Career   -   Proteomics

Proteomics involves an analysis of the structure, function and interaction of proteins including the organisation of such information into databases. Proteomics may advance disease knowledge and management by helping to identify proteins involved in disease development and diagnosis, as well as identifying potential drug targets for disease treatment. This may also include an analysis of the effects of genetic mutations on protein structure and subsequent function. Most proteomic analyses involve manual and automated wet lab techniques and sophisticated imaging technologies. In the last decade, progressive increases in computing power have facilitated large advances in the quality of computational predictive models for protein analysis.

Proteomics (or protein biology) is often studied as an advanced subject during the final years of a Bachelor degree usually proceeding or in parallel with subjects including biochemistry, cell biology and molecular biology that compliment an understanding of proteomics. With rapidly increasing volumes of proteomic data there is a growing need to develop more efficient ways to store, retrieve and computationally analyse that data. Collaboration between protein scientists, computer scientists and mathematical modellers is essential. Any studies involving double majors, double degrees, or Bachelor degree - diploma combinations, that bring together skills and qualification in protein biology and information technology will greatly enhance ones career opportunities. Proteomics may also be the focus (or methodology) of research for a higher degree Honours, Masters or PhD project. There is immense career opportunity for scientists with advanced qualifications and experience in proteomics. Proteomics is one of the fastest growing areas of the biotechnology industry with enormous potential for commercial applications.