The Symphonies of G. B. Sammartini. Vol. I: The Early Symphonies

Design, Synthesis, and Biological Evaluation of Novel Camphor-Based Hydrazide and Sulfonamide Derivatives as Laccase Inhibitors against Plant Pathogenic Fungi/Oomycetes

“…Camphor has been extensively utilized as a fragrance and food a flavorant in household cleaners as well as a component of hygienic insecticides. − Moreover, camphor has been used for the synthesis of many derivatives, which exhibited diverse pharmaceutical activities (Figure b). , Among them, some camphor derivatives were found to exhibit promising antifungal activities against different plant pathogenic fungi. , In addition, camphanic acid was a downstream product of camphor, and its derivatives also displayed promising pharmaceutical activities. For instance, Gerard et al reported that the amide derivatives of camphanic acid showed considerable antidiabetic activity (Figure b) . However, the application of camphanic acid derivatives in the pesticide field has seldom been reported.…”

“…For instance, Gerard et al reported that the amide derivatives of camphanic acid showed considerable antidiabetic activity (Figure 1b). 33 However, the application of camphanic acid derivatives in the pesticide field has seldom been reported. These research works implied the potential of camphor derivatives as the source of new fungicides.…”

High Strain Rate Compression Behavior and Constitutive Relation of As-Extruded Mg-Gd-Y Magnesium Alloy

“…The recently developed Mg-Gd-Y magnesium alloys were reported that exhibit higher specific strength at both room and elevated temperatures and better creep resistance than conventional Al and Mg alloys [1,2]. The materials dynamic deformation behavior and the constitutive modeling under high strain rates are one of the important research fields for the past several decades [3][4][5]. The study of constitutive relation under high strain rate was mainly concentrated on the titanium and aluminum alloy [5][6][7][8][9].…”