Publicaciones

Understanding the impact of selective dorsal rhizotomy un muscle energy expenditure during walking through a neuro-musculoskeletal modeling

Emiliano Pablo Ravera, Adam Rozumalski Gait & Posture Introduction: Spasticity in children with cerebral palsy (CP) can produce an increase in muscle activity with unknown consequences in muscle energy expenditure. Selective dorsal rhizotomy (SDR) is shown to significantly reduce spasticity. However, Zaino et al. (2020) showed that changes in energy consumption following SDR are not […]

Understanding the impact of selective dorsal rhizotomy un muscle energy expenditure during walking through a neuro-musculoskeletal modeling Read More »

Modeling muscle force alteration during walking after selective dorsal rhizotomy

Emiliano Pablo Ravera and Adam Rozumalski Gait & Posture Introduction: Spasticity in children with cerebral palsy (CP) can produce an increase in muscle activity with unknown consequences in muscle energy expenditure. Selective dorsal rhizotomy (SDR) is shown to significantly reduce spasticity [Chen2019]. However, Zaino et al. (2020) showed that changes in energy consumption following SDR

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Individual muscle force-energy rate is altered during crouch gait: a neuro-musculoskeletal evaluation

Emiliano Pablo Ravera, Marcos José Crespo, Adam Rozumalski Journal of Biomechanics Abstract Children with pathological movement patterns like crouch gait present with excessive knee and hip flexion during stance phase due to multiple factors. A good treatment requires that the primary factor is reduced or eliminated to optimise the relationship between muscle energy expenditure and

Individual muscle force-energy rate is altered during crouch gait: a neuro-musculoskeletal evaluation Read More »

A Regularized Functional Method to Determine the Hip Joint Center of Rotation in Subjects with Limited Range of Motion

Emiliano Pablo Ravera, Victoria Peterson Journal of Biomechanics Abstract The symmetrical center of rotation estimation (SCoRE) is probably one of the most used functional method for estimating the hip join center (HJC). However, it requires of complex multi-plane movements to find accurate estimations of HJC. Thus, using SCoRE for people with limited hip range of motion will

A Regularized Functional Method to Determine the Hip Joint Center of Rotation in Subjects with Limited Range of Motion Read More »

Evaluation of the offline classification error of human locomotion modes using virtual force-sensing resistor data

C. M. Lara-Barrios; P. Catalfamo Formento; E. Muñoz Larrosa; A. Blanco-Ortega IEEE Xplore Abstract Active lower limb assistive devices are intended to contribute to human movement activities such as locomotion.While some devices are capableto function among a variety of terrains (i.e. level surfaces, inclines, or stairs), wideinstrumentation sets (combining mechanical and bio-signal data) have been usually

Evaluation of the offline classification error of human locomotion modes using virtual force-sensing resistor data Read More »

Minimum toe clearance and tripping probability in people with unilateral transtibial amputation walking on ramps with different prosthetic designs

Mauricio Riveras; Emiliano Ravera; David Ewins; Aliah F. Shaheen; Paola Catalfamo Formento Gait and Posture Abstract Background: Minimum Toe Clearance (MTC) is defined as the minimum vertical distance between the lowestpoint under the front part of the foot and the ground, during mid-swing. Low values of MTC and walking oninclines are both related to higher

Minimum toe clearance and tripping probability in people with unilateral transtibial amputation walking on ramps with different prosthetic designs Read More »

Spatio temporal parameters and symmetry in subjects ascending and descending a ramp, using three different prosthetic feet

M. Riveras; E. Ravera; A. F. Shaheen; D. Ewins; P. Catalfamo Formento Journal of Mechanical Science and Technology Abstract This study aimed at evaluating spatiotemporal parameters (STP) and symmetry index (SI), commonly used for evaluating amputee gait for routine clinical use, in individuals with unilateral transtibial amputations wearing energy storage and return (ESAR) feet with

Spatio temporal parameters and symmetry in subjects ascending and descending a ramp, using three different prosthetic feet Read More »

Herramientas de Análisis del Movimiento Humano para su Aplicación Clínica

Paola Catalfamo; Claudia Bonell; Julio Aldonate; Analía Cherniz; Emiliano Ravera; Carla de Grucci; Agostina Bertot. Ciencia, Docencia y Tecnología Publicado: 2019 Resumen El análisis sistemático y cuantitativo del movimiento en pacientes con patologías motrices provee parámetros objetivos que resultan de gran utilidad para el diagnóstico, elección del tratamiento, evaluación y seguimiento de la evolución de los

Herramientas de Análisis del Movimiento Humano para su Aplicación Clínica Read More »

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