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Scottish Research
Multiple Sclerosis Society Scotland is committed to funding high quality research, chiefly in partnership with Scottish universities. We are currently supporting the projects which you can read more about below.
1. Understanding cell damage and myelin repair in MS 2. Identification of molecules involved in reduced remyelination 3. Investigating autoimmune responses in lesion development in MS 4. Investigating how the immune system controls lesion development and repair 5. Tracking the immune cells active in MS 6. The mechanisms and markers of axonal damage in myelin abnormalities 7. Establishing a Scottish Register of people with MS 8. MS Society – Edinburgh University Centre for Translational Research 9. Exploring how autoimmune reactions damage nerve fibres in MS 10. Investigating whether autoantibodies might be used to develop a test which could assist in the diagnosis of MS and in identifying ‘active’ periods of MS 11. The influence of the perinatal environment on vulnerability to CNS autoimmune disease 12. Examination of the dual influence of astrocytes on myelination in vitro
13. A preliminary study to investigate the effect of stretching and positioning the lower limb
14. The functional significance of autoimmune responses to transient axonal glycoprotein-1 in the pathogenesis of cortical lesions
15. The development of an in vitro assay to test the consequences of the acute ablation of myelin proteins on axonal integrity
16. Role of CD46 in the regulation of T cell activation and its implication in MS
17. Genetics of Multiple Sclerosis in the Northern Isles of Scotland
18. Pain in MS: The pain experience of people with MS and an evaluation of the effect of TENS on neuropathic pain in pwMS
19. The effects of functional electrical stimulation (FES) on walking performance, fatigue, activity of daily living (ADL) and quality of life in people with MS
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For more information:
Mark Hazelwood
MS Society Scotland Ratho Park 88 Glasgow Road Ratho Station Newbridge
EH28 8PP
Tel: 0131 335 4050
Fax: 0131 335 4051
email
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