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Repetitive strain injury. 2. Diagnostic and treatment tips on six common problems. The Goff Group.

Repetitive strain injury is caused by recurrent overuse, resulting in microtrauma to tissues. Local pain and tenderness, weakness, inflammation, and limited function are common findings. Some of the strain injuries seen most often are carpal tunnel syndrome, trigger finger, shoulder impingement syndrome, tennis elbow, thoracic outlet syndrome, and myofascial pain disorders. Often, treatment can be started at the initial visit, after systemic disorders have been ruled out. A vital step is elimination of aggravating factors, such as improper posture, inadequate attention to ergonomic factors at work, and contributory habits (e.g., jaw or hand clenching). Use of simple joint-protection measures can alleviate much of the discomfort. Appropriate self-help strategies used at home may restore flexibility and strength with a minimum of medical intervention, but pain relief must be achieved before patients can be expected to follow through with rehabilitation efforts. Use of ice packs, massage, NSAIDs, or topical pain-relief agents is often helpful. Prompt, temporary pain relief can also be achieved with injection of a local anesthetic-corticosteroid mixture. Persistent disability should prompt consideration of psychosocial factors. In addition, fraudulent claims of disability do occur. Although physicians should make every effort to support legitimate claims of work-related injury, they should also be aware of the possibility that activities outside of work (e.g., sports participation, accidental injuries) may be contributing factors.

Adrenal Cortex Hormones↗

Trends in work-related musculoskeletal disorder reports by year, type, and industrial sector: a capture-recapture analysis.

BACKGROUND: Musculoskeletal disorders (MSD) are thought to be declining based on Bureau of Labor Statistics survey data, but there is also evidence of MSD under-reporting, raising the possibility of contrary trends. The magnitude of MSD under-reporting over time, and its industry distribution have not been adequately described. METHODS: Capture-recapture analysis of 7 years of Connecticut MSD (1995-2001), utilizing Workers' Compensation and physician reporting data was performed. RESULTS: Only 5.5%-7.9% of MSD cases appear to be reported to Workers Compensation annually. The capture-recapture estimated average annual rate for upper-extremity MSD was 133.1 per 10,000 employed persons, far above BLS rates. By industry, Manufacturing, State Government, and the Finance/Insurance/Real Estate sectors all had significantly higher MSD rates than Wholesale/Retail Trade. CONCLUSIONS: Upper-extremity MSD appears to be significantly under-reported, and rates are not decreasing over time. Capture-recapture methods provide an improved surveillance method for monitoring temporal trends in injury rates.

Adult↗

Should office workers spend fewer hours at their computer? A systematic review of the literature.

Worldwide, millions of office workers use a computer. Reports of adverse health effects due to computer use have received considerable media attention. This systematic review summarises the evidence for a relationship between the duration of work time spent using the computer and the incidence of hand-arm and neck-shoulder symptoms and disorders. Several databases were systematically searched up to 6 November 2005. Two reviewers independently selected articles that presented a risk estimate for the duration of computer use, included an outcome measure related to hand-arm or neck-shoulder symptoms or disorders, and had a longitudinal study design. The strength of the evidence was based on methodological quality and consistency of the results. Nine relevant articles were identified, of which six were rated as high quality. Moderate evidence was concluded for a positive association between the duration of mouse use and hand-arm symptoms. For this association, indications for a dose-response relationship were found. Risk estimates were in general stronger for the hand-arm region than for the neck-shoulder region, and stronger for mouse use than for total computer use and keyboard use. A pathophysiological model focusing on the overuse of muscles during computer use supports these differences. Future studies are needed to improve our understanding of safe levels of computer use by measuring the duration of computer use in a more objective way, differentiating between total computer use, mouse use and keyboard use, attaining sufficient exposure contrast, and collecting data on disability caused by symptoms.

Arm↗

Risk of shoulder tendinitis in relation to shoulder loads in monotonous repetitive work.

BACKGROUND: Few studies relate the occurrence of shoulder disorders to quantified ergonomic exposures. This study evaluates the hypothesis that shoulder loads in repetitive work might contribute to the occurrence of shoulder tendinitis. METHODS: This is a cross-sectional study of 1961 workers in repetitive work and 782 referents. Shoulder loads were quantified at task level and measures of exposures were assigned based on task distribution. Symptoms in combination with clinical criteria defined shoulder tendinitis. RESULTS: The prevalence of shoulder tendinitis was higher among exposed workers (adjusted OR 3.1, 95% CI 1.3-3). Neither frequency of movements (ranging 1-36/min) nor lack of micro-pauses in shoulder flexion (ranging 0-100% of cyclus time) was related to disease prevalence. Increasing force requirements (categorized as light = 1, somewhat hard = 2, hard = 3 or very hard = 4) increased risk slightly (OR 1.6, 95% CI 1.0-2.6 per unit). CONCLUSIONS: The results indicate that workers with repetitive tasks have increased risk of shoulder tendinitis, which partially can be attributed to force requirements.

Adult↗

Test-retest reliability of a self-administered musculoskeletal symptoms and job factors questionnaire used in ergonomics research.

The purpose of this study was to investigate the test-retest reliability of questionnaire items related to musculoskeletal symptoms and the reliability of specific job factors. The type of questionnaire items described in the present study have been used by several investigators to assess symptoms of musculoskeletal disorders and problematic job factors among workers from a variety of occupations. Employees at a plastics molding facility were asked to complete an initial symptom and jobs factors questionnaire and then complete an identical questionnaire either two or four weeks later. Of the 216 employees participating in the initial round, 99 (45.8%) agreed to participate in the retest portion of the study. The kappa coefficient was used to determine repeatability for categorical outcomes. The majority of the kappa coefficients for the 58 questionnaire items were above 0.50 but ranged between 0.13 and 1.00. The section of the questionnaire having the highest kappa coefficients was the section related to hand symptoms. Interval lengths of two and four weeks between the initial test and retest were found to be equally sufficient in terms of reliability. The results indicated that the symptom and job factors questionnaire is reliable for use in epidemiologic studies. Like all measurement instruments, the reliability of musculoskeletal questionnaires must be established before drawing conclusions from studies that employ the instrument.

Adult↗

[Occupational activity and prevalence of osteomuscular pain among dentists in Belo Horizonte, Minas Gerais State, Brazil: a contribution to the debate on work-related musculoskeletal disorders].

The objective was to determine the prevalence of upper-limb and back pain among dentists (n = 358) and factors associated with these symptoms. Dentists were interviewed using a self-administered questionnaire containing data on sociodemographic, occupational, lifestyle, and psychosocial factors and presence, site, and characteristics of pain. Participation rate was 92.3%. 58% reported upper limb pain, with 22, 21, 20, and 17% for the arm, back, neck, and shoulder, respectively. 26% reported daily frequency and 40% classified pain as moderate or severe. In the multivariate analysis (multiple logistic regression), the factors associated with pain were: neck: anxiety/depression (OR = 2.3; CI95%: 1.2-4.5), compressor in the office (OR = 2.1; CI95%: 1.2-3.7), job satisfaction (OR = 0.3; CI95%: 0.1-0.9), and use of indirect vision (OR = 0.5; CI95%: 0.3-0.9); shoulder: income > 20 minimum wage (OR = 2.9; CI95%: 1.2-6.7), greater productivity (OR = 3.3; CI95%: 1.3-8.4), height > or = 160cm (OR = 0.3; CI95%: 0.2-0.7), and age 30-49 years (OR = 0.3; CI95%: 0.1-0.8); back: anxiety/depression (OR = 2.3; CI95%: 1.2-4.5), manual activity (OR = 0.4; CI95%: 0.2-0.9), and being married (OR = 0.5; CI95%: 0.3-0.9); arms: manual activity (OR = 1.8; CI95%: 1.0-3.2).

Adult↗

[Diseases of the locomotor system in forestry workers].

The most common hazards in the forestry that may induce disorders of the musculoskeletal system are vibrations, unfavorable microclimatic conditions, noise, over-time working hours, work load and long-term repeated movements. The objective of this study was to analyze the prevalence of musculoskeletal diseases and its difference among workers engaged in various jobs in the forestry. Two groups of workers were selected: woodcutters operating with chain-saw (N=33) and other loggers (N=32). Selected workers were of the similar age and had similar total length of employment as well as the length of service in the forestry. Both groups of workers employed in the forestry had the high prevalence of musculoskeletal diseases (woodcutters 69.7% and other loggers 62.5%, respectively). Degenerative diseases of spinal column were very frequent, independently of the type of activity in the forestry. Non-significantly higher risk of carpal tunnel syndrome was found in woodcutters with chain-saw compared to workers having other jobs in the forestry (OR=3.09; 95%CI=0.64-19.72). The lateral epicondylitis was found only in woodcutters operating with chain-saw with the prevalence of 18.2%.

Adult↗

Early identification and intervention in the prevention of musculoskeletal pain.

BACKGROUND: A large number of people suffer from upper extremity disorders, but a few apparently consume the majority of the resources. Early interventions are badly needed to prevent the development of persistent disability. Since psychological factors are central in the development of a chronic problem these might be utilized in this endeavor. METHODS: A series of studies are described where a screening procedure based on psychological risk factors was employed to help identify people at risk for developing long-term work disability. The utility of a cognitive-behavioral group intervention that focuses on coping strategies as prevention was assessed in three randomized-controlled studies where participants had low, medium, and high risk, respectively. RESULTS: The study with low risk showed no significant difference between the groups, while the studies with medium- and high-risk populations demonstrated significantly lower work disability than control groups receiving treatment as usual. CONCLUSIONS: It appears to be feasible to identify patients with high levels of risk and to subsequently lower the risk for work disability by administering a cognitive-behavioral intervention focusing on psychological aspects of the pain problem.

Arm Injuries↗

[Active epidemiological surveillance and prevention of diseases caused by biomechanical overload of the upper limbs: experience at a territorial service of occupational medicine].

Nowadays in the western countries, the Work Musculoscheletal Disorders (WMSDs) are the most relevant work-related diseases either for the large number of at-risk workers and for the high prevalence of cases among them. Among WMSDs, the Carpal Tunnel Syndrome (CTS) is considered a sentinel event in occupational medicine and epidemiological surveillance systems were set up to study its temporal occurrence and spatial spread. Surprisingly enough, in our country the epidemiology of the WMSDs is still unknown; although observations of important clusters of cases are increasing, these pathologies are still largely underreported by medical doctors. In the high industrialised province of Brescia, Northwestern Italy, only 1% of the 25.000 occupational disease, collected by the occupational medicine and prevention service of the National Health Service (SPSAL) since 1989 to 1997, were coded as WMSDs. Even if the notification of these work-related disorders is compulsory by low since 1973, up-to-now very few cases were reported to SPSALs, and consequently active prevention programs were very few too. For that reason, a project of active surveillance of WMSDs diagnosed on the general population was carried out to improve their identification and to evaluate the work-related etiological fraction as well as to address primary prevention projects. During 1997-1999 618 upper limb musculoskeletal disorders were collected from 2 orthopaedic hospital divisions where cases underwent surgical treatment. 369 of them were interviewed by telephone (253 female, 116 man) and 128 cases (34%) were classified as probable professionally exposed to some known hazard. Female were prevalent (71%), involved particularly in textile, garments, plastic, food production and domestic services. Among men, construction, metallurgic and mechanic were the more frequent jobs. 116 WMSDs were reported to the National Insurance Institute (INAIL). The collection of these WMSDs was the basis for specific communications to the firm manager(s) and to the factory's medical doctor(s) with the aim to make it easy: i) a good health surveillance to exposed workers; ii) a specific risk assessment; iii) carrying out prevention programs and adopting personal protection equipments. Some problems are focused concerning the underreporting of cases, the anamnesis information, the fate of interventions to face the problem in the workplaces. A possible implementation of this project is also discussed to avoid a WMSds surveillance unlinked prevention programs of occupational risks.

Adolescent↗

Why most workers with occupational repetitive trauma do not file for workers' compensation.

Despite the availability of no fault insurance for wage replacement and medical care costs, the majority of workers diagnosed with an occupational disease do not apply for workers' compensation. The objective of the study was to determine the reasons why workers diagnosed with work-related musculoskeletal disease did not apply for workers' compensation benefits. A cross-sectional study of 1598 individuals diagnosed with neck, upper extremity, and low back work-related musculoskeletal disease from April to June 1996 was performed. All individuals were interviewed over the telephone using a standardized questionnaire. The questionnaire included questions about the precipitating event; demographics; health limitations; mood; pain level; and attitudes toward their health care provider, fellow workers, management, work environment, and filing for workers' compensation. Whenever possible, standardized questions from previous surveys were used. The interviewed individuals with work-related musculoskeletal disease were reported by health care practitioners as required by the state of Michigan's occupational disease reporting law. Workers reported during 12 weeks in the spring of 1996 by a Michigan health care professional as having a neck, back, or upper extremity musculoskeletal disorder were eligible to participate. Among the 2703 reports received, 490 individuals could not be reached, 22 did not speak English, 12 had died or were too incapacitated by other medical conditions, and 581 refused. We interviewed 59% of all eligible workers and 73% of all workers who were reachable and capable of responding in English. Only 25% of workers diagnosed with musculoskeletal disease filed a workers' compensation claim. The factors significantly associated with filing a claim were (1) increased length of employment (> 21 years: odds ratio [OR], 3.01, 95% confidence interval [CI], 1.31 to 6.90); 11 to 20 years: OR, 2.34, 95% CI, 1.01 to 5.47; 6 to 10 years: OR, 1.76, 95% CI, 0.73 to 4.25; 1 to 5 years: OR, 2.36, 95% CI, 1.03 to 5.42; < 1 year: OR, 1.00; (2) lower annual income (< $40,000: OR, 1.75, 95% CI, 1.06 to 2.88 vs > or = $80,000: OR, 1.00); (3) workers' dissatisfaction with coworkers (OR, 1.76, 95% CI, 1.01 to 3.06); (4) physician restrictions on activity (OR, 2.16, 95% CI, 1.55 to 3.00); (5) type of physician providing treatment (specialist, including surgeon or orthopedist: OR, 3.63, 95% CI, 2.37 to 5.55); physical and occupational therapist: OR, 2.15, 95% CI, 1.35 to 3.43); family practitioner: OR, 1.33, 95% CI = 0.89 to 2.01; company physician: OR = 1.00); (6) off work > or = 7 days (OR, 14.85, 95% CI, 10.57 to 20.85); (7) decreased current health status (OR, 0.82, 95% CI, 0.70 to 0.96); and (8) increased severity of illness (OR, 1.24, 95% CI, 1.06 to 20.88). This study showed that only 25% of workers with a work-related musculoskeletal condition filed for workers' compensation and refutes the common perception that an individual with a work-related problem is likely to file a workers' compensation claim. The strongest predictors of who would file were those factors associated with the severity of the condition. Other factors were increasing length of employment, lower annual income, and worker dissatisfaction with coworkers. Our study population consisted mainly of unionized autoworkers, and our findings may not be generalizable to the total workforce.

Adolescent↗

The effect of alternate style keyboards on severity of symptoms and functional status of individuals with work related upper extremity disorders.

UNLABELLED: There is evidence that performing job tasks involving repetition, vibration, sustained posture or forceful movement may contribute to symptoms of work related upper extremity disorders. Typing is one such activity; symptoms that develop as a result of this activity can affect performance of work, self-care and leisure occupations. Studies investigating the impact of ergonomic keyboards on symptom reduction are limited, and little research exists regarding the reduction of key activation force as an intervention. METHODS: This randomized, prospective study used a sample of 68 symptomatic workers employed by a single company. One group received a commercially available ergonomic keyboard, a second group used a modified version of the same keyboard designed to reduce activation force, vibration and key travel. We measured symptoms and clinical signs, functional status, and device satisfaction in both groups over a six-month study period. CONCLUSIONS: Between-groups analyses indicated that the groups performed similarly on the outcomes of interest. Repeated-measure analysis identified a reduction of symptoms, an improvement in functional status, preference for and increased satisfaction with the intervention keyboards, and maintenance of typing speed and accuracy for both groups.

Activities of Daily Living↗

[Musculoskeletal conditions of the upper and lower limbs as an occupational disease: what kind and under what conditions. Consensus document of a national working-group. ISPESL].

BACKGROUND AND OBJECTIVES: In via of the progressive emergence in Italy of work-related musculoskeletal disorders, the EPM Research Unit decided to set up a national working group with the aim of producing a Consensus Document including methods and criteria as an initial attempt towards managing such diseases as true "listed" work-related diseases as is already done in the other European Union countries. The working group includes experts from INAIL, ISPESL, welfare assistance institutions, local prevention and health protection services: The group's research activity was included in ISPESL's funded research plan. CONTENTS: The Consensus Document includes a review of epidemiologic issues reported in the international literature, comments on the application of current legislation, observations on the guilt profiles of employers and occupational physicians, as well as medical-legal issues. The document proposes an analytical list of musculoskeletal disorders of upper (and lower) limbs and the operational criteria for identification of working activities involving a risk from upper limb biomechanical overload. In this case, more than on other occasions, it was realized how difficult it is to adopt consolidated task/risk/damage matrices since the same task may or may not be at risk depending both on the way the task is done and on the technical aspects (lines, work parts, procedures, tools) and organization (rate, rotas, breaks). CONCLUSIONS: For the specific aims of the present document, it is possible to identify, though not exhaustively and with some limitations, a series of jobs and working conditions where the risk may be reasonably presumed and for which it is possible to adopt a list system (at least as regards "significant exposure"). The document also includes a chapter on health surveillance recommendations for the occupational physician.

Adult↗

The effect of three alternative keyboard designs on forearm pronation, wrist extension, and ulnar deviation: a meta-analysis.

The growth of computer keyboard use in the workplace is believed to be one important determinant of the increased prevalence of work-related musculoskeletal disorders of the upper extremity (MSD-UE). One possible contributing factor to the development of MSD-UE is the flat standard keyboard, which places the forearm and wrist in biomechanically awkward postures. This meta-analysis examines the efficacy of three alternative keyboard designs, adjustable slope (AS), split fixed-angle (FA), and adjustable open-tented (AT), in reducing forearm pronation, wrist extension, and ulnar deviation. Analyses of pooled effect size from six studies indicated that the AT had a large effect on pronation (r= 0.85) and ulnar deviation whereas the FA had a large effect only on ulnar deviation (r= 0.79). The AS was found to have a large effect (r= 0.66) on wrist extension. The FA had a moderate effect on pronation (r= 0.33) and wrist extension (r= 0.30). None of these keyboards were found to have a significant effect on all three postures. This meta-analysis has implications for clinicians by providing objective information that may assist with the selection of an alternative keyboard that best reduces an identified problematic posture.

Biomechanical Phenomena↗

Stress and work-related upper extremity disorders: implications for prevention and management.

BACKGROUND: A causal link between stress and work-related musculoskeletal disorders of the upper extremities (WRUEDs) has been established, but there is less evidence for a beneficial effect of stress reduction interventions on WRUED symptoms and incidence. METHODS: Searches of Medline, Ergonomics Abstracts, and Psychlit from 1990 to 2001 identified studies that either targeted stress and measured WRUED outcomes, or described other interventions with both stress and WRUED outcomes. RESULTS: Workplace interventions, including discrete improvements in technology, work organization and ergonomics, and more comprehensive approaches can reduce levels of stress. In a few studies, these interventions have been associated with decreases in WRUED symptoms. Similar effects are noted in stress-related interventions targeting individuals before WRUEDs have appeared, and at several stages of these conditions. CONCLUSIONS: Health care providers can recognize stress-WRUED interactions through careful, directed inquiry. Both individual as well as workplace-targeted interventions, delivered in the primary care setting or workplace, may be helpful. Future research priorities include prospective studies of well-defined interventions, with ample measures of subject, intervention and workplace characteristics that can impact outcomes, and adequate follow-up to determine sustained effects.

Arm Injuries↗

The effects of job rotation on the risk of reporting low back pain.

Job rotation has been widely recommended as an administrative control to reduce the risk of developing work-related musculoskeletal disorders. However, evidence of its benefits are hard to find in the literature. The effect of job rotation on predictions for the risk of reporting low back pain was estimated using Low Back Pain Reporting (LBPR) and Time Weighted Average (TWA) approaches. Index scores calculated using the peak hand force, the peak L4/L5 shear force and the L4/L5 moment cumulated over the entire shift were used to estimate the effects of job rotation on the probability of reporting low back pain. Simulations of realistic rotations between two jobs showed that workers in low demand jobs who rotate into higher demand jobs experience a linear increase in reporting probability using the TWA approach. With the LBPR approach a step increase in reporting probability occurred because of the immediate exposure to the peak loading parameters associated with the more demanding job. With a 50-50 rotation the TWA and LBPR index scores increased by 39% and 57%, respectively. With the LBPR approach the redistribution of risk was not uniform with job rotation. The increase was greater for those who rotated into the demanding job compared to the reduction experienced by those who rotated out of the demanding job. The effects of job rotation are not easily estimated because of the complex effect that mixing jobs has on peak and cumulative tissue loading.

Adult↗

Elbow and wrist/hand symptoms among 6,943 computer operators: a 1-year follow-up study (the NUDATA study).

BACKGROUND: The aim of this study was to examine relations between computer work aspects and elbow and wrist/hand pain conditions and disorders. METHODS: In a 1-year follow-up study among 6,943 technical assistants and machine technicians self-reported active mouse and keyboard time, ergonomic exposures and associations with elbow and wrist/hand pain were determined. Standardized clinical examinations were performed among symptomatic participants at baseline and at follow-up. RESULTS: For continuous duration of mouse time adjusted linear effects were statistically significant for all investigated pain conditions. For continuous duration of keyboard time the corresponding effects were statistically significant for wrist/hand pain conditions except incident 'severe' wrist/hand pain. There were no threshold effects above 0 hr per week (hr/w) of mouse exposure in association with pain conditions, while keyboard exposure showed a threshold effect with 12-month wrist/hand pain at follow-up. Clinical diagnoses were not associated with exposure. CONCLUSIONS: Detailed examination of self-reported exposures showed that mouse and keyboard time predicted elbow and wrist/hand pain from low exposure levels without a threshold effect, but mouse and keyboard time were not predictors of clinical conditions.

Adult↗

Basis for an FCE methodology for patients with work-related upper limb disorders.

A reported reduction in work-related functional capacity in Work-related Upper Limb Disorders (WRULD) patients is among the most common problems in WRULD. The extent to which this reduction in functional capacity can be objectified remains unknown. A validated instrument to test functional capacity in this patient group is unavailable. The objective of this study was to design a Functional Capacity Evaluation (FCE) for WRULD patients working with Visual Display Units (VDU) and provide evidence for content validity. A review to epidemiological literature was conducted to identify physical risk factors for VDU-related WRULD. The results indicate that physical risk factors were related to repetition, duration, working in awkward and static positions and forceful movements of the upper extremity and neck. An FCE was designed based on the risk factors identified. Eight tests were selected to cover all risk factors: the overhead lift, overhead work, repetitive reaching, handgrip strength, finger strength, wrist extension strength, fingertip dexterity, and a hand and forearm dexterity test. Content validity of this FCE was established by providing the rationale, specific objectives and operational definitions of the FCE. Further research is needed to establish reliability and other aspects of validity of the WRULD FCE.

Biomechanical Phenomena↗

Perfectionism and coping strategies as risk factors for the development of non-specific work-related upper limb disorders (WRULD).

BACKGROUND: The incidence of non-specific work-related upper limb disorders (WRULD) is rising throughout western society. Literature and our own WRULD file (>1200 patients) revealed that both physical and psychosocial work-related factors are major causes of non-specific WRULD. It also appeared that non-specific WRULD was more likely to develop in patients with neurotic-perfectionist personalities. AIM: To see if, alongside physical and psychosocial work-related factors, personality factors play an important role in developing non-specific WRULD. METHOD: This was a case-control study with two control groups, comparing 45 computer workers with non-specific WRULD with 45 computer workers free from upper limb disorder (first control group) and 42 chronic pain patients (second control group). Main questionnaires administered were: the Utrecht Coping List (UCL), measuring coping-styles; the Multidimensional Perfectionism Scale (MPS), measuring neurotic perfectionism; and the Symptom Check List (SCL-90), measuring general psychological complaints (psychoneuroticism). The SCL-90 was added because of its known high correlation with neurotic perfectionism. RESULTS: Logistic regression analysis revealed significant differences in SCL-90 scores (chi(2) = 17.2, P < 0.0001), thereby potentially negating the significance of the higher neurotic perfectionism in the non-specific WRULD group. A second control group of chronic pain patients, with prospective high score on the SCL-90, was added. Logistic regression showed that, after controlling for psychoneuroticism, non-specific WRULD patients had more neurotic perfectionist traits (chi(2) = 22.83, P < 0.0001). There were no significant differences in mean UCL scores (P > 0.05). CONCLUSION: Alongside physical and psychosocial work-related factors, psychoneuroticism and neurotic perfectionism appear to be important risk factors for developing non-specific WRULD.

Adaptation, Psychological↗