Interdisciplinary decision-making
Ensuring equity and accessibility in the integration of AI in Advance Engineering Biology
The application of artificial intelligence technologies in biological engineering must consider equity and access, to avoid excluding or discriminating against certain groups.
Reassessing risk in decision-making on engineering biology
Engineering biology can help us in reassessing risk and its relationship to opportunity and responsibility.
A circular bio-economy system for equitable access and benefit-sharing
Complex but necessary: how we transform decision-making to deliver more equitable benefits from Australian bio-innovation.
The role of law in ensuring effective technical standards in engineering biology
Technical standards in engineering biology will help accelerate innovation - but IP and proprietary regimes may impact their effectiveness.
Human factors affecting the uptake of emerging biotechnologies
Understanding public, industry and regulator perceptions of emerging biotechnologies to facilitate their uptake by society.
Applying Indigenous Australian biocultural knowledge and values in synthetic biology
Entering into cross-cultural dialogue with Indigenous Australians about novel biotechnologies.
Understanding health choices around novel biotechnologies
Decision-making and trade-offs in the adoption of novel personalised health innovations.
Economic opportunities for advanced engineering biology solutions in a net zero emission future
Understanding economic opportunities for advanced engineering biology in the transition towards net zero.
What’s next for public engagement in advanced engineering biology?
New research from DR LUCY CARTER and colleagues interrogates whether science organisations actually utilise the results of public engagement research to its intended effect.
Institutional dimensions of deploying advanced bioengineering solutions in agriculture
What institutional aspects need to be considered when introducing advanced bioengineering solutions in agriculture?