“…Isosorbide also known as 1,4:3,6-dianhydro- d -sorbitol is obtained from sugar industry by double dehydration of starch derivatives [24,25]. This rigid, chiral, bicyclic and nontoxic molecule was studied in various fields of applications ranging from polymers [26], coating [27,28], surfactant [29,30,31,32], catalysis [33], textile [34], semi finite materials obtained from click chemistry [35,36] (i.e., prepregs) including plasticizers [37,38,39,40] to pharmaceuticals [41,42,43] or biomedical field [44,45]. The difference between isosorbide (IS) in comparison to its two isomers [24] isoidide (II) and isomannide (IM) is the configuration of the two hydroxyl groups as shown in Figure 2.…”