Help this global project to develop a faster test for antibiotic resistance by looking inside bacteria that have been treated with antibiotics. This will improve healthcare for patients with ...
READ MOREAs New Zealanders looking to the future, we are faced with many opportunities – and challenges. These include improving the health of all our people, advancing our economic growth, protecting our ...
READ MOREThe discovery that genes are made up of DNA and can be isolated, copied and manipulated has led to a new era of modern biotechnology. New Zealand has many applications for modern biotechnologies ...
READ MOREBiotechnology has helped improve the quality of people’s lives for over 10,000 years. Today’s biotechnologies vary in application and complexity. However, they all have potential to change our ...
READ MOREHoney is antibacterial and can prevent growth of most types of bacteria. This experiment compares the effect of different types of honey on bacteria growing on agar plates. Purpose To compare the ...
READ MOREThe amount of water in honey depends upon the type and quality of the honey. In this experiment, you can compare different honeys to see how much water they contain. Purpose To compare the water ...
READ MOREThe presence of sugar crystals in honey affects the honey’s texture and palatability. In this experiment, you can investigate how crystals form in honey. Purpose To observe honey crystal ...
READ MOREStudents investigate the antibacterial properties of Mānuka honey and use their results to produce a dressing that can be used on a wound to kill any bacteria infecting it. Purpose To investigate ...
READ MOREStudents investigate the physical and chemical properties of various honeys to design a way to distinguish Mānuka honey from other types of honey. Purpose Students develop their knowledge of ...
READ MORESecondary students learn about bacteria, how the immune system responds to them and the use of honey to kill them in infected wounds. Experiments to explore the properties of different types of ...
READ MOREDr Rebecca Campbell (University of Otago) discusses the importance of fluorescent molecules in confocal laser scanning fluorescence microscopy (‘confocal microscopy’) of cells. She explains how ...
READ MOREUniversity of Otago neuroendocrinologist Rebecca Campbell explains why she uses the confocal microscope to look at cell components.
READ MOREDr Rebecca Campbell (University of Otago) explains how she builds three-dimensional computer models of whole neurons (brain cells). Rebecca describes why images from confocal laser scanning ...
READ MOREAn overview of the process used to make a pig cell transplant treatment for type 1 diabetes.
READ MOREAn overview of the quality control checks used within the process to make a pig cell transplant treatment for type 1 diabetes.
READ MOREUse this interactive to discover a range of resources about microorganisms and antimicrobial resistance. Select a label for more information. Go here for further information, including the ...
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