Sökning: "fall injury"
Visar resultat 16 - 20 av 88 avhandlingar innehållade orden fall injury.
16. Cell activation and nerve regeneration following peripheral nerve injury
Sammanfattning : The effect of short time vibration exposure and tourniquet compression on nerve regeneration in rats was studied with special reference to cell activation. One of the hindlimbs was conditioned by either vibration exposure (5 hours / day - 5 consecutive days) or compression (150-300 mmHg for 30-120 minutes), which was followed by a recovery period of 0-7 days. LÄS MER
17. Dangers in sport parachuting
Sammanfattning : Background Sport parachuting is a dangerous recreational activity for which available literature appears unsatisfactory to form a basis for injury prevention. Aim Overall: Explore some risk factors in sport parachuting. Study I: Identify fatal incident and injury mechanisms for skydiving (sport parachuting from aircraft). LÄS MER
18. Vibration-induced muscle injury in the hand - experimental and clinical studies
Sammanfattning : Exposure to vibration is known to cause vasospastic white fingers and/or sensorineural symtoms such as numbness and tingling in fingers and/or musculoskeletal disorders such as reduction in muscle force, fatigue and reduced endurance. Classifications for the vasospastic and sensorineural symptoms are established. LÄS MER
19. Falls in older community-dwelling women and men : risk factors and safety strategies. Fall risk awareness, fear of falling, and preferred exercise properties from a gender perspective
Sammanfattning : Background Falls are the leading cause for non-fatal injuries in older community-dwelling people. Compared to men, women fall more often, experience more fall-related injuries, and report fear of falling (FoF) more often. Falls may be prevented with specific exercises, but adherence is often low in long-term. LÄS MER
20. Severe Head Injury. Evaluation of Acute Treatment and Rehabilitation
Sammanfattning : Mortality after severe head injury can be considerably reduce with a therapy using physiological principles for brain volume regulation and preserved microcirculation, with the main purpose of restricting the rise in ICP to reasonable levels simultaneously with preservation of adequate blood supply. This study shows that the ?Lund Concept? can reduce mortality in patients with severe traumatic brain lesions from 47% to 8%. LÄS MER