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(Спасибо MElene с форума neuroscience.ru за новость)
Neuronal circuits can now be seen in a multicolour 'brainbow'.
Nature webfocus: Circuits and innate behaviour
"The method - described by neuroscientists at Harvard University in Cambridge, Massachusetts, in today’s Nature - allows researchers to see more clearly how individual neurons connect with each other by colouring each one from a palette of about 90 shades. In this way they will be able to build up a detailed diagram of the brain's wiring, which will help to study how it computes."
Публикация:
Jean Livet et al. Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system Nature 450, 56-63 (1 November 2007) doi:10.1038/nature06293 ("Трансгенные стратегии для осуществления комбинаторной экспрессии флуоресцентных белков в нервной системе".)
"The method - described by neuroscientists at Harvard University in Cambridge, Massachusetts, in today’s Nature - allows researchers to see more clearly how individual neurons connect with each other by colouring each one from a palette of about 90 shades. In this way they will be able to build up a detailed diagram of the brain's wiring, which will help to study how it computes."
Публикация:
Jean Livet et al. Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system Nature 450, 56-63 (1 November 2007) doi:10.1038/nature06293 ("Трансгенные стратегии для осуществления комбинаторной экспрессии флуоресцентных белков в нервной системе".)