Development and Regeneration of the Nervous System

The murine hox 3.3 gene - P L Coletta, S Shimeld, J P Clarke, C Chaudhuri and P T Sharpe; A possible role of hox 2 homeobox genes in instructive interactions during branchial crest development - P Hunt, D Wilkinson and R Krumlauf; Regeneration of axons in the optic nerve of adult browman-wyse (BW) mutant rat - M Berry, S Hall, L Rees and J P H Wyse; Overcoming the inability of the injured mammalian central nervous system axons to grow into their degenerating environment - M Scwartz, M Belkin, S Ben-Bassat, A Cohen, V Lavie, S Sivron and A Soloman; Polymeric matrices with functional groups for promoting tissue repair and axonal regeneration in the mammalian CNS - S Woerly; On retrograde signalling and molecular events associated with nerve damage and regeneration - G W Perry and G-S Perng; GFAP as a marker for astrocytes in normal and regenerating goldfish visual systems - S N Nona, C A Stafford, S A S Shehab and J R Cronly-Dillon; Glial/axional pattern formation in the fish optic nerve - J Scholes, A Maggs and A J Dowding; Adhesion molecules: links between genes and morphology - K L Crossin; Axonal pathfinding in the embryonic zebrafish brain - G W Wilson; Development of fibre order in the amphibian visual system - D J Gooday; The cytoskeleton and the mechanism of synaptic plasticity - E Fifkova and M Morales; Cellular memory in an invertebrate - P L Huddie, D L Alkon and D S Lester; The development and plasticity of corticocortical connections in the visual cortex - D J Price, D Caric and J M R Ferrer; Biosynthesis and expression of ependymins: potential candidates in neural plasticity and regeneration - W Hoffmann, A Konigstorfer and S Sterner; Glial cells in salamander brains before and after lesions - C Naujoks-Manteuffel.