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RESEARCH PRODUCT

An Optoelectronic System for Measuring the Range of Motion in Healthy Volunteers: A Cross-Sectional Study.

Pilar Escolar-reinaJosé A García-vidalGermán Cánovas-ambitMariano Gacto-sánchezRodrigo Martín-san AgustínFrancesc Medina-mirapeix

subject

musculoskeletal diseasesAdultMaleMedicine (General)AdolescentCross-sectional studyConcurrent validityeducationMesurament -- InstrumentsArticlerange of motionsymbols.namesakeYoung AdultR5-920articular goniometryHealthy volunteersMedicineHumanslower extremity; range of motion; reproducibility of results; articular goniometryRange of Motion ArticularReliability (statistics)Leg -- DiseasesOrthodonticsObserver VariationArthrometry Articularbusiness.industryOrthopedic EquipmentReproducibility of ResultsGeneral MedicineMiddle AgedPearson product-moment correlation coefficientHealthy VolunteersStandard errorCross-Sectional StudiesLower ExtremityCames -- MalaltiesGoniometersymbolsMeasuring instrumentsFemaleRange of motionbusiness

description

Background and Objectives: Within the clinical evaluation of multiple pathologies of the lower limb, the measurement of range of motion (ROM) of its joints is fundamental. To this end, there are various tools, from the goniometer as a reference to more recent devices such as inclinometry-based applications, photo capture applications, or motion capture systems. This study aimed to assess the validity, intra-rater, and inter-rater reliability of the VeloFlex system (VS), which is a new camera-based tool designed for tracking joint trajectories and measuring joint ROM. Materials and Methods: Thirty-five healthy volunteers (16 females

yearjournalcountryeditionlanguage
2019-08-22Medicina (Kaunas, Lithuania)
10.3390/medicina55090516https://pubmed.ncbi.nlm.nih.gov/31443368