Validation of the EUMASS Core Set for medical evaluation of work disability.

OBJECTIVE: To perform a content validation of the EUMASS Core Set across six European social insurance systems. The EUMASS Core Set contains 20 categories to describe the functional (in-) capacity of claimants for disability benefits. METHODS: We performed an exploratory, cross-sectional study. We used the EUMASS Core Set, added scales to rate the relevance of the 20 categories and added additional questions concerning comprehensiveness, usefulness and sufficiency of the instrument. Medical examiners from European countries filled in this instrument in 10 consecutive claim assessments. RESULTS: Forty-eight medical examiners in six different countries evaluated 446 claimants. The medical examiners used all categories to describe the claimants' functional (in-) capacity. Medical examiners missed 41 different categories, often mental functions (n = 17). They rated the instrument as useful in 68.4% and as sufficient in 63.2% of the claims. Perceived usefulness varied among countries, but not among disease groups. Perceived sufficiency varied among countries and disease groups. CONCLUSION: The EUMASS Core Set is promising for reporting about functional (in-) capacities. It contains relevant categories for disability evaluation among countries and disease groups. Adding more mental functions might make it more applicable. Medical examiners found it useful and sufficient to evaluate functional (in-) capacity. Implications for Rehabilitation In medical reports of evaluation of work disability, reporting about functional capacity is often unstructured in free text, making the reports difficult to understand. The EUMASS Core Set contains common definitions for expressing functional capacity and is expected to support taking decisions, to improve the quality of decisions and to allow national and international comparisons. Our study suggests the EUMASS core set to be comprehensive, useful and sufficient to express functional capacity in disability evaluation.

Paediatric obesity, physical activity and the musculoskeletal system.

The current epidemic of paediatric obesity is consistent with a myriad of health-related comorbid conditions. Despite the higher prevalence of orthopaedic conditions in overweight children, a paucity of published research has considered the influence of these conditions on the ability to undertake physical activity. As physical activity participation is directly related to improvements in physical fitness, skeletal health and metabolic conditions, higher levels of physical activity are encouraged, and exercise is commonly prescribed in the treatment and management of childhood obesity. However, research has not correlated orthopaedic conditions, including the increased joint pain and discomfort that is commonly reported by overweight children, with decreases in physical activity. Research has confirmed that overweight children typically display a slower, more tentative walking pattern with increased forces to the hip, knee and ankle during 'normal' gait. This research, combined with anthropometric data indicating a higher prevalence of musculoskeletal malalignment in overweight children, suggests that such individuals are poorly equipped to undertake certain forms of physical activity. Concomitant increases in obesity and decreases in physical activity level strongly support the need to better understand the musculoskeletal factors associated with the performance of motor tasks by overweight and obese children.