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deep-tissue imaging

Year

27 August 2024 In the foreground is a photoacoustic dye from the red end of the visible spectrum that is ‘turned on’. It produces an ultrasound emission that can be detected and measured. A dye that is ‘turned off’ is shown in the left background.

In the foreground is a photoacoustic dye from the red end of the visible spectrum that is ‘turned on’. It produces an ultrasound emission that can be detected and measured. A dye that is ‘turned off’ is shown in the left background.

Seeing into the depths

Science & Technology EMBL scientists applied molecular engineering to build photoacoustic probes to label and visualise neurons deep within brain tissue.

2024

science-technology

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