ANAT2341 Lab 10 - Online Assessment 2015: Difference between revisions

Revision as of 13:20, 17 October 2015

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Individual Assessment

Place your work on this page under a sub-sub-heading of your ROI.
Add your own sub-sub-heading below any existing student ROI.

About this Assessment

A demonstration of this assessment will be given in the practical class. Below in the collapsible table are examples of links from a virtual slide. There is also a permalink help page.

Virtual Slide Features - Stage 22 Liver
	Virtual Slide - Stage 22 Liver and Ductus Venosus All Virtual Slides The links shown in the table below are to specific features shown on the Human embryo (stage 22) Liver and Ductus Venosus virtual slide. See also notes on Liver Development Clicking the text will open the slide at a detailed view with the structure generally located in the centre of the view. The slide then can also be zoomed out from the set magnification using the controls in the upper left or the mouse. Use your browser back button to return to this table.			You can also make your own selected feature view. Set the virtual slide to the region and zoom of interest. Click the Permalink (lower righthand corner). Then bookmark in your browser, or copy the web address. See also Permalink help
Cardiovascular ductus venosus dorsal aorta inferior vena cava	Liver ductus venosus hepatocytes sinusoids	Endocrine R adrenal (fetal cortex) L adrenal (fetal cortex)	Musculoskeletal vertebral body (cartilage) rib (cartilage) body wall (sk. muscle)	Neural spinal cord dorsal root ganglia	Gastrointestinal stomach (pylorus)

Using the Human Embryo Carnegie Stage 22 virtual slides shown below:

Using the "mobile view" Identify a sensory region of interest (ROI) in one of the virtual slides below.
View at a high magnification (detailed view) the region of interest.
Generate a permalink to the ROI.
Paste the link on your own page and write a brief description of what the linked region is showing.
Add a link to the embryology page and sub-heading that relates to your identified feature.
Paste all the content (text and links) you have just generated on this page under a sub-heading named after your ROI.

Stage 22 - Eye and Nose

‎‎Mobile | Desktop | Original

Stage 22 | Embryo Slides

Stage 22 - Eye

‎‎Mobile | Desktop | Original

Stage 22 | Embryo Slides

Stage 22 - Oral Cavity and Inner Ear

‎‎Mobile | Desktop | Original

Stage 22 | Embryo Slides

Stage 22 - Larynx and Medulla

‎‎Mobile | Original

Stage 22 | Embryo Slides

Student ROIs

This is a sub-sub-heading

Cochlear Duct

link to permalink image:| Cochlear Duct

The cochlear duct is an fluid filled cavity inside the cochlea. It located between the tympanic duct and the vestibular duct, and between the basilr membrane and reissner's memebrane. It derived from otic placode, otic vesicle, and originated from surface ectoderm.

embryology link Sensory - Hearing and Balance Development --Inner Ear

Semicircular Canal

link to permalink image:| Semicircular Canal

The semicircular canals are part of the inner ear.They are lined with cilia and filled with endolymph which is a liquid substance. Every time the head moves, the endolymph moves the cilia and this movements of the cilia are communicated to the brain. As a result, the brain knows how to keep the body balanced, regardless of the posture.

embryology link [Semicircular Canal-http://www.ncbi.nlm.nih.gov/pubmedhealth/PMHT0024846/] -- Inner Ear

Lens of the Eye

Link to permalink image: Anterior portion of the Lens of the embryonic eye

The lens of the eye is derived from surface ectoderm. Said ectoderm forms a lens/optic placode in the head region which then invaginates to form a lens pit and then later a lens vessel. Lens fibres then develop and are surrounded by a lens capsule. The main function of the lens is to focus light onto the retina.

Embryology link Vision - Lens Development --Development Overview

Revision as of 13:19, 17 October 2015 (view source) Z3415911 (talk \| contribs) (→‎Student ROIs) ← Older edit		Revision as of 13:20, 17 October 2015 (view source) Z3415911 (talk \| contribs) (→‎Student ROIs) Newer edit →
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	The lens of the eye is derived from surface ectoderm. Said ectoderm forms a lens/optic placode in the head region which then invaginates to form a lens pit and then later a lens vessel. Lens fibres then develop and are surrounded by a lens capsule. The main function of the lens is to focus light onto the retina.		The lens of the eye is derived from surface ectoderm. Said ectoderm forms a lens/optic placode in the head region which then invaginates to form a lens pit and then later a lens vessel. Lens fibres then develop and are surrounded by a lens capsule. The main function of the lens is to focus light onto the retina.

	'''Embryology link''' [[Vision- Lens Development]] --Development Overview		'''Embryology link''' [[Vision - Lens Development]] --Development Overview