Abstract
The template activity of nuclear chromatin of pyramids and stellate neurons of rat sensorimotor cortex during postnatal differentiation is studied in intact brains and after transplantation. In none of the examined periods after homotopic transplantation does the mean level of template activity of the extranucleolar chromatin in different populations of neurons reach the maximum level observed in normal cells. By contrast, at almost at all times after heterotopic transplantation the mean level of transcription is significantly higher than in the control.
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