“…N -substituted- N -acyl thioureas appear as key building blocks for generating various heterocyclic products through cyclization, 8,9 as well as serving as precursors for anion receptors, 10,11 organocatalysts, 12–14 corrosion inhibitors 15 and non-ionic surfactants. 16 Comprehensive research has documented the wide range of pharmacological benefits associated with acyl thiourea derivatives, including their potential as anticonvulsant, 17 anticancer, 18–20 antidiabetic, 21 anti-inflammatory, 22,23 anti-HIV, 24 antimicrobial, 25,26 urease inhibitory, 27 herbicidal, 28 and insecticidal agents. 29…”