Uploaded August 2025 | Updated September 2026, 2 weeks ago
The first comprehensive molecular map of human bone marrow, created by imaging over 5000 genes within individual cells, reveals an extraordinary level of detail.
In this video, different cells in the bone marrow can be seen highlighted in different colours.
Produced using state-of-the-art spatial technology, the molecular ‘Google map’ has revealed surprising insights that could redefine current thinking on the development and spread of myeloma.
The WEHI research opens the door to the development of more effective myeloma treatments, tailored to individual patients.
The first comprehensive molecular map of human bone marrow, created by imaging over 5000 genes within individual cells, reveals an extraordinary level of detail.
In this video, different cells in the bone marrow can be seen highlighted in different colours.
Produced using state-of-the-art spatial technology, the molecular ‘Google map’ has revealed surprising insights that could redefine current thinking on the development and spread of myeloma.
The WEHI research opens the door to the development of more effective myeloma treatments, tailored to individual patients.
