Manual of Human Embryology II - Figures: Difference between revisions
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==XIV. The Development of the Nervous System== | ==XIV. The Development of the Nervous System== | ||
===I. Histogenesis of Nervous Tissue=== | |||
[[Book_-_Manual_of_Human_Embryology_14-1|I. Histogenesis of Nervous Tissue]] | |||
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Keibel_Mall_2_001.jpg|Fig. 1. Three early stages in the development of the wall of the neural tube, | |||
Keibel_Mall_2_009.jpg|Fig. 2. Wall of the neurfl tube in a human embryo about two weeks old, showing its syncytial character. | |||
Keibel_Mall_2_009.jpg|Fig. 3. Diagram showing the differentiation of the cells of the wall of the neural tube | |||
Keibel_Mall_2_009.jpg|Fig. 4. Development of neuroglia framework. | |||
Keibel_Mall_2_009.jpg|Fig. 5. Combined drawings, after Golgi and Benda methods, of the spinal cord of fetal pig, 20 cm. long | |||
Keibel_Mall_2_009.jpg|Fig. 6. Section of spinal cord of suckling pig of two weeks | |||
Keibel_Mall_2_009.jpg|Fig. 7. Neuroglia fibres in adult human spinal cord, showing their relation to 'the protoplasm of the neuroglia cell and its processes. | |||
Keibel_Mall_2_009.jpg|Fig. 8. Diagram showing distribution of neuroblasts in human embryo of four weeks. | |||
Keibel_Mall_2_009.jpg|Fig. 9. Cluster of neuroblasts from nucleus of origin of n. oculomotorius, showing characteristic shape and grouping of cells. | |||
Keibel_Mall_2_010.jpg|Fig. 10. Section through floor of mid-brain of human embryo one month old. | |||
Keibel_Mall_2_019.jpg|Fig. 11. Isolated ganglion-cells, from embryonic spinal cord of frog, and growing in clotted lymph. | |||
Keibel_Mall_2_019.jpg|Fig. 12. Three views, taken at intervals of Ik and 8i hours, of the same living nerve-fibres growing from a mass of spinal-cord tissue (frog embryo) out into clotted lymph. | |||
Keibel_Mall_2_019.jpg|Fig. 13. Transverse .sections through dorsal region of human embryos showing three stages in the development of the ganglion crest and the anlage of the spinal ganglia. | |||
Keibel_Mall_2_019.jpg|Fig. 14. Section through spinal ganglion of human embryo 18 mm. long, about 6 weeks old . | |||
Keibel_Mall_2_019.jpg|Fig. 15. Section through cervical spinal ganglion of human fetus 8.5 cm. long, about 3 months old, showing large ganglion-cells with eccentric nuclei. | |||
Keibel_Mall_2_019.jpg|Fig. 16. Section through sixth cervical ganglion of human fetus 10.5 cm. long, about 4 months old. | |||
Keibel_Mall_2_019.jpg|Fig. 17. Isolated cells teased from spinal ganglia of embryo pigs 20-40 mm. long, showing the variation in the form of the early ganglion-cells | |||
Keibel_Mall_2_019.jpg|Fig. 18. Teased preparations from spinal ganglia of pig, showing development of sheath and capsule cells. | |||
Keibel_Mall_2_019.jpg|Fig. 19. Isolated fibres showing development of medullary sheath. | |||
Keibel_Mall_2_021.jpg|Fig. 20. Isolated fibres of the sciatic nerve of sheep fetus 15 cm. long, treated with osmic acid and showing development of the nerve-sheath. | |||
Keibel_Mall_2_021.jpg|Fig. 21. Section through hind-brain of new-born child, showing myelinization of fifth, sixth, seventh, and eighth cranial nerves and associated fibre tracts | |||
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Keibel_Mall_2_030.jpg|Fig. 30. Profile views of the brains of human embryos as seen during the third (A), fourth (B), and eighth (C) weeks | Keibel_Mall_2_030.jpg|Fig. 30. Profile views of the brains of human embryos as seen during the third (A), fourth (B), and eighth (C) weeks | ||
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Keibel_Mall_2_032.jpg| | |||
Keibel_Mall_2_033.jpg| | |||
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Keibel_Mall_2_036.jpg| | |||
Keibel_Mall_2_037.jpg| | |||
Keibel_Mall_2_038.jpg| | |||
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Revision as of 11:44, 24 January 2014
Figures
XIV. The Development of the Nervous System
I. Histogenesis of Nervous Tissue
I. Histogenesis of Nervous Tissue
- Keibel Mall 2 009.jpg
Fig. 2. Wall of the neurfl tube in a human embryo about two weeks old, showing its syncytial character.
- Keibel Mall 2 009.jpg
Fig. 3. Diagram showing the differentiation of the cells of the wall of the neural tube
- Keibel Mall 2 009.jpg
Fig. 4. Development of neuroglia framework.
- Keibel Mall 2 009.jpg
Fig. 5. Combined drawings, after Golgi and Benda methods, of the spinal cord of fetal pig, 20 cm. long
- Keibel Mall 2 009.jpg
Fig. 6. Section of spinal cord of suckling pig of two weeks
- Keibel Mall 2 009.jpg
Fig. 7. Neuroglia fibres in adult human spinal cord, showing their relation to 'the protoplasm of the neuroglia cell and its processes.
- Keibel Mall 2 009.jpg
Fig. 8. Diagram showing distribution of neuroblasts in human embryo of four weeks.
- Keibel Mall 2 009.jpg
Fig. 9. Cluster of neuroblasts from nucleus of origin of n. oculomotorius, showing characteristic shape and grouping of cells.
- Keibel Mall 2 010.jpg
Fig. 10. Section through floor of mid-brain of human embryo one month old.
- Keibel Mall 2 019.jpg
Fig. 11. Isolated ganglion-cells, from embryonic spinal cord of frog, and growing in clotted lymph.
- Keibel Mall 2 019.jpg
Fig. 12. Three views, taken at intervals of Ik and 8i hours, of the same living nerve-fibres growing from a mass of spinal-cord tissue (frog embryo) out into clotted lymph.
- Keibel Mall 2 019.jpg
Fig. 13. Transverse .sections through dorsal region of human embryos showing three stages in the development of the ganglion crest and the anlage of the spinal ganglia.
- Keibel Mall 2 019.jpg
Fig. 14. Section through spinal ganglion of human embryo 18 mm. long, about 6 weeks old .
- Keibel Mall 2 019.jpg
Fig. 15. Section through cervical spinal ganglion of human fetus 8.5 cm. long, about 3 months old, showing large ganglion-cells with eccentric nuclei.
- Keibel Mall 2 019.jpg
Fig. 16. Section through sixth cervical ganglion of human fetus 10.5 cm. long, about 4 months old.
- Keibel Mall 2 019.jpg
Fig. 17. Isolated cells teased from spinal ganglia of embryo pigs 20-40 mm. long, showing the variation in the form of the early ganglion-cells
- Keibel Mall 2 019.jpg
Fig. 18. Teased preparations from spinal ganglia of pig, showing development of sheath and capsule cells.
- Keibel Mall 2 019.jpg
Fig. 19. Isolated fibres showing development of medullary sheath.
- Keibel Mall 2 021.jpg
Fig. 20. Isolated fibres of the sciatic nerve of sheep fetus 15 cm. long, treated with osmic acid and showing development of the nerve-sheath.
- Keibel Mall 2 021.jpg
Fig. 21. Section through hind-brain of new-born child, showing myelinization of fifth, sixth, seventh, and eighth cranial nerves and associated fibre tracts
- Keibel Mall 2 031.jpg
- Keibel Mall 2 033.jpg
- Keibel Mall 2 034.jpg
- Keibel Mall 2 035.jpg
- Keibel Mall 2 036.jpg
- Keibel Mall 2 037.jpg
- Keibel Mall 2 038.jpg
- Keibel Mall 2 039.jpg
- Keibel Mall 2 040.jpg
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Cite this page: Hill, M.A. (2024, June 1) Embryology Manual of Human Embryology II - Figures. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Manual_of_Human_Embryology_II_-_Figures
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