The current project will fill a knowledge gap in the follow-up of people with Multiple Sclerosis (MS) with mild and moderate disability levels, with the purpose to assess the adequacy of measurement tools for trunk control and balance, functions that are pre-requisites for optimal performance in everyday physical activities.
Trunk control and balance, necessary for daily activities, are frequently impaired in people with MS. Adequate measurement tools for clinical- and research purposes are thus warranted. In this study two measurement tools will be explored: 1. The Trunk Impairment scale - modified Norwegian version (TIS-modNV), which has demonstrated high validity and reliability in individuals with stoke (Gjelsvik et al., 2012), however its properties has not yet been assessed in people with MS. Concurrent validity with a balance scale, the Mini-Balance Evaluation Systems Test (Mini-BESTest), will be assessed as well as its inter- and intra-rater reliability. 2. The AMTI Accugait Optimized™ multi-axis force platform (AMTI, Inc., Newton, MA) will be examined as there is a lack of studies measuring its properties within the MS population. A validity assessment of this tool will be included in this measurement study. This study is two-parted, each with a separate aim: Aim part 1: To determine the validity and reliability of the TIS-modNV across mild and moderate disability levels in the MS population. Aim part 2: To determine the concurrent validity of the AMTI AccuGait OptimizedTM force plate system compared to the Mini-BESTest across mild and moderate disability levels in the MS population.
Study Type
OBSERVATIONAL
Enrollment
60
Nordland Hospital Trust
Bodø, Norway
The modified Trunk Impairment Scale - Norwegian version (TIS-modNV)
TIS-modNV is a six-item ordinal scale measuring impairments of trunk control. The total score ranges between 0-16, where 16 is the best score in trunk control. The scale is developed for and valid and reliable for people with stroke.
Time frame: 01 January 2023
AMTI AccuGait OptimizedTM (Advanced Mechanical technology, Inc., Watertown, USA) multi-axis force plate system
Force- platform assessing different domains of balance (ie. centre of pressure, sway) in bi- and unipedal standing with eyes open and with eyes closed.
Time frame: 01 January 2023
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.