SEMINARIO QUÍMICA ORGÁNICA 31-8-26 EXPOSITORA : Ing. Natalia A. Lenarduzzi D'Emilio TÍTULO : " Oxidation-Induced Scaffold Remodeling in Ainsliaea Disesquiterpenoids: Total Synthesis of Macrocephadiolide A " FUENTE : Gennaiou K.; Zografos A. L.; Org. Lett. 2026 , 28 , 4115−4119 . DÍA, HORA y LUGAR : Lunes 31 de agosto de 2026, 14:00 h, Aula de graduados y virtual. Modalidad virtual, Link : meet.google.com/wpi-ujuz-rok. Resumen : Late-stage oxidations extend terpenoid architectures beyond cyclase-defined boundaries, driving molecular complexity and functional diversity. Disesquiterpenoid biosynthesis illustrates this, as simple monomeric carbocycles evolve into sophisticated dimers through oxidative elaboration. Guided by this logic, we harnessed the oxidase phase of Ainsliaea congeners to generate natural and non-natural privileged scaffolds. A concise, five-step oxidative cascade from ainsliadimer A (3) delivers macrocephadiolide A (5), showcasing oxidation driven fr...
SEMINARIO QUÍMICA ORGÁNICA 24-8-26 EXPOSITORA : Lic. Josefina Huck TÍTULO : " A Practical Start-Up Guide for Synthetic Chemists to Implement Design of Experiments (DoE) " FUENTE : Wall, B. J.; Koeritz, M. T.; Stanley, L. M.; VanVeller, B. ACS Catal. 2025, 15 (11), 8885–8893 . DÍA, HORA y LUGAR : Lunes 24 de agosto de 2026, 14:00 h, Aula de graduados y virtual. Modalidad virtual, Link : meet.google.com/wpi-ujuz-rok. Resumen : Experimental design in the synthetic chemistry community primarily focuses on optimizing reaction conditions by modifying one variable at a time (OVAT). Design of Experiments (DoE) methodology, already commonplace in the chemical industry, captures optimal reaction conditions while shrinking the number of experiments required. Additionally, DoE can provide interaction effects between variables that are not captured in OVAT optimizations. Despite the cost- and time-saving benefits that DoE can provide, it has not been widely adopted by the academic co...