Search for dissertations about: "upper thoracic spine"
Showing result 1 - 5 of 6 swedish dissertations containing the words upper thoracic spine.
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1. Development of a Mechanical Model for Rear Impacts: Evaluation of Volunteer Responses and Validation of the Model
Abstract : The objective of this research has been to develop a biofidelic crash-test dummy to facilitate design of seat systems with enhanced occupant protection in rear-end collisions. These frequent collisions may cause soft-tissue neck injuries to occupants in struck vehicles. READ MORE
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2. Radio Frequency Systems for NMR Imaging: Coil Development and Studies of Non-Thermal Biological Effects
Abstract : This thesis concerns both design and optimization of NMR imaging systems and studies on non-thermal biological effects of electromagnetic fields. These two research fields are linked together by the fact that humans are subject to static and pulsed magnetic fields as well as to magnetic radio frequency fields (RF) during an NMR imaging investigation. READ MORE
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3. Pain in the neck : Neck and upper limb disorders in women, the role of work related and other exposure factors
Abstract : Musculoskeletal disorders is of importance for society, both because of the suffering of the individualsand because of the high economic cost to society resulting from the impairment and from sick leave.Cervicobrachial syndrome was 1985 included in the WHO definition 'Work related musculoskeletaldiseases' (WMSDs). READ MORE
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4. Does spinal alignment influence car occupant responses? -The influence of variation in whole spinal alignment patterns on vertebral kinematics under rear impact conditions-
Abstract : The susceptibility of women to Whiplash Associated Disorders (WADs) has been the focus of numerous epidemiologic studies. Summarising the epidemiologic WAD studies, women were found to be subject to up to three times higher risk of sustaining WADs than men. READ MORE
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5. Asymmetric lateral loading of the human trunk
Abstract : The overall aim of this thesis was to characterize the biomechanics and neuromuscular control of the human trunk in response to asymmetric lateral loading. The pulling force and strength capacities as well as muscle activation patterns, trunk kinematics and postural balance in relation to lateral trunk flexion and loading were given special consideration. READ MORE