Talk:2017 Group Project 6
|Student Projects: 1 Cerebral Cortex | 2 Kidney | 3 Heart | 4 Eye | 5 Lung | 6 Cerebellum|
|Student Page - here is the sample page I demonstrated with in the first labs.I remind all students that you have your own Group Forum on Moodle for your discussions, it is only accessible by members of your group.|
I have now added a discussion Forum for your group to Moodle. You can add your discussion here (available to everyone) or in your Moodle Group Discussion (available to only your group members).
The collapsible table below shows the assessment criteria that will be used for this group project.
About the Discussion Page
This should be considered as the "other side" of the project page. It is an area where you can:
- Assemble resources.
- Add useful links.
- Discuss your project with team members. (Please do not use student names on any page on this Wiki)
- Paste your Peer Assessments. (Added anonymously, do not identify yourself)
Project Starting Places
PubMed Searches: Cerebellum Development
BMC Dev Biol Search: Cerebellum Development
Cerebellum: links between development, developmental disorders and motor learning; 
Cellular commitment in the developing cerebellum 
(z5114433) will fix referencing stuff later #ceebsrn
Neural development is one of the earliest systems to begin and the last to be completed after birth due to its highly complex structure. The first step in neural development occurs at the end of week 3 and involves the folding of the neural tubes to form the cranial and caudal region of the embryo (https://discovery.lifemapsc.com/library/review-of-medical-embryology/chapter-26-embryonic-folding-and-flexion-of-the-embryo) . There is a high chance of neural dysfunction and defects during the fetal neural development particularly due to the long development time frame and the need of certain nutrients such as folic acid to successfully close the tubes. Neural tube defects (NTDs) such as spina bifida and anencephaly can arise if the tubes do not close effectively.
Things to remember: Coordinates muscular activities - walking, crawling, writing Embryo doesnt need the musuclar activities Prenatal - neurons develop to carry out those activities later on Postnatal - wiring up Neural tube Comes from pontine flexure - 4th ventricle -- the cerebellum develops into this space Lamination of the cerebellum
Week 7 Work
What I could add: Paramotal cells, molecular layer, what cerebellum connects to, how they are remodeled postnatally Kahals research https://discovery.lifemapsc.com/library/review-of-medical-embryology/chapter-150-the-brainstem-metencephalon-fourth-vesicle-the-cerebellum - good reference LARSONS HUMAN EMBRYOLOGY TEXTBOOK The metencephalon gives rise to the pons and the cerebellum, the adjacent rhombic lips also contribute to the development of cerebellum. The pons functions to relay signals that link both the spinal cord and cerebral cortex with the cerebellum and the cerebellum is a centre for postural and balance control. Pontine nuclei relay information from cerebrum to the cerebellum. The cerebellum is first recognized as a pair of thickened cerebellar plates or cerebellar primordia. Adjacent rhombic lips gives rise to Cerebellar granule cells Major portion of the cerebellum consists of a narrow median swelling called the vermis and this grows faster than the flocculonodular which were the primitive part of the cerebellum and therefore becomes the dominant portion of the mature cerebellum. Folding: Primary fissure deepens by end of third month and divides vermis and hemispheres into a cranial anterior lobe and caudal middle lobe. Lobes divide further into lobules due to development of transverse fissures. This fissure formation and foliation continues throughout embryonic, fetal and postnatal life and this is done to increase the surface area of the cerebellar cortex. 2 types of grey matter present: - Internal deep cerebellar nucler - External cerebellar cortex 4 deep nuclei and all output of the cerebellar cortex is relayed through these nuclei. These nuclei and cortex are produced by a process called neurogenesis and neuronal migration 1. Dentate 2. Globose 3. Emboliform 4. Fastigular
4th month – germinal layers undergo cell division and this produces populations of cerebellar neurons. • Ventricular layer – purkinje cells, golgi cells, basket cells, stellate cells • Granule cells remaining from the cerebellar cortex (these arise from external germinal layer) • External germinal layer – primitive nuclear neurons these migrate to form deep cerebellar nuclei
Hi group! I am personally interested in the development of the heart! Also, are you guys happy to exchange details after the lab tomorrow? - z5018156
Hi! Im happy to share details! And yeah heart would be interesting, but I was also thinking maybe the ear? that could be cool
Hey, yeah I was thinking the heart- I did a course on it last semester, but i also feel its quite generic and the other groups would do something similar. Shall we wait until the end of prac and find each other? Call out number 6 LMAO (z5114433)
Hey all! I'm pretty open about topics but I was leaning towards the eye? Unless that's too close to optom, (and it might be a popular subject too?) I'm fine with anything. Let's find each other after prac! -z5113034
The ear sounds good as well as the eye, theres also the lungs as well! We can just make a list and then decide as a group! - z5018156