Brain Awareness Week 2012: Difference between revisions
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==Welcome to "Brain Development"== | ==Welcome to "Brain Development"== | ||
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| <qt>file=Adult_brain_02.mov|width=320px|height= | | <qt>file=Adult_brain_02.mov|width=320px|height=3000px|controller=false|autoplay=true</qt> | ||
| '''In today's demonstration we will be looking at how the brain develops from a simple tube into the complex folded structure you will be seeing (and using) today.''' | | '''In today's demonstration we will be looking at how the brain develops from a simple tube into the complex folded structure you will be seeing (and using) today.''' | ||
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Revision as of 19:13, 8 March 2012
Welcome to "Brain Development"
| width=320px|height=3000px|controller=false|autoplay=true</qt> | In today's demonstration we will be looking at how the brain develops from a simple tube into the complex folded structure you will be seeing (and using) today. |
Movies
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| Week 3 | Week 4 - 5 | Week 5 | Week 8 | Week 13 -21 | Adult Human |
| Neural Plate | Neural Tube | Simple Tube | Central Nervous | Fetal Brain | Brain Slices |
Mouse Embryo
| <Flowplayer height="588" width="560" autoplay="true">Stage13_3dCNSlarge.flv</Flowplayer> | 3 Dimensional Reconstruction
Based upon a serial reconstruction from individual embryo slice images. (6 mm pig embryo, approximately Human day 32, Carnegie Stage 13/14 embryo) The ectoderm contributes the neural tube structures of the central nervous system. Below the animation is a more complete description of this system.
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| <Flowplayer height="415" width="400" autoplay="true">Stage22 CNS.flv</Flowplayer> | 3 Dimensional Reconstruction
Based upon a serial reconstruction from individual embryo slice images (27 mm Human embryo, Carnegie Stage 22 approximate day 56).
Colour code:
These 3d movies were part of the UNSW Medical degree Independent Learning Project (ILP) prepared by Aashish Kumar (2006).
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