The Department of Chemistry and Biomolecular Sciences (CBMS) is part of the Faculty of Science and has around 20 academic staff and 60 higher degree research students making us one of the most research-intensive departments on campus. The Department is located in buildings F7B and E8C, adjacent to the University's Research Park........Read On
Department of Chemistry and Biomolecular Sciences
Welcome to the Department
Welcome to the Department of Chemistry and Biomolecular Sciences (CBMS). Our department is a merger of staff from the former Department of Chemistry and a group of staff from the biology discipline that study cells and biological processes from a molecular perspective. These two areas of the university have long traditions of teaching and research excellence. This realignment is an exciting one as it will ensure that the innovative university can maintain its high profile and success in these key disciplines of 21st century science. If you are a prospective undergraduate or postgraduate student and would like further personalised career or degree advice we would be happy for you to contact any member of academic staff listed in this site.
Are you interested in studying with us? Why not check out our Open Day presentation on studying with CBMS, then try the "Courses" tool to find a course that suits you. Enter a few key words describing the area you wish to study. For example, biotechnology, analytical chemistry, medicinal chemistry, microbiology or molecular biology.
Cysteine proteases (CPs), also known as thiol proteases, are enzymes whose activities have been linked to viral replication and human ailments such as the Alzheimers, Parkinsons and Huntingtons disease.
Sm and Sm-like (Lsm) proteins are central to RNA metabolism, involved in diverse processes such as pre-mRNA splicing and telomere formation. In humans, these proteins are implicated in the autoimmune response.
Microelectrodes as small as 100 nm (1/1000th the diameter of a human hair) can be used to monitor chemical reactions occuring in the living cells of the brain....
Understanding the processes by which learning occurs and teaching is conducted in the laboratory will help us design learning experiences that are effective educational tools.
Marine Chemical Ecology: bioactive natural products are selectively concentrated by marine organisms from their prey.
DNA interaclating Ru metal complexes self-associate to form oligomers that can be studied by NMR spectroscopy.
An Ethnopharmacological Study of Medicinal Plants in NSW. This project is a unique collaboration between Aboriginal communities and researchers in the fields of Environmental Law, Indigenous Studies, Ethnobotany, Natural Products and Medicinal Chemistry and Microbiology.
Locating and measuring the sources and sinks of greenhouse gases such as methane is important if we are to fully understand the impact of human activities on the Earth. This sheep is having its methane emissions quantified, for entry into the Australian Greenhouse Gas Inventory.
Filamentous fungi are amongst the most productive protein secretors known. They therefore provide an exciting and productive host system for the production of industrially-relevant proteins.
Identifying new grapevine biomarkers is useful for monitoring plant health under stress aiding the minimizing of water wastage.
Identifying protein biomarkers in Sydney rock oysters can be used to monitor and detect toxic levels of heavy metal contamination in Sydney harbour.
Christmas from will be presenting a seminar titled: "" on Thursday, 25th Dec at 12:00:30 AM.
Posted by Sophie Mazard on 18 Dec 2014
Ben Pendleton has been awarded First Prize and Yvonne Yin shared Third Prize at the annual RACI NSW Analytical and Environmental Chemistry Group Honours and Master-by-Research Student Presentation Evening. Congratulations to Ben and Yvonne.
Posted by Ian Jamie on 26 Nov 2014
Senior Indigenous elder Uncle Ron Heron receives honorary doctorate for endeavours of MQ through science, education and leadership
Ronald Heron, a highly respected senior elder of the of the Yaegl Aboriginal people of Northern New South Wales, and an anthropologist, historian and former university lecturer, was recognised with a Doctor of Letters honoris causa from Macquarie University on Tuesday, 23 September.
Since 2002, Uncle Ron has worked with Macquarie University researchers on a cooperative project studying and testing medicines made from native plants. With Heron as a key supporter, the Macquarie team started education programs in local schools aimed at providing pathways through high school and tertiary study, now a national initiative in the National Indigenous Science Experience Program.
Posted by on 24 Sep 2014
Macquarie University medicinal chemist Joanne Jamie has been working with the Yaegl community for a decade as it explores ways to preserve indigenous knowledge and culture of bush foods and native plants to pass on to the next generation. Already, a high school indigenous science and cultural immersion program has begun, a Yaegl bush-medicine handbook written and a native bush food and medicine garden planted next to Maclean High School.
The next step the community is looking to take, Associate Professor Jamie said, was to use some of the traditional knowledge to turn indigenous plants and trees into natural medicinal soaps, creams and healthcare products that could be made and sold locally.
“The focus here is not on using our science to isolate compounds for (global pharmaceutical) development but to back up the Yaegl traditional knowledge with sound science showing why these plants and medicines work and endorsing that they can be used safely and effectively,” she said.
“What has been most exciting as we have worked together with this scientific testing … is that there has developed this sense that they want to show the world how valuable and useful their bush medicine knowledge is, and that now looks like what they will develop a cottage industry around.”
Posted by on 20 Aug 2014