We are the only organisation dedicated to ensuring that Australia's cellular agriculture sector contributes to providing ethical, accessible and sustainable food for all.
Leverage our resources to streamline your food safety application process for cellular agriculture products in Australia.
Keep up to date with the latest publications and insights from CAA.
A suite of resources to facilitate clear and consistent communication for the cellular agriculture sector.
We focus on tackling common challenges and opportunities facing the cellular agriculture sector in Australia.
We take an inclusive and participatory approach to our work by engaging with a broad range of stakeholders on key thematic areas. These areas include: regulation, policy & advocacy, sector building, communications & awareness-raising, and accountability & impact.
.jpg)
.png)
Cellular agriculture uses cells and innovative biotechnologies to produce new ingredients, food and agricultural products. The sector is working to create a range of nutritious products ethically and sustainably.
This method is most commonly used to make meat, seafood, dairy proteins and fats, which are typically derived from animals. It can also be used to make human breast milk as well as other products such as coffee, chocolate and palm oil.
The global demand for food may increase by 50% by 2050. We cannot meet this demand sustainably or ethically with current production methods alone.
Cellular agriculture is one of many solutions required to ensure an ethical, accessible and sustainable food system into the future.
It has the potential to overcome six critical challenges facing our current food and agriculture system.
Its actual impact will depend on numerous decisions cellular agriculture companies will have to make as they move towards commercial scale.
735 million people globally are undernourished and around 900 million people (11% of the world population) are severely food insecure.
We need efficient, affordable and distributed methods of production to boost food availability and accessibility.
Cellular agriculture has an important role to play in reshaping the way our food system is structured.
Animal agriculture alone uses 35% of the Earth’s habitable land, the equivalent of North and South America combined.
Globally, we are losing almost 3.75 million hectares of vegetation every year and around half of that due to cattle grazing.
Cellular agriculture manufacturing facilities will require fewer land resources, which will create an opportunity to stop and reverse this trend.
Widespread deforestation and marine habitat destruction has resulted in an alarming loss of biodiversity across the planet.
For instance, wild animals now make up only 4% of the physical biomass of all mammals on the planet. The remainder is made up of humans and our domesticated/farmed animals.
By reducing our dependence on land and our oceans for food production, cellular agriculture can help to mitigate this problem.
Food systems are responsible for about 30% of the greenhouse gas emissions driving climate change, of which the majority can be attributed to animal products.
Animal agriculture alone is behind 14.5-20% of global emissions.
By 2030, food produced through cellular agriculture using renewable energy technologies, is predicted to generate far less greenhouse gas emissions than conventionally produced meat.
For chicken, the most efficient meat, this could be 55% fewer emissions, for pork it could mean 65% fewer emissions and for beef, the reduction could be as high as 96%.
In terms of dairy foods, the production of milk proteins through precision fermentation is predicted to generate 96% fewer greenhouse gas emissions than conventional dairy production.
Intensive livestock production has been linked to several human health issues. Including water and air pollution, foodborne pathogens, antimicrobial resistance, and the potential for disease transmission.
Three quarters of new or emerging infectious diseases come from animals and half of these are linked to livestock.
With tightly controlled manufacturing processes and stringent food safety standards, cellular agriculture presents a way to minimise these risks.
Intensively farmed animals endure unnatural living conditions and untold suffering.
Globally, it is estimated that 74% of all farmed land animals and almost all fish reside in intensive systems.
Cellular agriculture has the potential to vastly improve the welfare of animals by removing our dependence on them in our food system.
Keep up to date with the latest news and insights from CAA.
.png)
.png)
Discover upcoming events within the cellular agriculture sector.
Our featured supporters are pioneering Australia’s cellular agriculture sector and are deeply engaged in supporting our mission.
The sector is growing and presents a myriad of career opportunities across STEM and non-STEM fields.
In this hands-on role, you will collaborate with a cross-functional team throughout the product launch lifecycle, from pilot scale to full production ramp-up.
As a Food Research Scientist at Vow, you will leverage your deep understanding of food science to help create meat that meat eaters choose selfishly.
Vow are looking for a Process Development Associate to design and test mammalian cell culture bioprocesses at a benchtop scale to join their rapidly growing food company.
This role is essential in managing the financial operations of Vow’s global supply chain, procurement strategies, and factory-level capital expenditures.
In this role, you’ll spearhead Vow’s global logistics strategy, shaping distribution, transportation, packaging, and warehousing to support their rapid scale from startup to industry leader.
his is an exciting opportunity to be at the forefront of one of CSIRO’s new strategic growth areas (Molecular Farming) and create with us the next generation of high-value engineered crops.
This is an exciting opportunity to be at the forefront of one of CSIRO’s new strategic growth areas (Molecular Farming) and create with us the next generation of high-value engineered crops.
This is an exciting opportunity to be at the forefront of one of CSIRO’s new strategic growth areas (Molecular Farming) and create with us the next generation of high-value engineered crops.
The Principal Bioprocess Engineer will guide the bioprocess team to optimise and improve the efficiency of protein production processes within new or existing strains.
In this role, you'll be part of developing innovative applications for fish cell lines, paving the way for enhanced aquaculture practices and breakthrough alternative protein solutions.
In this role, you'll be at the forefront of developing innovative applications for fish cell lines, paving the way for enhanced aquaculture practices and breakthrough alternative protein solutions.
The Cauldron R&D facility in Orange is currently undergoing a significant period of change. The plant manager is a critical front-line leadership role that is accountable for establishing and embedding good manufacturing practices.
As the first Growth Lead at Vow, you’ll be responsible for unlocking commercial potential and driving growth across our range of products and brands.
If you’re passionate about Cellular Agriculture Magic Valley want to hear from you! No matter your background or experience, if you’re passionate about seeing the Cellular Agriculture industry grow and prosper, they want you onboard.
Eden Brew are always looking for passionate people to join us in our journey.
Nourish Ingredients are a key player in the future of a smarter, more sustainable, and more diverse food system. They're always interested in hearing from world-class talent, even when they don’t have your perfect role listed on their careers page.
We are deeply humbled and grateful for each and every one of our growing community of supporters. We simply would not be where we are without you.
If you believe in the impact potential of cellular agriculture and the work we do in enabling this, make a tax deductible donation today.
.png)