1997 QUT Handbook

■ LSB527 ANALYTICAL BIOCHEMISTRY
A companion to unit LSB508 on biochemistry analysis. Topics
include: enzyme-based analyses; advanced analysis using
isotopes; immunoassays and the major biomolecules.
Courses: SC30 Prerequisites: LSB408
Corequisites: LSB508
Credit Points: 12
■ LSB528 MICROBIAL PHYSIOLOGY &
METABOLISM
The composition, organisation, structure and activity of the
microbial cell: bacteria, yeasts and moulds. Topics include:
light microscopy and staining methods; cell structure; enrichment,
isolation and growth of cultures; the kinetics of growth;
biosynthesis of cellular materials; regulation of metabolism;
microbial genetics; sporogenesis and germination.
Courses: SC30 Prerequisites: LSB428
Credit Points: 12 Contact Hours: 5 per week
■ LSB530 IMMUNOLOGY 2
The unit builds on the basic knowledge provided in LSB430
and provides an understanding of the genetic control of antibody
diversity, the function of antibody and complement at a
molecular level, cell interactions in the immune response and
immunological process in resistance to and recovery from
infection. Practical classes place emphasis on the competent
performance of immunological procedures rather than just a
demonstration of immunological principles.
Courses: LS36 Prerequisites: LSB430
Credit Points: 8 Contact Hours: 4 per week
■ LSB532 POPULATION GENETICS
An extension of LSB348 Genetics. Topics include: the genetic
structure of populations and processes of evolutionary
change; natural selection, inbreeding and adaptation, species
and speciation theory; ecological genetics and the genetics of
behaviour.
Courses: SC30 Prerequisites: LSB348
Credit Points: 12 Contact Hours: 5 per week
■ LSB537 GENETIC ENGINEERING
This subject comprises lectures and practical classes designed
to develop concepts and skills in the recombinant DNA technologies
used in genetic engineering. Lecture topics include
the enzymes, vectors and host cells for gene isolation and cloning;
strategies and procedures for cellular transformation and
gene library construction; nucleic acid hybridisation techniques;
and methods of screening for recombinant clones using
radioactive and non-radioactive gene probes.
Courses: SC30 Prerequisites: LSB468
Credit Points: 12 Contact Hours: 5 per week
■ LSB540 MOLECULAR PATHOGENESIS &
DISEASE DIAGNOSIS 1
This unit comprises a series of lectures dealing with the molecular
aspects of pathogenesis and diagnosis of diseases. After
a general introduction in which certain basic molecular biology
techniques are discussed, a number of infectious and genetic
diseases are addressed.
Courses: LS36 Prerequisites: LSB238; LSB308; LSB348
Credit Points: 8 Contact Hours: 2 per week
■ LSB547 CLINICAL BACTERIOLOGY
A study of clinical bacteriology dealing with the characteristics,
isolation and identification of bacteria implicated in human
disease; the collection and examination of clinical specimens;
the initial use of computerised data bases in bacterial
identification and antibiotic sensitivity tests on laboratory isolates;
the interpretation and reporting of results.
Courses: SC30 Prerequisites: LSB428
Credit Points: 12 Contact Hours: 5.5 per week
■ LSB550 HAEMATOLOGY 2
This unit concentrates on erythrocyte disorders. Topics discussed
include: haemapoiesis; the erythrocyte – structure and
function; kinetics, metabolism, general aspects and classification
of anaemia; anaemias with defective haemoglobin synthesis;
macrocytic anaemias; hypoproliferative anaemias;
736
anaemia of chronic renal disease; chronic liver disease; haemolytic
anaemia – hereditary and acquired.
Courses: LS36 Prerequisites: LSB410; LSB437; LSB450
Credit Points: 8 Contact Hours: 4 per week
■ LSB557 MANAGEMENT OF EXPLOITED
POPULATIONS
This subject deals with the practice of managing populations
for sustainable yield. Emphasis is placed on wildstock fisheries
and forestry, and aims to develop student skills in current
techniques and practices used in these industries.
Courses: SC30 Prerequisites: LSB498
Credit Points: 12 Contact Hours: 5 per week
■ LSB558 ADVANCED PHYSIOLOGY
An extension of prior knowledge of physiological processes
which occur in a specific range of cardiovascular, neurological
and other body functions. Also an introduction to experimental
design in the practicals.
Courses: SC30 Prerequisites: LSB358; LSB458
Credit Points: 12 Contact Hours: 5 per week
■ LSB560 HISTOPATHOLOGY 2
A more detailed study of the science of histopathology. Topics
include: quality assurance and control; methods applicable
to the handling, processing and staining of a range of biopsy
and postmortem tissues; endogenous and exogenous pigments;
microorganisms; enzyme histochemistry; advanced
immunohistochemistry; autoradiography; methods used in
tumour diagnosis and differentiation; use of polymerase chain
reaction with histological samples; in situ hybridization and
the use of electron microscopy in histopathology.
Courses: LS36 Prerequisites: LSB460
Credit Points: 8 Contact Hours: 4 per week
■ LSB562 SYSTEMS ECOLOGY
An introduction to general systems theory as a unifying concept
in biology and its applications to the study of simple biological
systems. Emphasis is placed on modelling techniques
with an introduction to computer simulation of simple biological
systems.
Courses: SC30 Prerequisites: LSB320, LSB352
Credit Points: 12 Contact Hours: 5 per week
■ LSB567 IMMUNOLOGY 2
The unit builds on the basic knowledge provided in LSB430
and provides an understanding of the genetic control of antibody
diversity, the function of antibody and complement at a
molecular level, cell interactions in the immune response and
immunological process in resistance to and recovery from
infection. Practical classes place emphasis on the competent
performance of immunological procedures rather than just a
demonstration of immunological principles.
Courses: SC30 Prerequisites: LSB438
Credit Points: 12 Contact Hours: 4 per week
■ LSB578 VIROLOGY
Lectures and practical classes designed to introduce students
to the basic concepts of virology. A range of viruses and virus
diseases are examined and topics include viral morphology
and composition, taxonomy and classification, replication,
purification, diagnosis and assay, transmission and control.
Courses: SC30 Prerequisites: LSB428
Credit Points: 12 Contact Hours: 5 per week
■ LSB588 PLANT PHYSIOLOGY 2
The sequence of biochemical and physiological events during
the life history of a plant. Topics include: starch and oil
mobilisation during seed germination, biosynthesis of cell
membranes, cell pigments (carotenoids, chlorophylls), and
plant cell walls; photosynthetic assimilation of nitrogen and
sulphur (overview of biosynthesis of all amino acids); biosynthesis
of so-called secondary plant products e.g. terpenoids,
flavonoids, and the lignin component of wood; biosynthesis
of starch and oils in new seeds. Laboratory classes emphasize
techniques of value to plant biochemical research.
Courses: SC30 Prerequisites: LSB488
Credit Points: 12 Contact Hours: 5 per week