immediatepost-treatment relieve for neck pain. However, due to thelimitations of the evidence reviewed, further research isrequired. From a total of 31 recommendations, 6 were gradeA, 2 were grade Cþ, 12 had grade C, and 11 had grade D.
Previous reviews and guidelines about neck pain did findthat therapeutic massage was an effective treatment due toinsufficient evidence in the RCTs they considered (Phila-delphia The Philadelphia Panel, 2001a; D’Sylva et al., 2010;Hurwitz et al., 2009; Haraldsson et al., 2006; Gross et al.,2007; Ezzo et al., 2007). That evidence generally includedoutdated RCTs and only a small number of high quality RCTsin which it was impossible to isolate the effects of thera-peutic massage (Bronfort et al., 2010; The PhiladelphiaPanel, 2001a). Bronfort et al. (2010) is the only systematicreview in which therapeutic massage was considered aneffective treatment for chronic neck pain (i.e. neck pain thatlasts for more than 3 months). This review reveals that
therapeutic massage could potentially be an effectivetreatment for neck pain, but further research is required toreinforce the efficacy of neck massage. The results are lessconclusive for other outcomes such as ROM and tenderness.As such, the Ottawa Panel guidelines are not fully in linewithBronfort’s result, because selection criteria were differentfor the evidence considered.
Physiological effects
The physiological effects that make therapeutic massageand myofascial release effective are still not fully under-stood. The interaction is very complex due to the simulta-neous physiological and psychological aspects involved. TheGate theory is commonly used to explain the effect ofmassage on pain (Melzack and Wall, 1965). This theoryproposed that massage and other manual therapiesgenerate a pressure stimulus via touch, which reaches thespinal cord faster by traveling through the myelinated andlarge nerve fibers (Ab fibers) than the pain stimulus trav-eling through less insulated, and therefore slower, nervefibers (Ad and C fibers). By reaching the spinal cord faster,the pressure stimulus closes the gate and inhibits noci-ceptive signals before they reach the supra-spinal struc-tures implicated in pain processing (Field et al., 2007).
Manual therapy has also been demonstrated to causechanges in blood levels for a few hormones, includingendorphins (Bialosky et al., 2009). Ischemic compressiontherapy has a similar theory to explain the pain reductiondue to myofascial release. It is hypothesized that a strongperipheral stimulus, such as high pressure massage, wouldmodify the trigger point circuit (Hong, 2002) reducing its
316 L. Brosseau et al.
sensitivity and blocking the pain stimulus before they canreach higher centers (cerebral cortex) (Hong, 2004). Highpressure massage can release tension in the myofascialtrigger point (MTrP), which can improve the local circula-tion and subsequently facilitate the healing of the under-lying etiological lesion (Hong, 2006). According to Hong,healing the underlying etiological lesion should always bethe main focus of the treatment and is the main method toprevent the reoccurrence of the MTrP and pain (Hong, 2004,2006). Recently, Minasny (2009) has published a theory thatintegrates neurobiologic, ideomotor action and conscious-ness theories to explain the mechanical unwinding (indirectmyofascial release used by massage therapists and osteo-pathic practitioners) (AACOM, 2009). According to hisproposed theoretical framework, touching, stretching andmanual therapy will induce relaxation in the para-sympathetic nervous system and activate the centralnervous system, therefore reducing muscle tone. Thisinduces a sensation of reduced pain and relaxation, therebyintroducing the ideomotor action (Minasny, 2009). Furtherresearch is needed to have a better understanding of thephysiological and psychological mechanisms of massage.
Finally, it is likely that the analgesia induced by painfulmassage techniques such as trigger points be attributed tothe activation of the diffuse noxious inhibitory control. Theneurophysiological basis of this phenomenon, also known ascounter-irritation analgesia (Willer et al., 1999) has beendescribed in 1979 by Le Bars et al. (1979). Briefly, theapplication of a local nociceptive stimulus activates Ad andC fibers. Once in the central nervous system, the nocicep-tive signal travel up the spinal cord and make synapses withbrainstem structures implicated in the modulation of pain.The activation of these structures then produces analgesiavia the recruitment of descending inhibition systems pro-jecting back to the spinal cord via the dorsolateral funic-ulus (Villanueva et al., 1986).
Limitations
One limitation of the included RCTs is the lack of stan-dardization in the massage interventions reviewed. Massagetherapies commonly combines different techniques, andevery therapist may use them in a different manner withdifferent dosages and parameters. Another limitation in theevidence reviewed was the control groups, as some studies(Fernandez-de-las-Penas et al., 2006; Gemmell and Allen,2008; Hong, 2002) compared massage to another treat-ment, rather than to an inert treatment. However, if bothtreatments were effective, the lack of a control wouldmean that massage wouldn’t show a significant improve-ment. Given the fact that the purpose of the study was todemonstrate the efficacy of therapeutic massage, this wasa major limitation. The lack of follow up assessments wasanother major limitation. Out of the 10 included RCTs,eight did not have any follow up data, and six only assessedimmediate outcomes (Blikstad and Gemmell, 2008;Donoyama et al., 2010; Fernandez-de-las-Penas et al.,2006; Fryer and Hodgson, 2005; Gemmell and Allen, 2008;Hong, 2002). Also, the challenge with therapeuticmassage is that it involves therapeutic touching, which mayalso have non-specific effects on pain and anxiety (Smith
and Broida, 2007). In addition, it is difficult to performdouble-blind massage studies because of the physicalnature of the intervention for both the subject and thetherapist (Menard, 2002).
Clinical implication
Massage and myofascial release therapies are able tosomewhat attenuate neck pain, but seem to be used moreas a complementary treatment due to the immediate post-treatment relief of symptoms. Although the pathologicalprocesses responsible for neck pain can often be difficult toidentify, identifying and addressing these processes shouldremain the primary focus of the health care professional(Hong, 2006). Nevertheless, therapeutic massage can bea valuable tool to temporarily minimize the pain associatedwith acute neck pain episodes.
Conclusion
The Ottawa Panel CPGs recommends therapeutic massageas an effective intervention that may provide an immediatepost-treatment reduction in symptoms related to sub-acuteand chronic mechanical neck disorders. However, the long-term effects of therapeutic massage are still unclear due tocontradicting data, lack of follow up data and a limitednumber of high quality studies. Future research is neededto examine the role of therapeutic massage as part ofa comprehensive, multidisciplinary approach and it’s long-term effects.
Acknowledgment
The authors are indebted to Lucie Poulin MA3 for her valuablecomments. This systematic review was financially supportedby Holistic Health Research Funds, The University of OttawaResearch University Chair Award and the Ministry of HumanResources, Summer Students Program (Canada).
Appendix AGrading recommendations
Activator trigger point therapy (AAI instrument) (Activatortrigger point therapy involved placing the activatorperpendicular over the trigger point using a force setting of3 (170N).) versus Control (Sham Ultrasound) Level 1 (1 RCT,N Z 30, high quality) (Blikstad and Gemmell, 2008). GradeA for pain (Numerical Rating Scale), left lateral cervicalflexion (ROM) and pain pressure threshold (Pain PressureAlgometer) at end of treatment (1 treatment) (clinicallyimportant benefit demonstrated). Grade C for the rightlateral cervical flexion (ROM) at end of treatment (1treatment) (no benefit demonstrated). Patients with sub-acute unilateral or bilateral neck pain that could expandto shoulder and upper arm (4e12 weeks).
Myofascial band therapy (firm thumb pressure in a slowstroking motion) versus Control (Sham Ultrasound) Level 1(1 RCT, N Z 30, high quality) (Blikstad and Gemmell, 2008).Grade C for pain (Numerical Rating Scale), left lateralcervical flexion (ROM) and pain pressure threshold (Pain
Therapeutic massage for neck pain 317
Pressure Algometer) at end of treatment (1 treatment) (nobenefit demonstrated). Grade D for the right lateralcervical flexion (ROM) at end of treatment (1 treatment)(no benefit demonstrated but favoring control). Patientswith sub-acute unilateral or bilateral neck pain that couldexpand to shoulder and upper arm (4e12 weeks).
Traditional Chinese Therapeutic Massage (one fingermeditation massage and rolling massage) versus Control (notreatment), Level 1 (1 RCT, N Z 20, high quality) (Cenet al., 2003). Grade A for pain (Northwick Park neck painquestionnaire) at end of treatment (6 weeks) (clinicallyimportant benefit demonstrated). Grade Cþ for neckflexion and extension (range of motion) at end of treatment(6 weeks) (clinically important benefit demonstratedwithout statistical significance). Grade C for neck lateralflexion (range of motion) at end of treatment (6 weeks) (nobenefit demonstrated). Patients with chronic mechanicalneck pain and neck tightness (�1 year).
Anma therapy (mainly kneading and lesser amounts ofstroking and pressing) versus Control (rest intervention)(lying down for 40 min), Level 1 (1 RCT, NZ 15, low quality)(Donoyama et al., 2010). Grade A for muscle stiffness (VAS)at end of treatment (1 treatment) (clinically importantbenefit demonstrated). Patients with chronic neck andshoulder stiffness.
Ischemic compression (gradually increasing pressureapplied to the myofascial trigger point and maintained untilthe discomfort and/or pain eased by around 50% perceivedby the own patient, at witch time pressure was increaseduntil discomfort appeared again) versus Transverse frictionmassage (applied with the forefinger and reinforced withthe middle finger at the pressure pain threshold level ofeach patient.) Level 1 (1 RCT, N Z 40, low quality)(Fernandez-de-las-Penas et al., 2006). Grade C for pain(VAS) and pressure pain threshold (pressure thresholdmeter) at end of treatment (1 treatment) (no benefitdemonstrated). Patients with acute to chronic mechanicalneck pain (�2 weeks).
Manual pressure release (slowly applied pressure to themyofascial trigger point until the subject reporteda moderate but easily tolerable pain value of 7/10) versusControl (sham myofascial release) (Extremely light pressurewas applied to the myofascial trigger point). Level 1 (1 RCT,N Z 35, high quality) (Fryer and Hodgson, 2005). Grade Afor pain pressure threshold (digital Algometer) at end oftreatment (1 treatment) (clinically important benefitdemonstrated). Patients with myofacial trigger points intrapezius muscle.
Ischemic compression (Continuous, perpendicular deepthumb pressure to trigger point for 30e60 s) versus Acti-vator group 10 thrusts with a force of 170 N were deliveredon the trigger point (1 thrust/second). Level 1 (1 RCT,N Z 52, low quality) (Gemmell and Allen, 2008). Grade Afor pressure pain threshold (pressure pain Algometer) atend of treatment (1 treatment) (clinically importantbenefit demonstrated). Grade C for global impression ofchange (patient global impression of change) and pain(numerical rating scale) at end of treatment (1 treatment)(no benefit demonstrated). Patients with acute to sub-acute upper trapezius trigger point (�12 weeks).
Ischemic compression therapy (pressure applied on themyofascial trigger point at different durations (30, 60 or 90 s)and at different pain levels (pain threshold and pain toler-ance), heat (hot pack placed for 20 min) and active range ofmotion (active range of motion for the cervical spine) versusHot pack therapy (hot pack placed for 20 min) and activerange of motion (active range of motion for the cervicalspine), Level 1 (1 RCT, N Z 34, low quality) (Hong (2002)).Grade C for pain intensity (VAS), pain tolerance (pressuretolerance Algometer) and pain threshold (pain thresholdmeter) at end of treatment (1 treatment) (no benefitdemonstrated).). Patients with upper trapezius triggerpoints.
Massage (Conventional Western massage: effleurage,petrissage, friction, tapotement and vibration) vs. Placebo(Sham laser acupuncture) (inactivated laser on acupuncturepoints), Level 1 (1 RCT, N Z 121, high quality) (Irnich et al.(2001)). Grade A for role physical (SF-36) at follow up (1week) (clinically important benefit demonstrated). Grade Cfor pressure pain threshold (pressure Algometer) at end oftreatment (3 weeks) and follow up (3 months), pain index(SF-36) at follow up (1 week) and active range of motion (3Dultrasound real time motion analyser) at follow up (3months) (no benefit demonstrated). Grade D for painrelated to motion (VAS), active range of motion (3D ultra-sound real time motion analyser) and pain related todirection (VAS) at end of treatment (3 weeks), active rangeof motion (3D ultrasound real time motion analyser), painrelated to direction (VAS), pressure pain threshold (pres-sure Algometer) at follow up (1 week), pain related tomotion (VAS), pain related to direction (VAS), role physical(SF-36), and pain index (SF-36) at follow up (3 months) (nobenefit demonstrated but favoring control). Patients withsub-acute to chronic unspecific neck pain (�1 month).
Ischemic compression and passive stretching (Ischemictrigger points compression therapeutic manipulative tech-nique, three applications of 60 s each, followed by a 30-srest period) vs. Passive stretching (muscle placed undertension at the end of the range of motion for 45 s, 3 timeswith 30 s rest intervals), Level 1 (1 RCT, N Z 60, lowquality) (Kostopoulos et al. (2008)). Grade A for sponta-neous electrical activity (EMG), pain intensity (VAS) andpain pressure threshold (pressure Algometer) at end oftreatment (2 weeks) (clinically important benefit demon-strated). Grade C for pressure tolerance (pressure Algo-meter) at end of treatment (2 weeks) (no benefitdemonstrated but favoring control). Patients with trapeziustrigger point.
Massage (variety of Swedish and clinical massage tech-niques) vs. Control (self-care) (read; “What to do for a painin the neck” book), Level 1 (1 RCT, N Z 64, high quality)(Sherman et al. (2009). Grade Cþ for symptom bohersom-ness (11 point numerical rating scale) at end of treatment(10 weeks) (clinically important benefit demonstratedwithout statistical significance). Grade C for disability(neck disability index) at end of treatment (10 weeks) andfollow up (16 weeks) and symptoms bothersomness (11point numeriacal rating scale) at follow up (16 weeks) (nobenefit demonstrated). Patients with chronic unspecificneck pain (�12 weeks).
Appendix B. Table of included studies
Author/year Sample
size
Population details Symptom
duration
Age (mean,
SD for control)
Treatment Comparison
group
Concurrent
therapy
Session/week
no. of weeks
Follow
up
Quality R,
B, W
Blikstad and
Gemmell(2008)
RCT
Total: 45Gr1: 15
Gr2: 15Gr3: 15
Inclusion criteria:(1) Between ages
of 18 and 55(2) Unilateral or
bilateral neck pain
that had lasted forat least 4 weeks but
no longer than 12(3) Neck pain could
extend to theshoulder region
and upper arm,(4) Neck pain at 4
on an 11 pointnumerical rating
scale (NRS)(5) Presence of an
active triggerpoint in the
trapezius muscle(an active upper
trapezius TrP wasdefined as a tender
nodule in a taut bandthat referred pain in a
pattern specific forupper trapezius
TrP1 or TrP2)(6) Decreased
cervical lateralflexion (LF) to
the oppositeside of the active
upper trapezius TrP.
Exclusion criteria:(1) Specific neck pain
(radiculopathy,
systematic disease, etc.)(2) Blood coagulation disorder
(3) Currently takinganticoagulants
(eg. Warfarin)(4)Long-term steroid use.
N/A Age:
Gr1: X Z 23.9;SD Z 3.925.
Gr2: X Z 22.6SD Z 2.384
Gr3: X Z 24.9SD Z 5.44
Gr1: Myofascial
band therapy: bandtherapy consisted of
firm thumbpressure
in a slow strokingmotion from the
lateral shoulder tothe mastoid process
along the uppertrapezius muscle
and through theactive TrP for 1 min.
Gr2: Activator AAIis a hand held device
that deliverscontrolled
and reproducibleforces. The
design ofthe activator allows
the force to bedelivered on to a
very specific point.
The Activator IVfeatures force
setting rangingfrom 1 to 4. Activator
trigger pointtherapy involved
placing theActivator IV
perpendicularover the trigger
point using a forcesetting of 3 (170 N).
The trigger pointwas treated with the
Activator IV using 10thrusts at a rate of
one thrustper second.
Gr3: Sham Ultrasound
(contro): a detunedMedi-Link Systems
ultrasound machinefrom Electro-Medical
Supplies (Greenham)Ltd. Was used as a
sham control. Thesubject was informed
that pulsed ultrasoundwas going to be used
and they should notfeel any sensation
of heat or pain, andif they felt anything
to let the clinicianknow and the machine
would be turned down.Since this was a
sham treatmentsuch adjustments
made no difference.Ultrasound lotion
was applied over
the TrP andultrasound head
was moved slowlyover the upper
trapezius musclein the region of
the TrP for 2 min.The machine’s
integrated timerwas used to alert
the clinician whenthe 2 min have
elapsed.
N/A 1 treatment
session
2,2,0
318L.
Brosse
auetal.
Cen et al.
(2003)
RCT
Total: 28Gr1: 9
Gr2: 8
Inclusion criteria:(1) Episodes of neck
pain and loss in
ROM for aperiod exceeding
one year(2) Noticeable daily
neck pain andtightness
(3) Neck muscle painand tightness
associated with amechanical
disorder of thecervical spine
(whiplash, trauma,etc); no regular
therapeutic treatment
(more than 1x week)in the previous
3 months
N/A Gr1: X Z 47,
SD Z 11Gr2: X Z 51,
SD Z 7
Gr1: Traditional
ChineseTherapeutic
Massage (TCTM);
-One fingermeditation
massage: usetip and(or) the
whorled surfaceof the thumb to
rub soft tissue,swing thumb
forwards,backwards,
in one pass,12 passes/minute
-Rolling massageMassage program:
combination ofthe one finger
massage androlling massage,
30 min,3 times a week,
for 6 weeks
Gr2: Control
group: Notreatment
N/A 3x weekly
for 6 weeks
N/A 2,0,1
Fryer and
Hodgson(2005)
RCT
Total:35Gr1: 18
Gr2: 17
Inclusion criteria:(1) Presence of MTrPs
in the trapezius muscle
(2) Between 20 and 33years of age.
Exclusion criteria:(1) Generalized primary
fibromyalgia syndrome(2)Taken analgesic
medication in thepast 24 h
(3) Had no identifiablemyofascial MTrPs in
the upper trapeziusmuscle.
N/A N/A Gr1: Manual
pressure release:Encouraged to
relax as muchas possible before
pressure wasapplied.
Examiner 1applied slow
pressure to theMTRP until the
subject reported
a ’moderate buteasily tolerable’
pain value of 7/10(0 Z no pain)
Examiner 2recorded the value.
MPR pressure wassustained for 60 s
Gr2: Control:
Sham myofascialrelease: Extremely
light pressure of nogreater than 2 N/cm2
was applied to theMTrP. Subjects were
informed that theywere being treated
with an indirectosteopathic
myofascial
release technique,that the technique
involved subtlemovement of the
skin andunderlying tissues,
and that theyshould feel no
N/A One
treatment
N/A 2,1,0
(continued on next page)
Therapeutic
massa
geforneck
pain
319
(continued )
Author/year Samplesize
Population details Symptomduration
Age (mean,SD for control)
Treatment Comparisongroup
Concurrenttherapy
Session/weekno. of weeks
Followup
Quality R,B, W
while examiner 2
monitored thepressure reading
and promptedexaminer 1 to
maintain constantpressure
pain. The light
pressure washeld for 60 s.
Examiner 1 madeno attempt to
palpate orengage any
perceived tissuebarriers in order
to make the shamtreatment inert.
Irnich et al.(2001)
Total: 177Gr1: 60
Gr2: 61
Inclusion criteria:(1) Painful restriction
of cervical spinemobility for longer
than 1 month(2)No treatment
at least 2 weeksbefore entering
the study
Exclusion criteria:(1) Undergone surgery(2) Dislocations
(5) Fractures(4) Neurological
deficits(5) Systematic
disorders(6) Contradictions
to treatment.
Painfulrestriction of
cervical spinemobility for
longerthan 1 month
Gr1: X Z 52.7,SD Z 11.5
Gr2: X Z 52.2,SD Z 13.2
Gr1: Massage:Conventional
western massage,Techniques
included:effleurage,
petrissage,
friction,tapotement
and vibration,no spine
manipulationor non
conventionaltechniques
Gr2: Sham lasertreatment:
Performed withlaser pen which
was inactivated bymanufacturer,
only red light was
emitting, patientswere not aware of
inactivation, samepoints were treated
as in acupuncturefor 2 min at a
distance of 0.5e1cm from the skin
N/A Patientswere treated
5x over 3weeks, each
session was30 min
N/A 2,0,1
320L.
Brosse
auetal.
Sherman et al.
(2009)
RCT
Total: 62Gr1: 32
Gr2: 32
Inclusion criteria:(1) Between 20 and
64 years of age
(2) Neck painpersistence
of >12 weeks(3) Received primary care
for neck pain at least3 months prior.
Exclusion criteria:(1) Neck pain due
to non-mechanicalcauses
(2) Complex neckpain (inappropriate
for massage)(3) Unstable serious
medical or psychiatricconditions/dementia
(4) Minimal neck pain(5) Use of massage
for neck pain inthe past year
(6) Language barrier
N/A Gr1: X Z 47.4,
SD Z 12.3Gr2: X Z 46.4,
SD Z 11.3
Gr1: Massage.
Up to 10 massagetreatments over
10 weeks (varietyof Swedish and
clinical massagetechniques)
Gr2: Control.
Self-care; read"what to do for
a pain in theneck" book by
Jerome Schofferman.Includes information
on potential causesof neck pain,
neck-relatedheadache, whiplash,
recommendedstrengthening
exercise, body
mechanics andposture,
conventionaltreatment,
complementarytherapies for neck
pain and first aidfor intermittent
flare-ups. Noadditional
informationabout using
the bookwas provided
N/A 10 massage
treatmentsover 10
weeks
N/A 2,0,1
Therapeutic
massa
geforneck
pain
321
322 L. Brosseau et al.
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