Biomedical Sciences: Shaping Future Bio-Scientists
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Trisha Jenkins
Discipline Leader - Human Biosciences
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Allows the student to
develop and challenge their
interests and strengths
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Biochemistry
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Physiology
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Cell science
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Human anatomy
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Histology, Microbiology or
Immunology
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Pharmacology
Where do our students work?
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Postgraduate research degrees
(Honours, Masters, PhD)
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Entry into postgraduate
medicine and other healthcare
programs
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Teaching (+ Dip. Education)
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Government health authorities
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Genetic testing
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Laboratory medical
scientists investigate,
diagnose and monitor the
treatment of disease
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Clinical biochemistry
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Haematology
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Blood transfusion
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Molecular science
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Microbiology
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Histopathology &
Cytopathology
Professional practice
placements Semester 2, third
year and Semester 1, fourth
year
Where do our students work?
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Pathology services
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Medical laboratory
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Research laboratory
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Pharmaceutical Industry
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The science and business
of developing new
medicines
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Combines knowledge about
the human body, chemistry and
the action of drugs
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Students learn how drugs are
used to treat diseases along
with drug discovery, clinical
trials and regulation of
medicines
Professional placement
Honours year
Where do our students work?
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Pharmaceutical Industry
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Clinical Research organizations
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Universities
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Hospitals
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VIFM, RACS
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Students should be interested in science:
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biology – particularly human biology
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chemistry – our body is full of chemicals
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diseases and treatments
They may have a practical interest in hands-on lab work
They want to help people -
our degrees will lead students
to a career where they can be actively involved in
improving Australia’s health
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Biomedical Science plays a crucial role in understanding the human body, its functions, and ailments. Through courses like BP231, BP147, and BP311/BH121, students delve into biochemistry, physiology, and pharmaceutical sciences. They are equipped for roles in research, medical practice, and pharmaceutical industry. This field requires a passion for science, especially biology and chemistry, along with a practical interest in lab work and a desire to contribute to better healthcare.
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Presentation Transcript
Biomedical Science: Creating the next generation of human bio-scientists Trisha Jenkins Discipline Leader - Human Biosciences
Biomedical science is at the forefront of our understanding of how the body functions, and malfunctions, and how to deal with it.
Biomedical Science BP231 Allows the student to develop and challenge their interests and strengths Biochemistry Physiology Cell science Human anatomy Histology, Microbiology or Immunology Pharmacology Where do our students work? Postgraduate research degrees (Honours, Masters, PhD) Entry into postgraduate medicine and other healthcare programs Teaching (+ Dip. Education) Government health authorities Genetic testing
Laboratory Medicine BP147 Laboratory medical scientists investigate, diagnose and monitor the treatment of disease Clinical biochemistry Haematology Blood transfusion Molecular science Microbiology Histopathology & Cytopathology Professional practice placements Semester 2, third year and Semester 1, fourth year Where do our students work? Pathology services Medical laboratory Research laboratory Pharmaceutical Industry
Pharmaceutical Sciences BP311/BH121 The science and business of developing new medicines Combines knowledge about the human body, chemistry and the action of drugs Students learn how drugs are used to treat diseases along with drug discovery, clinical trials and regulation of medicines Professional placement Honours year Where do our students work? Pharmaceutical Industry Clinical Research organizations Universities Hospitals VIFM, RACS
Student characteristics Students should be interested in science: biology particularly human biology chemistry our body is full of chemicals diseases and treatments They may have a practical interest in hands-on lab work They want to help people - our degrees will lead students to a career where they can be actively involved in improving Australia s health
