This subject introduces the structure and function of the basic classes of biological molecules, rate equations of catalysis, enzyme kinetics and allosteric control. Students study the pathways by which various biological molecules are degraded within the cell to release energy, or synthesised from smaller molecules. Emphasis is on the integration … For more content click the Read more button below.
This subject introduces the structure and function of the basic classes of biological molecules, rate equations of catalysis, enzyme kinetics and allosteric control. Students study the pathways by which various biological molecules are degraded within the cell to release energy, or synthesised from smaller molecules. Emphasis is on the integration and regulation of the pathways. The practical component of the course will consolidate basic biochemical techniques and formal report writing.
Portfolio
Science, Health & Engineering (Pre 2022)
School
Molecular Sciences (Pre 2022)
Subject coordinator
Ian Swift
Subject type
Undergraduate
Year level
Year Level 2 - UG
AQF level
Level 6 - Advanced Diploma
Available as elective
No
Available to study abroad / exchange students
Yes
Capstone subject
Capstones provide students with a way of integrating and applying knowledge and skills gained throughout their course.
No
Academic progress review - Schedule A subject
No
Subject instances
To view instance specific details which include - Assessments, Class requirements and Subject instance coordinators - please select your preferred instance via the drop-down menu at the top right-hand side of this page.
Learning resources
Prescribed - Book - Concepts in biochemistry
Title:Concepts in biochemistry
Resource requirement:Prescribed
Author/editor:Boyer, R
Year:2002
Edition/volume:2ND EDITION
Publisher:BROOKS COLE PUBLISHING
ISBN:0-534-38006-9
Career ready
Work based learning (placement):No
Subject intended learning outcomes
On successful completion you will be able to:
1.
Identify the chemical structure of biological molecules important to biological function.
2.
Illustrate how enzymes are able to facilitate metabolic reactions, and how they are regulated.
3.
Compare the various pathways for metabolising carbohydrates, lipids and amino acids, their location, function and regulation.
4.
Critically analyse data indicating uncertainties and limitations in the design and conduct of laboratory experiments.
