1. Introduction

   • Chris H. Polman
   • Xavier Montalban

   INTRODUCTION Open access Pages: I1 - I2

2. New insights into the pathology of multiple sclerosis: towards a unified concept?

   • Wolfgang Brück

   OriginalPaper Pages: I3 - I9

3. Regulatory mechanisms of the immune system in multiple sclerosis. T regulatory cells: turned on to turn off

   • Lloyd H. Kasper
   • Azizul Haque
   • Sakhina Haque

   OriginalPaper Pages: I10 - I14

4. Lessons from oligodendrocyte biology on promoting repair in multiple sclerosis

   • Joana Câmara
   • Charles ffrench-Constant

   OriginalPaper Pages: I15 - I22

5. Rationale for the use of neural stem/precursor cells in immunemediated demyelinating disorders

   • Stefano Pluchino
   • Lucia Zanotti
   • Gianvito Martino

   OriginalPaper Pages: I23 - I28

6. Strategies for axonal repair in central nervous system diseases

   • Martin Kerschensteiner

   OriginalPaper Pages: I29 - I32

7. Is there a role for neurotrophins in the pathology of multiple sclerosis?

   • Ralf Linker
   • De-Hyung Lee
   • Ralf Gold

   OriginalPaper Pages: I33 - I40

8. Does glatiramer acetate induce neurogenesis in experimental autoimmune encephalomyelitis?

   • Ruth Arnon

   OriginalPaper Pages: I41 - I46

9. Does inflammation stimulate remyelination?

   • Reinhard Hohlfeld

   OriginalPaper Pages: I47 - I54

10. Magnetic resonance imaging techniques to define and monitor tissue damage and repair in multiple sclerosis

    • Massimo Filippi
    • Maria A. Rocca

    OriginalPaper Pages: I55 - I62