Unit convenor and teaching staff |
Unit convenor and teaching staff
Unit Convenor
Matthew Bulbert
Contact via matthew.bulbert@mq.edu.au
Co-conspirator
Peggy Even
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Credit points |
Credit points
3
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Prerequisites |
Prerequisites
39cp including (BBE200 or BIOL208 or BIOL246 or BIOL257 or PSY236)
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Corequisites |
Corequisites
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Co-badged status |
Co-badged status
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Unit description |
Unit description
In this unit students engage directly with research and primary scientific papers to explore the latest findings about the complex interactions between the genome and behaviour. Topics include: the extent to which our behaviour is determined by our heritable biology, how genes and genomes control behaviour; the mechanisms of learning and memory; the evolution and biological basis of instinct; and how our behaviour can influence our genome.
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Information about important academic dates including deadlines for withdrawing from units are available at https://www.mq.edu.au/study/calendar-of-dates
On successful completion of this unit, you will be able to:
Selling your neurotransmitter (10%)
You are currently working as a researcher for an institute known as the National Enterprise for Research by Vikings and Eskimos otherwise known as the N.E.R.V.E centre. You have a great idea for a research topic involving a neurotransmitter but you need funding. Your task is to pitch your research to an eccentric entrepreneur Sir Cecil Offelburger who owns the wildlife park – ‘Offelburger’s paradise’ – a reserve free of boring model species. Offelburger has no time for waffle and has an exceedingly little attention span and so only listens to briefs that follow certain guidelines. The guidelines include:
Slide 1: What is a neurotransmitter and how do they work?
Slide 2: A general slide on your allotted neurotransmitter?
Slide 3: How will understanding this neurotransmitter potentially benefit an animal in Sir Offelburgers wildlife park? (note this is a neuro-behavioural course and evidence for these claims will be required)
Note: Neurotransmitters will be made available for selection
Topic for Essay and Essay Outline:
Discuss the role of neurotransmitters in predator-prey interactions
Recommended paper to begin your reading: Chivers, Douglas P., et al. "Impaired learning of predators and lower prey survival under elevated CO2: a consequence of neurotransmitter interference." Global change biology 20.2 (2014): 515-522.
Essay outline (0 % of final mark) but compulsory.
For this topic produce a brief outline of your essay detailing main headings, essay structure, principle conclusions and key source materials. Maximum one page of A4 paper. Do not provide big blocks of text as this is an outline but key points under each topic would seem reasonable. I want to be able to give feedback on your structure, intended content, and the nature of the argument you will develop in your essay. The intention of this assessment task is to give early feedback to students on their essay.
Essay (20 % of final mark).
For the assigned topic develop the essay outline into a fully referenced essay of maximum 2000 words. There is no lower word limit. The essay must be fully referenced according to the style of the journal Animal Behaviour. The reference list does not count towards the word limit.
Guide to assessment levels. To pass this assignment you must produce a competent, coherent scientific argument that fully references primary literature. To achieve a distinction in this assignment you should show evidence of critical thinking, a capacity to structure an argument, comprehensive review of relevant literature, initiative in identifying relevant and current source material and a novel synthesis of information from multiple sources.
Project report (30 %)
During weeks 8 – 11 during the practical sessions you will participate in a study of the variation in lateralisation in humans. Working individually student will write up the project in the form of a research article to be submitted to the Journal of Experimental Biology. For the style guidelines for research articles look here: http://jeb.biologists.org/ under ‘author info’
You will also find it helpful to read some articles from Journal of Experimental Biology to help you model your writing. Maximum 3000 words, there is no lower word limit. Figure legends, abstract and references do not count towards to the word limit. The project report must be fully referenced according to the journal style
Guide to assessment levels: To pass this assignment you must produce a report that appropriately presents, and analyses your findings, and discuss these with reference to existing literature. Performance at distinction level in this assignment will involve contributing strongly and creatively to the practical work and producing a report that demonstrates a complete understanding of the rational for your topic, the state of the current relevant literature, competent and appropriate analyses, and demonstration of independent thought in analysis and interpretation of the data.
Final exam (40%)
Held in the end-of-year exam period. Students will be tested on their knowledge of course content. The exam may include material from all lectures and practical classes up to and including week 13. No written material, programmable calculators or mobile phones may be brought into the exam room. Non-programmable calculators may be used.
Guide to unit assessment levels:
As a guide to approximate grade boundaries, in all assessment tasks a pass is 50-64 %, a credit is 65-74 %, distinction is 75-84 % and an HD is > 85 %.
Academic senate has a set of guidelines on the distribution of grades across the range from fail to high distinction. Your final result will include a grade plus a standardised numerical grade (SNG) that involves a process of scaling and normalising grades to ensure fare and standard grading across the university. Because of this normalising process it is possible that your raw mark for this unit calculated from your assessments will not be identical to your SNG.
Extensions and penalties
10% of the mark allocated for the assignment will be deducted for every 24 h period (or part thereof) that any work is submitted past the nominated deadline. The deadlines for assignments are not negotiable. Only a medical certificate or a letter with appropriate supporting documents outlining other serious, extenuating circumstances can be used to submit an assignment after the due date without penalty. Applications for special consideration or extension must be lodged through Tracker. All applications for special consideration or extension must be sought before the due date, unless this is absolutely impossible. Details on special consideration are provided here:
http://www.student.mq.edu.au/ses/Special%20Consideration.html
Name | Weighting | Due |
---|---|---|
Selling your neurotransmitter | 10% | 10th and 17th of August |
Essay outline | 0% | 7 September |
Essay | 20% | 5 October |
Project report | 30% | 30 October |
Final exam | 40% | TBA |
Due: 10th and 17th of August
Weighting: 10%
Selling your neurotransmitter
Due: 7 September
Weighting: 0%
A one-page outline of your chosen essay topic.
Due: 5 October
Weighting: 20%
An essay addressing one of the questions set in week 3
Due: 30 October
Weighting: 30%
A written report of the practical project in the form of a scientific paper
Due: TBA
Weighting: 40%
A test on knowledge of course content up to and including wk 13.
How BBE306 2015 will work
Website
The course homepage containing lecture handouts, course materials and lecture recordings is available on iLearn
http://mq.edu.au/iLearn/
You must use iLearn for:
If you are having trouble accessing the online unit due to a disability or health condition, please go to the Student Services Website at http://sss.mq.edu.au/equity/about for information on how to get assistance. If you are having problems logging on you should contact Student IT Help, Phone: (02) 9850 4357 (in Sydney) or 1 800 063 191 (outside Sydney).
Lectures:
There will be no face-to-face lectures in this unit. All lectures will be pre-recorded and will be made available 9am Thursday each week.
Practicals:
This course will have regular practicals during the semester and an on campus session run during the semester break. However note the practicals are not every week and some of these practicals are more like tutorials, discussions and/or technical practice. The practicals during semester will be in 1-4pm Thursday according to the schedule below in E8A 120 & E8A 160. The on campus session will be in the E8C Labs 1 and 2 – these are the brand spanking new labs just off the biology courtyard. These days will be from 9-4pm.
Given the delivery mode it will be important that we establish a good working relationship via ilearn forum. If you have questions about lecture material please post them via ilearn. We can then work on the answers as a group. I want to make sure that everyone is comfortable with the delivery mode and is confident enough to post questions and answers. This is a 3rd year unit so it is important you practice engaging in the course material. I will be as active as I can on ilearn to address concerns and if there are questions I am unable to answer we can research them as well as pass them onto the researchers delivering the material.
UNIT COMPLETION REQUIREMENTS
Minimum requirements include:
1. The completion and submission of all assessment tasks (taking into account special considerations)
2. Must achieve a final overall mark of >50%
3. Must attend all practicals - if you miss a practical then follow the instructions below.
Overall grades
The current university grading is: fail (F <50%), pass (P 50%-64%), credit (CR 65%-74%), distinction (D 75%-84%) and high distinction (HD 85%-100%).
What to do if you miss an assignment task or practical session through:
Illness or misfortune
· Submit special consideration via ask.mq.edu.au (Do not give doctors certificates to convener or tutor)
· Inform convener that you have submitted consideration and ensure the role is marked accordingly
· The course convener will process your special consideration. If approved it is your responsibility to arrange with the tutor/practical convener to do assignment or practical at another time.
Neglect (i.e. forgot or just slack)
· Be honest!
· Contact the practical convener to plead your case.
Extensions and penalties
10% of the mark allocated for the assignment will be deducted for every 24 h period (or part thereof) that any work is submitted past the nominated deadline. The deadlines for assignments are not negotiable. Only a medical certificate or a letter with appropriate supporting documents outlining other serious, extenuating circumstances can be used to submit an assignment after the due date without penalty. Applications for special consideration or extension must be lodged through Tracker. All applications for special consideration or extension must be sought before the due date, unless this is absolutely impossible. Details on special consideration are provided here:
http://www.student.mq.edu.au/ses/Special%20Consideration.html
Returning assessment tasks
Assessment tasks and feedback will be returned via iLearn.
Required unit materials
The work carried out during practical classes is an important and integral part of the course. You must have a lab coat for the 10th of September and the on-campus practical sessions 14th and 15th September. Enclosed shoes are needed for every practical class in accordance with standard safety procedures. Enclosed shoes are defined as flat shoes that cover at least the front half of the foot. Without these you will not be allowed entry to the laboratory.
You will require a notebook for the practical classes for your own notes and reference.
Recommended readings
The unit typically does not have a prescribed text and a bunch of readings will be required. However recently a text has come out that mostly covers the material in the course and it will be referred to a number of times throughout the unit. It is by Giovanni Galizia, and is called “Neurosciences: from molecule to behaviour”. It is available as a free download through the library. Its title may confuse you slightly given the course is called behavioural genomics. However to understand how the genome influences behaviour we must understand the pathways from genes to the expression of a behavioural phenotype and of course that involves understanding the neural pathways. Hence the first part of the course will examine behaviour, neural mechanisms and sensory systems while the second half of the course looks at genes and gene regulation of neural pathways that lead to the expression of behaviour.
For a higher-level unit such as this it is expected that you are also accessing and exploring the primary scientific literature. However, a number of books do have excellent sections that are relevant the topics covered in this unit. These are listed below. These selected readings do not encapsulate the lecture material, they are not complete readings for a given topic, and are definitely not a substitute for the lectures or for broader reading. They are, however, the best introductory text for each topic, and will help you understand and revise the lecture material, and launch your exploration of the primary literature.
Week |
Topic |
Text |
1 |
An introduction to neuroethology |
Biology the Dynamic Science Russell et al 2008 Ch 37 QH308.2 .B562 2008 |
2 |
Nervous systems, and how they make decisions |
An introduction to Nervous Systems Greenspan 2007 Ch 2 & 3 QP361 .G67 2007 |
3 |
Motivation, reinforcement and addiction |
Fundamental Neuroscience 3rd Ed.Squire et al 2008 Ch 43 QP355.2 .F862 2008 |
4 |
Learning and cognitive ecology |
Foundations of Neurobiology Delcomyn 1998 Ch 24 QP355.2 .D45 1997 Behavioral Neurobiology Carew 2000 Ch 10 QP360 .C347 2000 |
5 |
Memory |
Foundations of Neurobiology Delcomyn 1998 Ch 24 QP355.2 .D45 1997 Behavioral Neurobiology Carew 2000 Ch 10, 11 QP360 .C347 2000 How genes influence behaviour Flint et al 2010 Ch 10 |
6 |
Sound and hearing
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Foundations of Neurobiology Delcomyn 1998 Ch 12 Nerve cells and animal behaviour Simmons and Young 1999 Ch 6 QP356 .Y68/1999 |
7 |
Vision and visual navigation |
Nerve cells and animal behaviour Simmons and Young 1999 QP356 .Y68/1999 |
8 |
Genes and behaviour |
An introduction to behavior genetics Bazzett 2008 Ch 6, 9 QH457 B37 2008 |
9 |
Genomes and behaviour |
How genes influence behaviour Flint et al 2010 Ch 6, 9, 11 |
10 |
Sex |
Biological Psychology (10th ed) Kalat 2009 Ch 11 QP360 K33 2007 |
11 |
Social behaviour |
How genes influence behaviour Flint et al 2010 Ch 8 |
12 |
Genes, genomes and human behaviour |
Biological Psychology (10th ed) Kalat 2009 Ch 11 QP360 K33 2007 How genes influence behaviour Flint et al 2010 Ch 2, 3, 6, 9, 11 |
Other recommended books
7-Day loan
Animal behavior : an evolutionary approach / John Alcock. QL751 .A58/2001
Cognitive ecology : the evolutionary ecology of information processing and decision making / edited by Reuven Dukas QL785 .C5/1998
Nerve cells and animal behaviour / Peter J. Simmons and David Young QP356 .Y68/1999
The naked ape / Desmond Morris QH368 .M88
Fundamental neuroscience / edited by Larry Squire ... [et al.] QP355.2 .F862 2008
Nature via nurture : genes, experience, and what makes us human / Matt Ridley QH438.5 .R535 2003
The selfish gene / Richard Dawkins QH437 .D38
Hormones and social behavior / D. Pfaff ... [et al.] (eds.). QP356.45 .H432 2008
Biology, evolution and human nature / Timothy H. Goldsmith and William F. Zimmerman QH308.2 .G665 2001
An introduction to nervous systems / Ralph J. Greenspan QP361 .G67 2007
Neuroethology: nerve cells and the natural behavior of animals / Jeffrey M. Camhi QP360 .C33/1984
Biology : the dynamic science / Peter J. Russell ... [et al.]. QH308.2 .B562 2008
Behavioral neurobiology : the cellular organization of natural behavior / Thomas J. Carew. QP360 .C347 2000
Main Collection.
Motivation a Biobehavioural approach / Roderick Wong BF503 .W665 2000
Learning and Memory from Brain to Behaviour / Mark A. Gluck, Eduardo Mercado & Catherine E. Myers QP408 .G58 2008
The Naked Man a Study of the Male Body / Desmond Morris HQ1090. M669 2009
Foundations of Neurobiology / Fred Delcomyn QP355.2 .D45 1997
Hardwired Behaviour what Neuroscience Reveals about Morality / Lawrence Tancredi BJ45.5 .T36 2005
An introduction to Behaviour Genetics / Terence J. Bazzett QH457 B37 2008
An introduction to Brain and Behaviour / Bryan Kolb & Ian Q Whishaw QP376 .K635 2006
Biological Psychology / James W. Kalat QP360 K33 2007
Practicals:
This course will have regular practicals during the semester and an on campus session run during the semester break. However note the practicals are not every week and some of these practicals are more like tutorials, discussions and/or technical practice. The practicals during semester will be in 1-4pm Thursday according to the schedule below in E8A 120 & E8A 160. The on campus session will be in the E8C Labs 1 and 2 – these are the brand spanking new labs just off the biology courtyard. These days will be from 9-4pm.
Practical |
Dates |
Activity |
1 |
3rd September |
Meet the researchers/ Major Project/ Course Issues |
2 |
10th September |
Dissecting brains |
Mid-semester break |
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3 |
14th September |
Visualising brain function |
4 |
15th September |
Visualising brain function |
Mid-semester break |
||
8 |
1st October |
Major project: Lateralisation |
9 |
8th October |
Meet the researchers/Data collection |
10 |
15th October |
Data collection/Analyses |
11 |
22nd October |
Data analyses/Report |
12 |
29th October |
No practical unless required |
13 |
4th November |
No practical |
Lecture program. All lectures are 2 hours
To understand how the genome influences behaviour we must understand the pathways from genes to the expression of a behavioural phenotype, which requires an understanding of relevant neural pathways. Hence the first part of the course will examine behaviour, neural mechanisms and sensory systems while the second half of the course looks at genes and gene regulation of neural pathways that lead to the expression of behaviour.
Week |
Date |
Topic Topic |
Lecturer |
1 |
29th July |
Lecture 1: Course Introduction Lecture 2: Neurons the basics |
Matthew Bulbert Naïla Even |
2 |
5th August |
Lecture 3: Circuits and Nervous Systems I Lecture 4: Circuits and Nervous Systems II |
Naïla Even Naïla Even |
3 |
12th August |
Lecture 5: Neuroendocrinology Lecture 6: Motivation, reinforcement, addiction |
Naïla Even Andrew Barron |
4 |
19th August |
Lecture 7: Learning Lecture 8: Cellular mechanisms of learning and memory |
Ken Cheng Andrew Barron |
5 |
26th August |
Lecture 9: Memory I Lecture 10: Memory II |
Andrew Barron Andrew Barron |
6 |
2nd September |
Lecture 11: Sound and hearing Lecture 12: Taste and Smell |
Naïla Even Naïla Even |
7 |
9th September |
Lecture 13: Vision Lecture 14: Navigation |
Nathan Hart Ajay Narendra |
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Mid semester break |
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8 |
30th September |
Lecture 15: Genes and behaviour I Lecture 16: Genes and behaviour II |
Andrew Barron Andrew Barron |
9 |
7th October |
Lecture 17: Genomes and behaviour I Lecture 18: Genomes and behaviour II |
Andrew Barron Andrew Barron |
10 |
14th October |
Lecture 19: Sex I Lecture 20: Sex II |
Andrew Barron Andrew Barron |
11 |
21st October |
Lecture 21: Social behaviour I Lecture 22: Social behaviour II |
Andrew Barron Andrew Barron |
12 |
28th October |
Lecture 23: Genomes and human behaviour I Lecture 24: Genomes and human behaviour II |
Andrew Barron Andrew Barron |
13 |
4th November |
Revision and review |
Matthew Bulbert |
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