Cell and Molecular Life Facility
The Cell and Molecular Life Facility – The link between genetics and life
The Cell and Molecular Life Facility offers state-of-the-art technology to staff and students whose research investigates diverse insults affecting animal and human cells and tissues. Understanding how cells respond to diverse insults at the molecular level, helps to develop alternative and advanced therapeutic methods integrating latest technology.
Research conducted in the Cell and Molecular – Life Facility lead to a better understanding of cell and body function, help develop therapeutics and contribute to prevent disease. Investigating changes at the molecular level gives researchers the opportunity to understand the effects of genes on cell and body function (and vice versa) at an early stage of insult manifestation. The research outcomes generated by the researchers, staff and students are peer reviewed, published in high-impact journals and presented at national and international conferences.
The PC2 certified facility is located within the School of Human Sciences and offers advanced molecular biology techniques at a high standard that can be-tailored to specific research projects within the Faculty of Science.
The Cell and Molecular- Life facilities operational infrastructure meets international standards for research and teaching, and is one of the core facilities within the Faculty of Science. The facility is certified by the Office of Gene Technology Regulator (OGTR) as Physical Containment Level 2 (PC2), with dedicated suites for various workflows. It also provides opportunities to integrate with Histology and Imaging @ Science, located in the same building.
Services within the facility cover a broad range of teaching molecular techniques in a module-based concept, supported by hands-on training led by expert technicians. Staff are also available to support components of research projects, help optimise techniques and protocols, problem solve outcomes and conduct pilot studies for competitive funding applications or proof-of-concept.
Advanced techniques modules for Honour's and PhD students
Achieving high level of competence in advanced molecular techniques across applications through theoretical and practical training. Participating in advanced techniques modules training is recommended prior to commencing experimental work. Modules are designed for any level of competence - beginners to advanced.
Advanced techniques modules are offered for:
- Cell culture
- Nucleotide and protein extraction
- RNA transcription
- Conventional and Real ime-qPCR
- Agarose gel electrophoresis
- Western blots
- Accurate pipetting
Equipment training for professional staff and students
Ensure you get the most out of our specialised lab equipment.
- Agilent bioanalyser / Qubit 4 - fluorometric and spectrophotometric quanititation of DNA, RNA and protein
- Lumminex MAGPIX –magnetic bead based multianalyte assay
- Qiagen Rotorgenes and Biorad CFX384 - Real-Time qPCR
- Biorad ChemiDoc MP Imager – gel and blot imaging
- V3 Western workflow
- Tissue Ruptor – nucleotide and protein extraction
Project/pilot work for professional staff
Assistance can be offered for ongoing projects or pilot studies feeding into grant applications.
Shipping biological samples for professional staff
Assistance with shipping requirements to ensure your samples arrive without delay.
- Dry ice shipments
- Dry shipper
- 4⁰C and RT shipments
- Ethanol shipments
Imaging @ Science
Imaging at Science is a leading WA biological imaging facility with specialised services in light microscopy, live cell imaging and confocal microscopy.
UWA’s Histology Laboratory produces high-quality work for teaching and research purposes within the University and broader scientific community.
Preventing, diagnosing and treating disease
Our wide-ranging research addresses some of the world's most significant health issues, from prevention and diagnosis, to treatment and cure.
School of Human Sciences
The School of Human Sciences applies a broad, interdisciplinary approach to understanding human function and how it adapts to change and challenges.