Bringing Diverse Bananas to Market
- From
-
Published on
07.03.24
- Impact Area
Different genes provide disease resistance
Increasingly, private industries are investing in breeding new bananas for the export market that are climate-resilient, disease-resistant, and more nutritious. Scientific tools such as our high-throughput phenotyping platforms, which select varieties that are hardy and well-adapted for local climate conditions, are useful to boost (pre)breeding.
Recently, genetically modified bananas were cleared for markets in Australia and New Zealand. These Cavendish varieties, which have a gene inserted to resist TR4 disease, are being tested by a major fruit company in areas where growth has become challenging.
Policy shifts are likewise favoring new gene edited products (as an alternative to transgenic varieties), such as non-browning bananas in the Philippines that can dramatically reduce food waste.
Parallel to the efforts at the Alliance’s Americas Hub in Cali, which applies CRISPR gene editing technology to cacao and rice, our researchers based in Leuven and Montpellier are developing tailor-made technological solutions for bananas and the development of genomic resources and gene discovery pipelines essential for such biotechnological activities.
Related news
-
Accelerating wheat breeding, from Toluca in Mexico to the world
CGIAR Initiative on Breeding Resources12.11.25-
Climate adaptation & mitigation
-
Nutrition, health & food security
In Mexico, a project has been completed to develop new elite parental lines of wheat…
Read more -
-
Mapping Where People Can Live Safely in a Changing Climate: The Global Habitability Index
Ibukun Taiwo12.11.25-
Climate adaptation & mitigation
Where can the world’s most vulnerable populations live safely and sustainably? Across the world, r…
Read more -
-
CGIAR@COP30: Loss and Damage Negotiation Updates
Climate Action Science Program12.11.25-
Adaptation
-
Climate adaptation & mitigation
-
Mitigation
For vulnerable countries and communities, climate change is already causing devastation that no amou…
Read more -