Not applicable.

Mind–body interventions are a viable holistic approach to rehabilitation; however, evidence for mind–body approaches in hand therapy is lacking. This study explored the experiences of clients with musculoskeletal disorders undergoing two mind–body interventions within hand therapy. Qualitative data were obtained from clients who received mindfulness meditation and sonographic biofeedback as part of hand therapy. Semi-structured interviews conducted after four therapy sessions elicited participants’ experiences and acceptability. Emergent themes were identified through an iterative, qualitative descriptive process. The following three themes emerged as results: insight on the body, relaxation and relief, and I am in control. A fourth theme was identified in the acceptability data, that is, mindfulness as a meaningful activity. At least one of the interventions was acceptable to each participant. Positive participant experiences support further consideration of mind–body interventions as a useful holistic approach in hand therapy to support wellness, quality of care, and participation in recovery.

BackgroundMedian nerve cross-sectional area (CSA) is the primary sonographic parameter for assessing and diagnosing median nerve pathology, such as carpal tunnel syndrome. However, variability in the sensitivity of diagnostic thresholds exists, which may be due to a lack of standardized normative reference values. Current estimates of normal median nerve CSA stem largely from small studies using a local pool of healthy controls. A systematic review and meta-analysis will be conducted to identify all available data for median nerve CSA in healthy, asymptomatic individuals to create a comprehensive set of normative reference values.MethodsArticles that include sonographic measures of median nerve CSA will be identified through a rigorous search of published evidence, a hand search through tables of contents of key journals, and the gray literature, including ClinicalTrials.gov and conference abstracts. Each abstract and full text will be reviewed by multiple raters to identify studies from 2000 to present that include original data. Any study that provides median nerve CSA values from healthy individuals will be included (e.g., reference value study, control participants in a diagnostic study). Studies will be assessed for quality using a modified version of the National Institute of Health Study Quality Assessment Tool for Observational Cohort and Cross-Sectional Studies, with primary focus on the use of a detailed and acceptable image acquisition and analysis protocol. Using data from included studies, reference values will be calculated for median nerve CSA by anatomical regions, including the distal forearm, wrist, and carpal tunnel at the level of the pisiform. Reference values will be stratified by gender, ethnicity, and age based upon the specificity of the data provided by the included articles.DiscussionA comprehensive set of normative reference values of median nerve CSA will reduce variability across studies, allowing future research to more accurately evaluate and establish diagnostic thresholds. Additionally, normative values can serve as a reference for evaluating treatment outcomes and provide a means to investigate and understand minor nuances in CSA changes that may be indicative of preclinical stages of median nerve pathology.Systematic review registrationPROSPERO 2016 CRD42016037286Electronic supplementary materialThe online version of this article (10.1186/s13643-018-0929-9) contains supplementary material, which is available to authorized users.

No abstract

Musculoskeletal sonography is being widely used for evaluation of structures within the carpal tunnel. While some anatomical variants, such as bifurcated median nerves and persistent median arteries, have been well documented, limited literature describes the sonographic appearance of aberrant muscle bellies within the carpal tunnel. Multiple examples of the sonographic appearance of flexor digitorum superficialis and lumbrical muscle bellies extending into the carpal tunnel are provided. Techniques for static image acquisition and analysis are discussed, and the use of dynamic imaging to confirm which specific muscle belly is involved is described. Knowledge of the potential presence of muscle bellies in these images and ability to identify these structures is vital to avoid misclassification or misdiagnosis as abnormal pathology. The case examples are situated among current published evidence regarding how such anomalies may be related to the development of pathologies, such as carpal tunnel syndrome.