1. As a datatable (Figure ), where users can get access to the Ligand -AD protein prediction results (value between 0.01 and 1). The higher the value the better, since it means that the probability of the ligand being active against the selected targets is high. Since all ligands (in this case: JW8, Compound 1, FAH65, Compound 5A, and Compound 19-2-1 -Figure ) were screened against all selected targets (in this case: ACHE, GSK3A, BACE1, HTR1A, and HCRTR2 -Figure ), the results show all predictions above the selected probability threshold (in this case 0.70 -Figure ). Results can be downloaded as CSV and/or PDF formats. The datatable also allows to find dynamically ligands and/or targets as well as probability result values. 2. As a heatmap (Figure ), where users can access a complete and dynamic heatmap to visualize the results. This visualization is very useful, since it allows to quickly spot and identify which ligands have a high probability of being multitarget, and which selected AD proteins have a high probability of being modulated by the same ligand. Results can be downloaded as CSV and/or PNG formats. 3. As a Ligand-Protein Interaction network (LPIn) (Figure ), where users can visualize the results as a graph, displaying the probability results as interactions (edges) between proteins and ligands. The size of each node (ligand and/or target) is proportional to the degree topology parameter (number of interactions), which makes it easier to quickly spot which nodes have the most relevance in the network. Users can use the upper buttons to display the network legend as well as labels of the nodes and edges.