1,3-diol-containing molecules

1,3-diol-containing molecules are a class of organic compounds characterized by two hydroxyl groups separated by a single carbon atom. This structural motif is a hallmark of various biologically active natural products, including polyene macrolide antibiotics like amphotericin B and various polyketides (PubChem, 2024). In medicinal chemistry, the 1,3-diol arrangement is a critical pharmacophore in HMG-CoA reductase inhibitors (statins), where it mimics the natural substrate's transition state to inhibit cholesterol synthesis (NIH, 2023). Despite their prevalence in drug structures, 1,3-diols are not therapeutic targets themselves; rather, they are chemical features of the ligands that bind to targets such as enzymes or cell membrane components. Because this term refers to a broad chemical classification rather than a specific biological macromolecule, it is not considered a valid therapeutic target in a pharmacological context (Wikipedia, 2024). The synthesis of these motifs often requires sophisticated stereoselective methods, such as the Evans-Saksena reduction, highlighting their complexity in drug design (Journal of Organic Chemistry, 2022).

Other names

1,3-diolsbeta-glycols1,3-dihydroxy compounds

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