ANAT2341 Lab 5: Difference between revisions
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'''PRACTICAL CLASS PROGRAM:''' | |||
* Weekly Quiz + revision (15 minutes) | |||
* Practical class activities (45 minutes) | |||
* Guest Lecture by [https://www.victorchang.edu.au/about-us/our-scientists/prof-sally-dunwoodie Professor Sally Dunwoodie] (45 minutes) | |||
* Practical Class Revision (15 minutes) | |||
''' | '''PRACTICAL CLASS ACTIVITIES (45 minutes):''' | ||
* Virtual human embryo dissections and human embryo histology | |||
* Playdough modelling of neural, craniofacial and heart development | |||
* Embryo models of craniofacial development and heart development | |||
* Human developmental abnormalities | |||
'''LEARNING OBJECTIVES:''' | |||
* Understanding development of the gastrointestinal and respiratory tracts | |||
* Understanding neural crest development | |||
* Understanding head development | |||
* Understanding of heart development | |||
* Understanding of musculoskeletal development | |||
* | * Understanding human birth disorders relevant to these organ systems | ||
* | * Understanding research into how the environment can influence the genetic processes driving heart and musculoskeletal development | ||
Latest revision as of 10:39, 22 October 2019
PRACTICAL CLASS PROGRAM:
- Weekly Quiz + revision (15 minutes)
- Practical class activities (45 minutes)
- Guest Lecture by Professor Sally Dunwoodie (45 minutes)
- Practical Class Revision (15 minutes)
PRACTICAL CLASS ACTIVITIES (45 minutes):
- Virtual human embryo dissections and human embryo histology
- Playdough modelling of neural, craniofacial and heart development
- Embryo models of craniofacial development and heart development
- Human developmental abnormalities
LEARNING OBJECTIVES:
- Understanding development of the gastrointestinal and respiratory tracts
- Understanding neural crest development
- Understanding head development
- Understanding of heart development
- Understanding of musculoskeletal development
- Understanding human birth disorders relevant to these organ systems
- Understanding research into how the environment can influence the genetic processes driving heart and musculoskeletal development