The examples of visual representation of chemical space as artistic representations presented in Section 3 are focused on food chemicals and molecular descriptors suitable to represent such chemical compounds. Also, examples of visualization methods used in the previous section are t-SNE, PCA, and TMAPs. However, as commented in the Introduction, the number of established visualization techniques, molecular descriptors, and, perhaps most importantly, the number of chemical structures are immense. Therefore, there are literally thousands or millions of ways to generate chemical space-driven works of art. To glimpse the artistic possibilities, Table summarizes examples of the cheminformatics-driven visualization of chemical space and multiverses. The table summarizes examples of compound data sets with chemicals of different types that could be used to represent their vastness, complexity, diversity, and chaotic intrinsic features from an artistic perspective. Many more compound data sets and multiple combinations of descriptors and visualization techniques could be used. However, as with any other artistic vehicle, the real importance of any type of art is its capacity to tell histories or convey a message that sometimes is hidden. To illustrate further the potential of generating artistic representations through visualization of chemical space, Figure shows an example of chemical space artwork from a random natural products dataset, decoding by their side effects descriptors (e.g., mutagenesis, tumorogenesis, and negative reproductive effects, etc.). Their color palette, from red to blue, represents the probability of each natural product generating side effects. The "canvas" was "painted" with a dotted technique which reflects another possible set of textures that can be developed with this type of technique. Like in Figure , we intrinsically know that "nature" is not always healthy and that within us, there is a delicate balance that is very easy to break. representations of chemical space. We presented a few examples of chemical space artworks that can be "digital paintings." The author of the low-dimensional graphs can use the plots with dual general purposes: