The Innovation Centre Stem Cell Production Facility is a purpose-built PC2 facility equipped with the most advanced robotics technology to support the training and research of the scientific community and industry partners working in the field of stem cell and regenerative medicine.
The automated robotics platforms facilitate the reproducibility and large-scale production of stem cells from hundreds of patients, allowing researchers and clinicians to identify new therapies using personalised medicine.
Funded by the NSW Government, this high-tech hub includes stem cell production to better help scientists in their search for the fundamental reason why some people are more susceptible to certain diseases and not others, and why some patients respond well to medication and others do not.
Take a look inside the Stem Cell Production Facility
Facility Space
PC2 Facility with two rooms dedicated to human iPS cell work including equipment and consumables
Stem Cell Production Facility Equipment
Multiple Class II Biosafety Cabinets fitted with integrated microscopes
Dedicated human iPS cell CO2 incubators and centrifuges
Countess II Automated Cell Counter
EVOS FL Fluorescent Cell Imaging System to acquire high-quality, three-colour fluorescent cell images
Cryogenic storage space for working cell stocks
Microlab STAR Robots (Hamiton)
Two Microlab STAR Robots (Hamilton) for high throughput, large scale culture of human iPS cells
Robot 1
Configured for long term maintenance and differentiation of multiple iPS cell lines
Fully integrated cell counting and imaging system (Celigo Imaging Cytometer)
Attached Liconic CO2 incubator with a capacity to hold up to 85 plates
Robot 2
Fully enclosed in a Biological Safety Cabinet
Configured for large scale iPS cell work with capability for performing viral and other high-risk activities
Up to 96-well format
Setup of high-throughput drug screening
Attached Liconic CO2 incubator with a capacity to hold up to 34 plates
Stem Cell Production Facility Services
Access to personnel with vast experience in the culture and differentiation of iPS cell lines
Customised hands-on training for human stem cell culture (from beginner to expert)
Basic: Freezing, thawing, passaging and expansion of iPS cells
Advanced: Characterisation & differentiation of human iPS cells
Fee for service within iPS Facility:
Derivation of iPS cell lines from blood or skin
Characterisation of derived iPS cell lines
Differentiation into various cell types (ie cardiomyocytes, etc)
The Victor Chang Cardiac Research Institute acknowledges the traditional custodians of the land, the Gadigal of the Eora nation, on which we meet, work, and discover. Our Western Australian laboratories pay their respect to the Whadjuk Noongar who remain as the spiritual and cultural custodians of their land.
