Floyd Lising

Swinburne University of Technology

The project

Development of vascularised 3D model systems for organoid of the mammary gland

More information

I have been working as a Quality Control Analyst in the pharmaceutical industry, until recently, when an outbreak of foot-and-mouth disease in The Philippines, where my brother has a farm, caused significant hardship. This incident was the eye-opener for me to re-pursue my career in biotechnology, especially in cellular agriculture, which imposes a major advancement including biotechnological protein production and therapeutic products. This project in collaboration with Swinburne University of Technology and Me&, whose vision is to capture and produce complex components of human milk, aims to enhance 3D growth of organoids in-vitro by vascularisation to lengthen its life span.

Final report coming mid-2025

More grantees

View all
Link to article

Isabella De Luca

University of Melbourne
Identifying combinations of natural bioactives to promote muscle cell growth and favourable traits for cellular agriculture
Read more
Link to article

Lauren Battle

Deakin University
Australian consumer perception of Cell Cultured Meats
Read more
Link to article

Freddie Briggs

The University of Melbourne
Paving the way for cost-effective cultivated meat production: a chemical engineering approach
Read more
Link to article

Lauren Battle

Deakin University
Australian consumer perception of Cell Cultured Meats
Read more
Link to article

Megan Arden

Deakin University
Australian consumer perception of Cell Cultured Meats
Read more

Make a donation

If you believe in the impact potential of cellular agriculture and the work we do in enabling this, make a tax deductible donation today.