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Orientation Information Session Dr Shaun Roman B.Biotechnology. Modern Biotechnology. Biotechnology is the harnessing of the biochemical and genetic processes of living organisms for our own use production of goods and services improve existing processes
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Orientation Information Session • Dr Shaun Roman • B.Biotechnology
Modern Biotechnology • Biotechnology is the harnessing of the biochemical and genetic processes of living organisms for our own use • production of goods and services • improve existing processes • The degree emphasises DNA and cellular technologies and their application to human health, plant and animal agriculture and the environment
Modern Biotechnology Built on the knowledge of cells and DNA of all life forms: • HUMANS • ANIMALS • PLANTS • MICROBES
Biotechnology Biotechnologists make specialised biological products: • INSULIN • HUMAN GROWTH HORMONE • VACCINES
Biotechnology Biotechnologists develop diagnostic methods for: • GENETIC DISEASES • VIRAL DISEASE • BACTERIAL DISEASE
Biotechnology Biotechnologists are involved in: • IVF CLINICS • PHARMACEUTICAL INDUSTRY • RESEARCH & DEVELOPMENT IN MEDICINE • ANIMAL HEALTH • PLANT & ANIMAL AGRICULTURE • THE ENVIRONMENT (e.g. ENDANGERED SPECIES) • BIODIESEL
Biotechnology Biotechnologists are involved in the genetic improvement of: • PLANTS e.g. INSECTICIDE RESISTANT PLANTS • ANIMALS e.g. CLONING HIGH PRODUCERS • BACTERIA e.g. CLEANING UP WASTE
Genomics research- genome to phenome • Australian Government funded two Centres of Excellence in functional genomics • Discover new genes and gene function • Help understand life processes • Lead to new applications in Biotechnology
Biotechnology Newcastle Biotechnology graduates are employed in: • DIAGNOSTIC • Pathology • Veterinary • RESEARCH • Research Institutes • Universities • BUSINESS • Sales • Product Development • REGULATORY AGENCIES • OGTR • TGA
Bachelor of Biotechnology Assumed Knowledge - Chemistry and Mathematics Graduates Excellent basic knowledge of modern biotechnology, including molecular biology, microbiology, and experience in research methods, data analysis, instrumentation, information technology, commercialisation, bioethics and law. They will also have worked in a biotechnology environment.
Biotechnology YEAR 1 • BIOLOGY - 3 courses • CHEMISTRY • STATISTICS • MATHS • PHYSICS
Biotechnology YEAR 2 • MOLECULAR LAB SKILLS • MOLECULAR GENETICS • BIOMOLECULES • BIOCHEMISTRY • MICROBIOLOGY • CELLULAR LAB SKILLS • PLANT DEVELOPMENT • ELECTIVE
Biotechnology YEAR 3 Semester 1 • ADVANCED LAB SKILLS • MOLECULAR BIOLOGY • PLANT CELL & MOLECULAR BIOLOGY • Options: • MICROBIOLOGY • ELECTIVE
Biotechnology YEAR 3 Semester 2 • CELLULAR BIOTECHNOLOGY • BIOTECHNOLOGY FINANCE & COMMERCIALISATION • INDUSTRY PLACEMENT ≡ 2 courses Alternative Options: • REPRODUCTIVE PHYSIOLOGY & DEVELOPMENT • CONSERVATION BIOLOGY • PLANT DEVELOPMENT • ELECTIVES
Biotechnology BIOTECHNOLOGY PLACEMENT (10 WEEKS) • JUROX • BIOTECH AUSTRALIA • CSIRO – CANBERRA & ADELAIDE • ENVIRONMENTAL TOXICOLOGY – EPA • IVF CENTRES • GENETICS/DNA/IMMUNOLOGY LABS • GENETIC ENGINEERING LABS
Year 1 Please do the Mathematics Diagnostic Quiz
Practicalities • Timetable - lab bookings • Text books • Blackboard • Lecture information • Laboratory manuals
Getting Assistance • Student Support Services • Centre for Teaching & Learning • HUBS – Program Officer • Program Convenor • Dr Shaun Roman • Shaun.roman@newcastle.edu.au • LS4-37
Thank you for your timeQuestions…? http://www.newcastle.edu.au/school/environ-life-science/biotechnology/index.html University of Newcastle → Faculty of Science & Information Technology → School of Environmental & Life Sciences → Biotechnology