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14 Jun 2014: #"$&%'( )% %-,. 0/21&3451768:9<;=176>@?BADC E7FHGIKJMLON&PRQBS&S G. T? HU QVMWHXHYZV[Q FH. ] _Rbaca de f gaegheeijehk'lmg#n opk5qelri. Acknowledgements. Thanks to all who have helped me to get this far. First, I would like to thank both of my

14 Jun 2014: Episodes of activity were digitized (MetaMorph) to measure the aver-age fluorescence over time in many cells, typically 150 –200 per retina(Sernagor et al., 2000). ... They were incu-bated overnight at 4C in 1:200 diluted rabbit polyclonal

14 Jun 2014: PII: S1350-9462(00)00024-0. Development of Retinal Ganglion Cell Structure and Function. Evelyne Sernagor, Stephen J. Eglen and Rachel O. L. WongDepartment of Neurobiology, Medical School, University of Newcastle upon Tyne, Framlington

14 Jun 2014: Since half of everyretinal cell type is blue in these X-inactivation mosaicmice, 200 DA cells will be blue. ... 1f). e: Central 200 m froman autocorrelogram derived from the spatial distribution of DA cellsfrom one entire retina (left).

14 Jun 2014: 13571, andHs. 157779, respectively). This RNA begins just 200 bp 3 tothe last known exon of the AChE gene (Wilson et al., 2001), sowe have given its locus the working name ... tier of 25 genes, validated 10 novel RNAs enriched in syn-aptic areas, and

14 Jun 2014: 50 200. 300 400. Figure3: Examplefinal networks usingdiffer-ent numbersof cells. Only the cell position isplottedfor clarity. ... Journal of Theoretical Biology,167:27–43,1994. [3] H. WässleandH. J. Riemann.Themosaicof nerve cells in the

14 Jun 2014: Scale bar at top is 200 lm. On- and off-center parasol cell mosaics 291. ... to which receptive field centerpositions are correlated to be only about 200–350 lm.

14 Jun 2014: to its firing rate. Inter-electrode spacing is 100 mm on left and 200 mm on right. ... multi-electrode arrays that consisted of 60 close-spaced. (100–200 mm separation) electrodes, similar to Fig.

14 Jun 2014: 200. 0 100|. 0 20 40 60 80 100. 0. 20.

14 Jun 2014: 1. Neighboring presynaptic neurons fire in synchrony. Twoneighboring retinal neurons [e.g., within 50 – 200 µm ofeach other; see Fig. ... 3(c)] are likely to fire together andthus be more correlated than two retinal neurons that arefurther apart (more