The exploration of increasingly specific brain structures and their relationships, in more nuanced ways, has facilitated the generation of databases for gene expression, connectivity, cell morphology, and electrophysiology. However, neurochemistry, the study of neurochemical environment and transmission, has not yet warranted a public database, despite the plethora of data published. From our viewpoint, a neurochemical database is overdue and would allow the field of neurochemistry to develop facilitating, standardization and reference values, reproducibility, resource efficiency, preservation and accessibility of raw data, hypothesis development and exploration, and metadata analysis. We propose to use acquired and published data from tissue content analysis to initialize this database.
Keywords: Neurochemistry; brain areas; database; microdialysis; monoamines; standardization; tissue content.