Beyond Distance: How Sensor Insoles Enhance Clinical Walk Tests in Neurological Patients
This article explores how using sensor insoles to instrument patients during the 2MWT introduces a new approach to clinical gait assessment. Beyond the traditional quantitative measure of distance, this method provides a movement quality perspective, offering clinically relevant insights into load patterns, foot movements, timing, and symmetry.
The Timed Up & Go Test for assessing patients‘ functional mobility
The Timed Up & Go Test is a clinical tool to assess mobility, balance, and fall risk. Instrumenting this test with sensor insoles offers advanced gait metrics, enhancing patient evaluations and improving predictive outcomes.
Testing patients‘ balance skills with in-shoe measurement systems
Sensor insoles provide an advanced method for balance testing by offering precise measurements of metrics like Sway Area and COP Path Length. Their wireless, non-intrusive design allows for accurate analysis of balance performance in research settings, complementing traditional assessments.
Trainingsprofi im Schuh – Sensoren zur Objektivierung von Testungen im Leistungssport
Moderne Sensoren am Fuß und automatisierte Testalgorithmen ermöglichen Sportärzten, Physiotherapeuten und Athletiktrainern eine evidenzbasierte Betreuung verletzter Athleten bis zur Wettkampfvorbereitung. Für die praktische Anwendung sind jedoch flexible Einsatzmöglichkeiten, hohe Datenqualität und gute Bedienbarkeit erforderlich.
Ganganalyse und Biofeedback-Training für Trauma-Patienten
Biofeedback-Training mit Trauma-Patienten hilft bei der Kontrolle der Teilbelastung sowie bei der Normalisierung des Gangbildes und fördert die Einbeziehung des Patienten
What are the advantages of longterm patient monitoring with sensor insoles?
Moticon OpenGo sensor insoles can be of great help monitoring gait. The built- in smart recording feature collects data when you walk and stops if you rest or sit. This makes it possible that you do up to two weeks non stop gait monitoring.
The Timed Up and Go Test’s outcome parameters
The Timed Up and Go Test assesses mobility, balance, and fall risk, providing valuable data on gait and functional ability, particularly in elderly and neurological patients.
The 10 Meter Walk and Return Test’s outcome parameters
The 10 Meter Walk and Return Test evaluates walking speed and functional mobility, offering valuable insights into gait and balance, especially in neurological populations.
The 2 Minute Walk Test’s outcome parameters
The 2-Minute Walk Test is essential for assessing walking capacity and endurance, providing a quick snapshot of physical function in diverse populations.
The 15 Seconds Treadmill Run Test’s outcome parameters
ReGo’s 15 Seconds Treadmill Run Test provides detailed running analysis, highlighting key parameters like gait line and cadence to improve performance and reduce injury risk.
The 15 Seconds Treadmill Walk Test’s outcome parameters
Gait testing on a treadmill with ReGo provides valuable insights into human movement for medical, clinical, sports, and research applications. It analyzes gait lines, stride length, and foot angles to inform diagnosis, treatment, and performance optimization.
The Free Distance Walk and Return Test’s outcome parameters
Gait analyses are essential for diagnosing conditions, planning interventions, and tracking rehabilitation progress. ReGo offers unbiased measurements, including force, pressure, and spatio-temporal parameters, helping optimize patient outcomes. Learn more and request a detailed parameter list.
The Single Leg Stance Test’s outcome parameters
ReGo enhances balance testing with quantitative assessments for athletes, elderly patients, and injury recovery. See how it improves decision-making for trainers and therapists.
