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RNA POLYMERASE ACTIVITY IN VARIOUS CLASSES OF NUCLEI FROM DIFFERENT REGIONS OF RAT BRAIN DURING POSTNATAL DEVELOPMENT
109
Citations
11
References
1975
Year
Brain DevelopmentGeneticsBrain ScienceWet WeightCellular NeurobiologySocial SciencesEmbryologyCell NucleiHuman Brain DevelopmentNeurogenesisNeurochemistryRna ProcessingMolecular NeuroscienceBrain StructureNervous SystemGene ExpressionFetal NeurodevelopmentSensorimotor DevelopmentRna Polymerase ActivityDevelopmental BiologyNeurophysiologyNeuroanatomyPhysiologyNeuroscienceCentral Nervous SystemMedicine
Abstract —The changes in the wet weight and the numbers of cell nuclei recovered from the cerebral hemispheres, the cerebellum and the brain stem of rats from the period of 5–30 days after birth have been determined. In parallel a study has been made of the RNA polymerase activity, both in the unfractionated nuclei from these regions and in the nuclei separated by zonal centrifugation. In general there is a considerable decline in activity during this period, which occurs in all class of nuclei although not to the same extent. The most dense nuclei from the cerebellum retain relatively high activity at 20 days after birth, possibly due to the contribution of the microneuronal nuclei.
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