1.

The influence of boot stiffness on gait kinematics and kinetics during stance phase

In the paper the influence of boot stiffness on the functional range of motion in ankle joint and consequently on ankle's push-off power is presented. The push-off power is important for energy efficient gait and out rules the need for compensation mechanisms and joint torques that may have negative impact or even injure the joint structure.

COBISS.SI-ID: 744809

2.

Directionally specific objective postural response assessment tool for treatment evaluation in stroke patients

The paper published in excellent journal for rehabilitation engineering demonstrated the novel approach in objective diagnostics of postural responses and their evaluation.

COBISS.SI-ID: 889961

3.

Dynamometer based virtual reality training to enhance selective motor control in cerebral palsy child

The paper demonstrates the positive aspects of tasks in virtual environments in combination with position controlled dynamometer resulting in selective motor control improvement that is of great importance for cerebral palsy children.

COBISS.SI-ID: 000000

4.

CNS reorganization during sensory-supported treadmill training

In chapter that is also related to former research projects we demonstrated that repeatable and targeted action in neurophysiologically impaired persons may improve selective motor control.

COBISS.SI-ID: 703337

5.

Integration of virtual reality based task into controlled dynamometry to enhance motor rehabilitation

We have developed and tested several tasks in virtual reality in order to motivate the individuals to complete the task and focus on selected goal. Simultaneously the position controlled dynamometer (in this case acting as a robot) performs the desired movement that was assessed and evaluated in computer gait analysis.

COBISS.SI-ID: 853097