The aim of this research was to elaborate the investigation methodology for monitoring the rehabilitation progress of patients with dysfunctional lower limbs. The rehabilitation progress was evaluated on the basis of comparative analysis between kinematic and dynamic parameters measured during individual stages of rehabilitation and standard data. Measurements of ground reaction components and kinematic parameters during gait as well as identification of muscle forces acting on the lower limb were carried out. Muscle forces were identified on the basis of static optimization with the help of our own computer program. Experimental and modelling investigations were performed in GCR Repty with healthy people and with patients after total hip o...
The musculoskeletal model plays an important role in the investigation of human lower limb diseases....
To design and test hip joint prosthesis it is essential to know the magnitude and character of force...
Combined knowledge of the functional kinematics and kinetics of the human body is critical for under...
The goal of this research work was to introduce the whole process of developing and validating a 3D ...
The aim of the present thesis was to investigate the influence of lower-limb joint models on musculo...
The aim of the research: to evaluate the changes of gait indexes, muscle strength of lower limbs, ra...
The aim of this work was to determine the effect of a hip joint replacement on human locomotion-supp...
Gait analysis has its role in rehabilitation medicine, orthopaedics, kinesiology, sports science, an...
In this paper, the forces and its moments acting on hip, knee & ankle joints of the body have be...
The ability to walk can be severely compromised by a lower-limb amputation, which can have long-reac...
The human body has more muscles than Degrees of Freedom (DoF), and that leads to indeterminacy in th...
According to medical research,1 exertion of a certain level of loading to injured lower limbs is con...
Computational methods to estimate muscle forces during walking are becoming more common in biomechan...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
Functional recovery after Total Hip Replacement (THR) is often slow and it is not clear if joint pow...
The musculoskeletal model plays an important role in the investigation of human lower limb diseases....
To design and test hip joint prosthesis it is essential to know the magnitude and character of force...
Combined knowledge of the functional kinematics and kinetics of the human body is critical for under...
The goal of this research work was to introduce the whole process of developing and validating a 3D ...
The aim of the present thesis was to investigate the influence of lower-limb joint models on musculo...
The aim of the research: to evaluate the changes of gait indexes, muscle strength of lower limbs, ra...
The aim of this work was to determine the effect of a hip joint replacement on human locomotion-supp...
Gait analysis has its role in rehabilitation medicine, orthopaedics, kinesiology, sports science, an...
In this paper, the forces and its moments acting on hip, knee & ankle joints of the body have be...
The ability to walk can be severely compromised by a lower-limb amputation, which can have long-reac...
The human body has more muscles than Degrees of Freedom (DoF), and that leads to indeterminacy in th...
According to medical research,1 exertion of a certain level of loading to injured lower limbs is con...
Computational methods to estimate muscle forces during walking are becoming more common in biomechan...
Knowledge of the musculoskeletal loading is essential for the design of orthopaedic implants and sur...
Functional recovery after Total Hip Replacement (THR) is often slow and it is not clear if joint pow...
The musculoskeletal model plays an important role in the investigation of human lower limb diseases....
To design and test hip joint prosthesis it is essential to know the magnitude and character of force...
Combined knowledge of the functional kinematics and kinetics of the human body is critical for under...