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1997 QUT Handbook

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erythrocyte and leucocyte abnormalities; screening tests for<br />

haemostasis.<br />

Courses: LS37 Prerequisites: LSB250, LSB308, LSB350<br />

Credit Points: 8 Contact Hours: 4 per week<br />

■ LSB451 HUMAN PHYSIOLOGY<br />

A course of lectures and practicals, similar to LSB250.<br />

Courses: OP42, PU45 Prerequisites: LSB230<br />

Credit Points: 12 Contact Hours: 7 per week<br />

■ LSB452 MARINE STUDIES<br />

Marine ecosystems, their importance to all life along the<br />

coastal areas and to people’s livelihood; management and conservation<br />

of the sea; appreciation of its infinite value to humanity’s<br />

changing lifestyle.<br />

Courses: ED50 Prerequisites: LSB122<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB458 PHYSIOLOGY 2<br />

A companion unit to LSB358 comprising lectures and<br />

practicals on blood, haemostasis, cardiac function, the vascular<br />

system and maintenance of blood pressure, circulatory and<br />

respiratory adjustments to physiological stress, pulmonary and<br />

tissue respiration, blood gas carriage, excretion, water and<br />

electrolyte balance.<br />

Courses: SC30 Prerequisites: LSB238<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB460 HISTOPATHOLOGY 1<br />

An introductory subject presenting methods of preparing tissue<br />

samples for observation by various forms of light and electron<br />

microscopy. Topics include: laboratory safety; fixation,<br />

processing and embedding of samples; decalcification; microtomy;<br />

general principles of staining, routine staining methods;<br />

use of microwaves; immunohistochemistry and<br />

microscopy techniques.<br />

Courses: LS37 Prerequisites: CHB242, LSB150<br />

Credit Points: 8 Contact Hours: 4 per week<br />

■ LSB468 MOLECULAR BIOLOGY<br />

An introductory subject of lectures and practical/tutorial sessions<br />

introducing the structure and biochemistry of the nucleic<br />

acids and methodologies for their analysis. Lecture topics<br />

include genome organisation and replication in<br />

bacteriophages, plasmids, bacteria and eukaryotes; the enzymes<br />

involved in the replication of DNA and RNA; nucleic<br />

acid isolation, purification and analysis; and the mechanisms<br />

of transcription and translation of the genetic code in vivo .<br />

Courses: SC30 Prerequisites: LSB308 , LSB338<br />

Corequisites: LSB408<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB470 DISEASE PROCESSES 4<br />

See LSB370.<br />

Courses: PU45<br />

Credit Points: 8 Contact Hours: 4 per week<br />

■ LSB478 ANIMAL PHYSIOLOGY<br />

An introduction to comparative animal physiology. Emphasis<br />

is on the physiological ecology of whole animals, their functioning<br />

and survival in natural environments.<br />

Courses: ED50, SC30 Prerequisites: LSB122 or LSB228<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB480 PROFESSIONAL PRACTICE<br />

This unit introduces students to the workplace, i.e. a pathology<br />

laboratory. The student undertakes a two-four week work<br />

experience program in a city or country pathology laboratory<br />

during the summer vacation between semesters 4 and 5 of the<br />

full-time course and between semesters 8 and 12 of the parttime<br />

course.<br />

Courses: LS37<br />

Corequisites: LSB400, LSB410, LSB430, LSB450, LSB460<br />

■ LSB488 PLANT PHYSIOLOGY 1<br />

Whole plant physiology and the functional systems of plants.<br />

An important unit for students continuing their studies in the<br />

plant biotechnology and ecology areas.<br />

Courses: ED50, SC30 Prerequisites: LSB222 or LSB228<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB491 MICROBIOLOGY 3<br />

An introductory core unit of microbiology for students of<br />

optometry: with cytology, nutrition, genetics, control of microbial<br />

populations and principles of taxonomy in relation to<br />

optometry.<br />

Courses: OP42<br />

Credit Points: 6 Contact Hours: 3 per week<br />

■ LSB498 ECOLOGICAL METHODS<br />

The theory and practice of methods to determine and measure<br />

important ecological parameters and characteristics. These<br />

methods are essential tools for the study of biological<br />

populations and communities. Content includes estimation of<br />

population size, determination of dispersion patterns, detecting<br />

competition, and vegetation classification and mapping.<br />

Courses: SC30 Prerequisites: LSB352, LSB362<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB507 AQUATIC SYSTEMS<br />

An introduction to the structure and behaviour of marine,<br />

brackish and freshwater systems and communities. The subject<br />

provides a foundation for studies in aquaculture and population<br />

management.<br />

Courses: SC30 Prerequisites: LSB352<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB508 BIOCHEMISTRY 3<br />

Detailed information is provided on the catabolic and anabolic<br />

pathways for the major macromolecules in mammalian systems.<br />

Important aspects of non-mammalian metabolism are<br />

described. Advanced concepts in bioenergetics and thermodynamics<br />

are described in the context of cellular metabolism. Integration<br />

of metabolism including production of mixed conjugates<br />

of biological significance such as amino-sugars and<br />

lipopolysaccharides, and hormonal regulation of metabolism.<br />

Courses: SC30 Prerequisites: LSB408<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB510 MICROBIOLOGY 3<br />

A unit comprising parasitology, virology and mycology components.<br />

Parasitology studies will be directed towards the laboratory<br />

diagnosis of parasitic disease in humans. It will consist<br />

of a systematic study of identification, life history, incidence,<br />

modes of infection, epidemiology and control of parasites infecting<br />

humans. Clinical virology will include a study of viral<br />

compositions, morphologies and life cycles, cell culture and<br />

viral CPE, diagnostic methods, pathogenesis and control of<br />

viral infections and detailed discussion of important viral diseases<br />

of humans. Clinical mycology will involve studying the<br />

classification of mycoses, collection and treatment of clinical<br />

material for the mycological culture and characterisation/identification<br />

of fungi responsible for superficial, cutaneous, subcutaneous<br />

and systemic infections of humans.<br />

Courses: LS36 Prerequisites: LSB400<br />

Credit Points: 8 Contact Hours: 5 per week<br />

■ LSB517 PLANT TISSUE CULTURE 1<br />

A broad introduction to plant tissue culture. Techniques and<br />

media preparation leading to a coverage of micropropagation.<br />

Topics include: organogenesis, embryogenesis, genetic variability,<br />

anther culture and secondary metabolite production.<br />

Some emphasis is placed on the tissue culture of horticultural<br />

crops and a field excursion may be included.<br />

Courses: ED50, SC30 Prerequisites: LSB488<br />

Credit Points: 12 Contact Hours: 5 per week<br />

■ LSB520 CLINICAL BIOCHEMISTRY 1<br />

Introduces the study of chemical aspects of human life in health<br />

and illness and discusses the application of chemical laboratory<br />

methods to diagnosis, control of treatment and prevention<br />

of disease. Topics include: kidney, pancreas, liver and gastric<br />

functions; the metabolism of lipids, carbohydrates and proteins.<br />

Courses: LS36<br />

Prerequisites: LSB250; LSB320; LSB410<br />

Credit Points: 8 Contact Hours: 4 per week<br />

735<br />

UNIT SYNOPSES

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