
European Journal of Nuclear Medicine and Molecular Imaging
Peer-reviewed journalWikipedia
2
MENTIONS
2
EPISODES
1
PODCASTS
Search complete. 2 mentions across 2 episodes found for "European Journal of Nuclear Medicine and Molecular Imaging".
Sep 11, 2026
A Micro-Cap Biotech Just Cleared a Milestone Most Never Reach
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8:47speaker_0NARRATOR
By August 2025, the collaboration had already produced peer-reviewed results.
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8:53speaker_0NARRATOR
Findings published in the European Journal of Nuclear Medicine and Molecular Imaging and funded by the National Institutes of Health showed that 18F3F4AP had excellent properties for imaging the human brain and could detect differences across lesions that were not visible on conventional MRI.
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9:13speaker_0NARRATOR
The study reached a key midpoint milestone in May 2026, with Bruggerolles noting that the ability to directly quantify demyelinated lesions with intact axons represents an important unmet need in MS research.
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9:28speaker_0NARRATOR
If fully validated, this imaging approach could eventually give researchers a far more direct and quantitative way to measure myelin loss and repair than MRI alone currently allows.
A Micro-Cap Biotech Just Cleared a Milestone Most Never Reach [Video Edition]
S
8:47speaker_0NARRATOR
By August 2025, the collaboration had already produced peer-reviewed results.
S
8:53speaker_0NARRATOR
Findings published in the European Journal of Nuclear Medicine and Molecular Imaging and funded by the National Institutes of Health showed that 18F3F4AP had excellent properties for imaging the human brain and could detect differences across lesions that were not visible on conventional MRI.
S
9:13speaker_0NARRATOR
The study reached a key midpoint milestone in May 2026, with Bruggerolles noting that the ability to directly quantify demyelinated lesions with intact axons represents an important unmet need in MS research.
S
9:28speaker_0NARRATOR
If fully validated, this imaging approach could eventually give researchers a far more direct and quantitative way to measure myelin loss and repair than MRI alone currently allows.