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Conceptual approaches for the use of artificial intelligence algorithms in the functional screening of secondary metabolites following the bottom-up approach. A library of secondary metabolites obtained from metabolomic studies can be screening for biological activity using their chemical structures. In a machine-learning approach, an artificial intelligence system will be previously trained with a reference dataset where the important chemical features will be manually curated. In a deep-learning approach, the artificial intelligence will extract the functional features and classify the database of chemical compounds with no human intervention.

Conceptual approaches for the use of artificial intelligence algorithms in the functional screening of secondary metabolites following the bottom-up approach. A library of secondary metabolites obtained from metabolomic studies can be screening for biological activity using their chemical structures. In a machine-learning approach, an artificial intelligence system will be previously trained with a reference dataset where the important chemical features will be manually curated. In a deep-learning approach, the artificial intelligence will extract the functional features and classify the database of chemical compounds with no human intervention.

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Modern biology is founded on integrative and systemic approaches that can be applied to the study of cells and their components. On its origins, molecular biology grew using a reductionist approach that studied very specific biological processes and mechanisms with a lot of detail. However, the accumulation of isolated units of information required...