Cell patterning.

  • Symposium on Cell Patterning (1974 : London, England)
Date:
1975
Catalogue details

Licence: Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0)

Credit: Cell patterning. Source: Wellcome Collection.

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    ommatidia in 273 optic projection patterns 270 patterns in 266 permanent reference axes 134 regeneration 284 temporal sequences 286 retinal axes 134 localization of trigger for specification 146 mechanismsof realignment 135 replacement in unspecified state 136 reprogramming 153 stability 135 retinal field integrity of 139 reprogramming in 141 stability of specified state in 139 retinal margin integration of ganglion cells into 145 retinal neurons blocking of cytodiffer- entiations 147 retinotectal maps 132, 321, 323, 334 double ventral 156, 158 extent of 157 generation 135 infused fragment eyes 143 144, 158 in three-eyed frog 142 orientation of 133, 134, 135, 151, 154 reprogramming 156 retinotectal patterns developmental program ming of 131-139 retinotectal specificity adhesion between surfaces 317, 328, 337 gradient model 329, 330, 337 mechanisms 336 molecular approach 315- 341 position-dependent pro perties 334 serial order 333 target theory 335 retinula axon bundles 275 cell connections 265 growth of terminals 280 positioning in 274 projection of axons 277 Rhodnius compartments in 7, 8, 17, 22 tracheolar branching pattern in 9 Rhyacophilia sensory innervation 10 RNA 261 rRNA cytoplasmic factors affect- int 231 rRNA synthesis inhibition of 232 rodents blastomeres 185 chimaeras 183 early development 184 trophoblasts 185, 196 salamander limbs nerve supply 292, 293 scales 52 sensillae 10 sensory innervation of com- partmental boundary 10 sex chromosome inactivation 198 shape and growth changes 95, 96 skin 52 feather-forming capacity of, 53 Smittia 248,249,251,242,254,259 specification 287 specificity antigen/antibody 334 chemical 291 in retina 287 retinotectal see retinotectal specificity Sperry’s theory 319 spinal nerves patterns of 302 spinal pteryla 54, 63, 64, 65, 69 Stentor 26, 41, 46 structural patterns inheritance of 40 superinnervation assay 158 Sympetrum 268 synaptogenesis 297, 300, 301, 306, 315, 335 synchrony 210 , 211 T-system in mice 260 T4 virus 40 tectum see also retinotectal cell adhesion in 317, 319, 328, 337 degeneration 335 nerve fibres reaching 338 optic axons on 329 tectum/tectum experiments 327 temperature sensitive mu tants 234, 285 terminology 123, 128 Tetrahymena 26 ciliary rows in 28, 32, 36 topography and topology in nervous system 289-313, 325 tracheoles branching pattern 9 transdetermination 215 control circuits for 201, 205