Learning Outcomes:

By the end of this module the student should be able to:
Describe the functional anatomy of nerve cells.
Describe the basis of cell excitability in nerve cells.
Recognise that divisions of the nervous system correlate with different steps in reflex function.
Describe the overall topographical, developmental, comparative and integrated structure and function of the head and neck in both farmed, sport and companion animal species.
Demonstrate a comprehensive understanding of the structure and function of the organs of special sense in the domestic species.
Demonstrate basic competency in applying knowledge and skills to clinical scenarios and veterinary clinical case material.
Work in a group to prepare and present project work relating to the basic and clinical sciences of veterinary neural function and head topographical anatomy.

Indicative Module Content:

The module will consist of
12 Lectures of 1 hr each
12 eLectures and self-directed learning sessions of 1 hr each
12 Practical sessions of 3 hrs each
3-4 histology sessions of 2 hrs each
In addition to the above Specified Learning Activities of 15 hrs and Autonomous Student Learning of 54 hrs is expected.

The above sessions will cover
1. Functional anatomy of nervous system.
2. Developmental and functional anatomy of various structures in the head including micro and macro anatomical features.

Brief outline of contents:
Neurophysiology fundamentals
Key neurophysiology concepts
Functional anatomy of the skull.
Overview of key embryological events
Synapse and nerve transmission
The face: identification of major structures,
Dissect the brain to understand gross structures
Dental anatomy of the domestic species
Spinal development and Spinal Reflexes
Median section of the head
Facial nerves and Trigeminal neuralgia
Somatosensory system, Chemoreception (Taste, smell).
Pharynx and larynx dissection
Pharyngeal pouches and archs
Neurophysiology of Pain
Vet Dentistry, Ageing the horse, bovine and dog.
Development of salivary glands
Muscles of mastication, TMJ and swallowing
Developmental-Anatomy of the Ear
Physiology of hearing and Vestibular System
Developmental-Anatomy of the Eye
Sensory Physiology vision
ANS supply to head.
Consciousness, EEG, motivation, and emotion
Foramine in the skull
Development of face / oral cavity / cleft palate
Muscle tone, Movement and ANS
The eye and orbit
Histology of Nasal cavity, soft palet, Guttural pouch and para/thyroid gland
Histology of Oral cavity and Associated structures
Histology and development of endocrine system in brain and pineal gland.
Development of brain, CSF, pituitary, hypothalamus
Blood and nerve supply to head. Cerebral Circulation, CSF, Blood Brain Barrier
Dissect the brainstem
Development of cranial nerves
Dissect the brain, brain blood supply

Student Effort Type	Hours
Lectures	12
Tutorial	12
Practical	32
Specified Learning Activities	15
Autonomous Student Learning	54
Total	125

Learning Recommendations:

Students attending this module must have a strong foundation in University level biological sciences.

Co-requisite:
VET30330 - Cells, Tissues, Organs & Dev

Incompatibles:
VET20030 - Head & Nervous System

Additional Information:
Students require this module or must demonstrate equivalent prior learning.


 

Assessment Strategy  

Description	Timing		Component Scale		% of Final Grade
Examination: written paper	2 hour End of Trimester Exam	No	Graded	Yes	50
Continuous Assessment: Students will asked to answer MCQs after every 2-3 wks of teaching.	Throughout the Trimester	n/a	Alternative non-linear conversion grade scale 50%	No	15
Examination: Practical- MCQ based	End of trimester MCQ	No	Alternative non-linear conversion grade scale 50%	No	20
Group Project: A group project focused on reflecting the functional anatomy knowledge on to relevant clinical neurology cases will have to be completed.	Throughout the Trimester	n/a	Graded	No	15

 

Resit In	Terminal Exam
Spring	Yes - 2 Hour

• Group/class feedback, post-assessment

Feedback will be given to students on a continuous basis during regular interaction sessions in dissection class. Students seeking specific feedback can seek an appointment with the faculty as required.

1. Veterinary Physiology 5th Ed, James G. Cunningham and Bradley G Klein. ISBN-13: 000-1437723616.

2. Physiology of Domestic Animals 2nd Ed, Oystein V Sjaastad, Olav Sand and Knut Hove. ISBN-13: 978-8291743073.

3. Textbook of Veterinary Anatomy, 4th Edition, Keith M. Dyce, Wolfgang O. Sack, C. J. G. Wensing. ISBN-13: 978-1416066071.

4. Anatomy of Domestic Animals: Systemic & Regional Approach by Chris Pasquini, Tom Spurgeon, Susan Pasquini. ISBN-13: 978-0962311420.

5. Guide to the Dissection of the Dog, 7e (.Net Developers Series) 7th Edition by Howard E. Evans, Alexander de Lahunta. ISBN-13: 978-1437702460.

6. Saunders Comprehensive Veterinary Dictionary, 4e 4th Edition by Virginia P. Studdert, Clive C. Gay, Douglas C. Blood. ISBN-13: 978-0702047435.

7. Rapid Review of ECG Interpretation in Small Animal Practice, by Anna R. Gelzer, Marc S. Kraus, and Mark A. Oyama. ISBN 9781840761986.

8. Atlas of Normal Radiographic Anatomy and Anatomic Variants in the Dog and Cat, 2nd Edition by Donald E. Thrall, Ian D. Robertson. ISBN: 978-0-323-31225-7.

9. Veterinary Embryology, Second edition, T. A. McGeady, P. J. Quinn, E. S. Fitzpatrick, M. T. Ryan, D. Kilroy, P. Lonergan.

10. Dellmann's Textbook of Veterinary Histology (6th Edition) 6th Edition by Jo Ann Eurell (Author), Brian L. Frappier (Author)

Name	Role
Dr Nicola Fletcher	Lecturer / Co-Lecturer
Mr David Kilroy	Lecturer / Co-Lecturer
Mr Maurice Kinsella	Tutor
Ms Margot Labberté	Tutor
Ms Elise O'Byrne-White	Tutor
Ms Michelle Purcell	Tutor
Mr John Wyatt	Tutor