1. Purkinje and hippocampal neurons are noted for their plasticity because they show long-term changes in neural transmission following certain stimulus regimes.

2. The result show: nematolysosome presents in Purkinje cell.

3. The Purkinje cells between the molecular and granular layers of the cerebellum are also highly susceptible to anoxia.

4. Purkinje obtained an achromatic compound microscope in 1832, and began examining nervous tissue and other biological samples.

5. Conclusion NPY immunoreactive neurons are located in cerebellum Purkinje cell layer.

6. The Purkinje layer allows communication between the granular and molecular cortical layers in the cerebellum.

7. Put simply, without Purkinje cells, an animal loses its sense of space and distance, making balance and coordination difficult.

8. Purkinje neurons are large cells in the brain area called the cerebellum, which is involved in balance and motor control.

9. In 8 months, the profile of the Purkinje cell could be found, positive punctate products outlined the main dendrite of the Purkinje cell.

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10. Conclusion The damage of purkinje cells was more serious in reperfusion than in the ischemia.

11. Conclusion: The development of the Purkinje Cells is related to the developmental anomaly of the nervous system in the heart of anencephalus.

12. Purkinje is, however, most famous for discovering the cerebellar cells which bear his name.

13. Aim: To explore the evolving process of Purkinje fiber, Purkinje fiber-cardiac muscular bundle junction, and their evolving relation.

14. Purkinje studied medicine and philosophy at the University of Prague, graduating in 1819.

15. Result: The study shows that the quantities of the Purkinje Cell in the heart of anencephalus are less than those in the heart of normal foetus.

16. Objective To find out a better culture medium for cultivating mouse cerebellar Purkinje cells.

17. There is this specially adapted system of muscle and nerve tissue in the heart—the sinoatrial (SA) node, the atrioventricular node, and the Purkinje fibers—which sets the rhythm of the heart.

18. The effect of 3, 6-dimethylamino-dibenzopyriodonium edetae(IHC-72) on the slow calcium channel of isolated rabbit purkinje fibers was studied with two microelectrode voltage clamp technique.

19. In the left ventricular band, transmembrane potentials of the ventricular myocardial, purkinje and transitional fiber were recorded.

20. The AVN composed of four types cells, P cell, T cell, Purkinje cell and normal cardiac working cell.

21. Conclusion: It is effective and safe to ablate IVT from His - Purkinje system during sinus rhythm.

22. Purkinje made many important discoveries, including the germinal vesicles, sweat glands in the epidermis, and the fibres in the heart which conduct electrical impulses (now known as Purkinje fibres).

23. Experimental data showed that the APD were not the same on different portions of Purkinje fibers, being the longest on distal part (gate).

24. Verifying the diagnosis in a laboratory setting is only possible by examining the brain postmortem to determine if there has been a loss of Purkinje cells.

25. This neuronal pathway is referred to as the cerebellum to Purkinje cell climbing fiber pathway and it is implicated in the coordination of movements.

26. By means of stereology the authors have observed the development of the purkinje cells of cerebellar cortex in 35 fetuses of different ages.