UNSW Embryology
ANAT2341 Embryology: Early and Systemic Development (Science)
© Dr Mark Hill (2005)
Introduction
This page is a link to undergraduate ANAT2341 Embryology class notes at UNSW. These notes include links to lecture slides and audio content.
These materials are for educational use only by currently enrolled students.
Page Links
About Content | Introduction | Copyright Notice |
Lecture Pages | Lecture Slide View |
Lecture Slide Print | Lecture Audio | Earlier Lecture Pages | UNSW Embryology Notes |
Handout Pages | Handout #1 | Lecture Series 2005 |
Online Resources | Online Books | Glossary |
About Content
Content may require either a specific reader application or connection speed for optimal use.
Slides are prepared as PDF documents that
require Acrobat Reader and can be opened and viewed (1 slide/page) or the lecture handout printed (either 4 or 6 slides/page).
Movies are Quicktime format that require Quicktime to be installed.
Audio recordings are available using the trial iLecture system (only during semester of actual Lecture).
Audio recordings are also being made available using Podcasting and should play through any MP3 application
or mobile player.
Copyright Notice
UNSW Embryology Notes
These are online UNSW Embryology Notes sections associated with each of the lectures and laboratories. Note that mages from these have been used in some of the laboratories,
you should also use images from your lecture slides for spot test revision. These Notes are also found on UNSW Embryology CD. These links require internet connection.
UNSW Embryology Notes
Lecture 15 Gastrointestinal Tract Development
Lecture 16 Respiratory Development
Lecture 17 Sensory (Vision) Development
Lecture 18 Kidney Development
Lecture 19 Genital Development
Lecture 20 Endocrine Development
Lecture 21 Bone Development
Lecture 22 Sensory (Hearing/Vestibular) Development
Lecture 23 Integumentary Development
Lecture 24 Birth
Lecture 25 Postnatal Development
Abnormal Development
Handout Pages
Handout 28- Revision Acrobat document of Handout in last Lecture (5 pages, 112 Kb)
Handout 1- Course Overview Text from original course handout (shown below).
Handout #1
This is the original first Handout of the 2005 course. Please note final course Lecture/Lab content may differ from below.
Course Coordinator: Dr Mark Hill
Contact Details: Room G20, Wallace Wurth Bldg
Email: m.hill@unsw.edu.au
Tel: 9385 2477 Fax: 9385 8016
Note that University official policy is Student contact by email.
Lectures: 1-2pm Monday Biomed B and Friday Biomed F
Laboratories: 2-4pm Monday and Friday 2-4pm G4 Wallace Wurth Bldg
Other Lab locations to be notified at Lecture
Assessment: Course Examiner- Dr Mark Hill
10% Spot Test 1
30% Assessment 1
10% Spot Test 2
50% Assessment 2
Assessment Notes: 1. Spot Tests projected images from Lectures and Laboratories.
2. Assessment 1 and Spot Test 1 based on Early Development.
3. Assessment 2 and Spot Test 2 based on System Development. during the Session 2 Exam period (14 November - 25 November).
Grievances: If you have any complaints about the course, you should first try to resolve them with the Course Organizer. If the matter cannot be resolved in this way, you should contact the Department Grievance Officer, currently Dr. P. Pandey.
Objectives: This is a new course (2005) combining earlier courses ANAT2300 and ANAT2310 into a single session. The course will cover early embryonic then fetal development through to birth, including the developmental anatomy of the organ systems. The course will examine the common principles and differences that underlie normal and abnormal development of vertebrates. Emerging technologies, such as genomic analysis and the use of transgenic and dysfunctional mouse mutants in research, will be covered.
Online Course: The Lecture and Laboratory content is supported by the online
resource UNSW Embryology (available at the address below).
The new version (4.5) is also available on CD ($15) from the Anatomy office.
The Class Notes page will have links to each set of Lecture slides that can be printed 4/page or viewed 1/page.
Currently the WebCT site is not being used for provision of course content. If you have questions about course content you should email the course coordinator.
UNSW Embryology http://embryology.med.unsw.edu.au/
Class Notes http://embryology.med.unsw.edu.au/class.htm
Lecture Links http://embryology.med.unsw.edu.au/Sections/anat2341/2005/ANAT2341lectures.htm
iLecture http://ilecture.unsw.edu.au/
WebCT http://webct.edtec.unsw.edu.au/webct/public/home.pl
UNSW Links: Code of Practice - Students with Disabilities http://www.equity.unsw.edu.au/codeofpr.html
Special Consideration - Illness & Misadventure http://www.student.unsw.edu.au/atoz/atoz-Special.shtml
Referencing- Harvard Method http://www.lc.unsw.edu.au/onlib/ref.html
On-Line Study Resources
http://www.lc.unsw.edu.au/olib.html
Lecture Series 2005
Planned guide to course Lectures for ANAT2341 Session 2, 2005
Lectures and Laboratories are subject to change without notice and may also be replaced by specialist invited Guest Lecturers.
There will also be an Anatomy Lab this session covering developmental abnormalities and anatomical structure/relationships.
Week 1 25/07 Lecture/Lab- Course Introduction/Cell Division
29/07 Lecture/Lab- Fertilization, Week 1
Week 2 01/08 Lecture/Lab- Week 2 Development
05/08 Lecture/Lab- Week 3 Development
Week 3 08/08 Lecture/Lab- Developmental Models
12/08 Lecture/Lab- Ectoderm, Early Neural
Week 4 15/08 Lecture/Lab- Mesoderm Development
19/08 Lecture/Lab- Early Vascular Development, Placenta
Week 5 22/08 Lecture/Lab- Limb Development
26/08 Lecture/Lab- Stem Cells
Week 6 29/08 Lecture/Lab- Ectoderm, Neural Crest
02/09 Lecture/Lab- Head Development
Week 7 05/09 Lecture/Lab- Endoderm, Gastrointestinal
09/09 Lecture/Lab- Developmental Genes, Revision
Week 8 12/09 Lecture/Lab- Spot Test 1 / Assessment 1
16/09 Lecture/Lab- Mesoderm, Heart
Week 9 19/09 Lecture/Lab- Mesoderm, Connective Tissue/Bone/Cartilage
23/09 Lecture/Lab- Mesoderm, Urinary
Mid Session Break 24/09 - 02/10
03/10 Public Holiday
Week 10 Lecture/Lab- Mesoderm, Genital
07/10 Lecture/Lab- The Senses Hearing/Balance
Week 11 10/10 Lecture/Lab- The Senses Vision/Smell/Taste
14/10 Lecture/Lab- Respiratory
Week 12 17/10 Lecture/Lab- Teratology
21/10 Lecture/Lab- Endocrine
Week 13 24/10 Lecture/Lab- Integumentary
28/10 Lecture/Lab- Birth (Parturition)
Week 14 01/11 Lecture/Lab- Postnatal Development
04/11 Lecture/Lab- Revision
Mid-Session Break: 24 September - 03 October
Study recess: 5 November - 13 November
Examination period: 14 November - 25 November
Spot Test 2 / Assessment 2
Online Resources
UNSW Embryology
Embryo Images Online
These are scanning electron micrographs of early embryonic development. These
images are not relevant to the first few weeks of lectures.
Larsen Textbook Online
Online Books
Developmental Biology
Developmental Biology. 6th ed. Gilbert, Scott F. Sunderland
(MA): Sinauer Associates, Inc.; c2000.
Molecular Biology of the Cell
3rd ed. Alberts, Bruce; Bray, Dennis; Lewis, Julian; Raff,
Martin; Roberts, Keith; Watson, James D. New York and London: Garland Publishing;
c1994.
Online Mendelian Inheritance in Man
OMIM
Lecture Audio (iLecture)
iLecture content is removed after course completion. Content is available in 2 formats, streaming Quicktime or Windows Media,
and 2 bandwidths audio 14K or 56K. New audio content is now also being added in the form of Podcasts.
Glossary
A | B | C | D | E
F | G | H | I | J
K | L | M | N | O
P | Q | R | S | T
U | V | W | X | Y | Z
UNSW Embryology ISBN: 0 7334 2108 3
UNSW CRICOS Provider Code No. 00098G
Comments
I have prepared this page as a central link page for your Lecture slides and audio. Currently the slide and audio content is for the second half of the course, if I have sufficient time I will add
links to first half content.
Note that links to additional UNSW Embryology resources on thi s page require an internet connection.
Final lecture content may differ from the online summaries, so do not rely on the summary alone for your study.
Links to Lecture slides are provided for current enrolled students for Educational Use Only.
Please email Dr Mark Hill if you wish to make a comment about this current project.
