Current literature reveals that quantification of rigidity and spasticity is a necessary part of medical research and evaluation. An overview of quantitative technique used in the assessment of passive resistance to motion is presented herein, as well as a more detailed inspection of one device currently being used at Milwaukee County General Hospital. To facilitate the discussion, quantitative technique is grouped into the categories of electromyography; subjective measurement: and force, displacement, energy quantification. I sincerely hope that this review will provide valid insight into current methods of evaluation and thereby suggest means of improvement in this challenging field
Purpose: To review and characterise biomechanical approaches for the measurement of spasticity as on...
Background and Rationale: Spasticity is a motor disorder characterized by a velocity-dependent incre...
This work presents a wearable device and the algorithms for quantitative modelling of joint spastici...
Spasticity is a neurological disorder which results in disordered sensorimotor control owing to an u...
AimThe first aim of this study was to systematically review and critically assess manually controlle...
Aim: The first aim of this study was to systematically review and critically assess manually control...
AIM: The first aim of this study was to systematically review and critically assess manually control...
Purpose: To discuss the measurement of spasticity in the clinical and research environments, make re...
Objective: To develop a method for assessment of spasticity, in which the whole range of motion (ROM...
Objective: To develop a method for assessment of spastic- ity, in which the whole range of motion (R...
Spasticity is a debilitating neuro-muscular disorder which is characterized by involuntary muscle mo...
The objective of this thesis project was to develop a device to quantitatively measure the degree of...
Spasticity is a velocity-dependent phenomenon; the quicker the limb is moved the more resistance is ...
Cerebral Palsy is a condition characterized by paralysis, weakness, incoordination, or any other abe...
Spasticity and rigidity are two common types of abnormal muscle behavior seen among patients with ne...
Purpose: To review and characterise biomechanical approaches for the measurement of spasticity as on...
Background and Rationale: Spasticity is a motor disorder characterized by a velocity-dependent incre...
This work presents a wearable device and the algorithms for quantitative modelling of joint spastici...
Spasticity is a neurological disorder which results in disordered sensorimotor control owing to an u...
AimThe first aim of this study was to systematically review and critically assess manually controlle...
Aim: The first aim of this study was to systematically review and critically assess manually control...
AIM: The first aim of this study was to systematically review and critically assess manually control...
Purpose: To discuss the measurement of spasticity in the clinical and research environments, make re...
Objective: To develop a method for assessment of spasticity, in which the whole range of motion (ROM...
Objective: To develop a method for assessment of spastic- ity, in which the whole range of motion (R...
Spasticity is a debilitating neuro-muscular disorder which is characterized by involuntary muscle mo...
The objective of this thesis project was to develop a device to quantitatively measure the degree of...
Spasticity is a velocity-dependent phenomenon; the quicker the limb is moved the more resistance is ...
Cerebral Palsy is a condition characterized by paralysis, weakness, incoordination, or any other abe...
Spasticity and rigidity are two common types of abnormal muscle behavior seen among patients with ne...
Purpose: To review and characterise biomechanical approaches for the measurement of spasticity as on...
Background and Rationale: Spasticity is a motor disorder characterized by a velocity-dependent incre...
This work presents a wearable device and the algorithms for quantitative modelling of joint spastici...