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Pain and disability caused by ganglia of the hand and wrist were assessed using a patient-rated wrist evaluation questionnaire in 75 patients. Dorsal wrist ganglia were the most painful and disabling. However, the majority of ganglia cause little pain or disability. Consequently, referral by General Practitioners should be confined to those with pain, disability or failure of conservative management.

The aim was to study the relationship between impairment (function) and disability (participation) in wrist surgery, according to the WHO definitions.

The outcome of 205 wrist operations were studied. The impairment was expressed as range of motion (ROM) and gripping force, the disability as the DASH score.

There was a significant correlation between DASH and gripping force (R = 0.47). The correlation between ROM and DASH was weaker (R = 0.24).

In manual workers, shorter temporary disability periods were significantly associated with lower DASH score.

In (reconstructive) wrist surgery, impairment, disability and working status are significantly correlated. Gripping force measurement is a reliable tool for evaluation and gives a good impression of the disability. Preservation of some mobility is important, however the amount of ROM is not essential for the disability.

Background: We aimed to determine the degree of contracture in the ring and little fingers at which hand function became importantly impaired.

Methods: Five activities of daily living were incorporated into a newly developed and validated Dupuytren’s assessment tool (DAT). Sixty healthy participants were assessed with the DAT wearing a range of 12 dorsal blocking splints. Half wore them on their right little finger, the other half on their ring finger. These induced flexion deformities mimicking DC of the MCPJ, PIPJ and a combination of the two. The angles of flexion deformity at which important hand disability occurred were calculated using receiver operating characteristic curves.

Results: Clinically important hand disability occurred for the little finger MCPJ, PIPJ and combined MCPJ and PIPJ angulation at 52.5, 67.5, and 75 degrees respectively. For the ring finger joint, the angulations were 52.5, 67.5 and 75 degrees respectively.

Conclusions: This information will provide information for clinicians and patients as to when clinically important disability tends to occur in DC.

Background: The objective of this paper was to determine the validity, reliability and internal consistency of the translated FILIPINO DASH (FIL-DASH) questionnaire in patients with traumatic brachial plexus injuries.

Methods: Thirty-five adult patients with traumatic brachial plexus injury were enrolled in the validation stage. The same questionnaire was given to the patient between 7 to 14 days for the test-retest reliability. The validated Filipino version of the SF-36 was used as the gold standard to determine the construct validity of the translated DASH. We also compared the DASH score with the SF-36 total and subscale, validated Brief Pain Inventory Severity and Interference Scale and the Visual Acuity Scale (VAS) for Pain.

Results: The internal consistency was adequate, with Cronbach’s Alpha for the 30 items of 0.93 and an average inter-item covariance of 0.399. The test-retest reliability was 0.87 (p < 0.001). There was no significant difference in establising the validity of the translated DASH against SF-36 total and Subscale, validated Brief Pain Inventory Severity and Interference Scale and the Visual Analogue Scale (VAS).

Conclusions: The translated DASH (FIL-DASH) questionnaire was internally consistent and showed no difference in testing for test-retest reliability and validity against functional outcome measures and pain scales validated for adult Filipinos.