Specific neurotransmitters can be measured directly in a living human brain
Specific neurotransmitters and their release or metabolic activity can indeed be measured directly in the living human brain using advanced neuroimaging techniques such as PET and specialized magnetic resonance spectroscopy.
The claim is a specific, empirically verifiable statement about neuroimaging capabilities. Retrieved papers like [1] and [9] directly confirm that neuroimaging tools such as advanced PET and magnetic resonance spectroscopy can detect and quantify neurotransmitters and their release in vivo in the living human brain. Thus, the evidence clearly supports the claim.
Cherix A, Haermson O, Tachrount M, Campbell J, Clarke WT, Lerch JP, Stagg C. Non-invasive measurement of neurotransmitter-specific glucose metabolism in the human brain using proton-observed proton-edited <sup>13</sup> C-MRS (POPE <sup>13</sup> C-MRS). 2026. https://doi.org/10.64898/2026.03.13.711600
Paper 1 discusses non-invasive magnetic resonance spectroscopy methods that enable in vivo detection of neurotransmitter-specific metabolism in the human brain.
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Hanania JU, Bevington CW, Cheng JK, Su D, Pavel A, Stoessl AJ, Sossi V. A generalized framework for <i>in vivo</i> detection of dopamine release using positron emission tomography.. 2026. https://doi.org/10.1177/0271678x251362958
Paper 9 explains that voxel-level detection of task-induced dopamine release in the human brain is achievable with dynamic PET imaging.
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