Monteverdia aquifolia leaves extracts was obtained using pressurized-liquid extraction (PLE) and ultrasound-assisted extraction (UAE), evaluating, when pertinent, temperature, solvent, solvent/biomass ratio, and sonication amplitude (%), comparing to the conventional Soxhlet extraction (SOX) concerning yield (wt%), total phenolic content (TPC), antioxidant activity (AA), and chemical composition. The highest yield was 8.3% obtained in SOX with ethanol (360 min and ± 78 °C). With the same solvent, UAE reached 6.6% (30 min, 50 °C, amplitude 80%, and solvent/biomass ratio 20 mL g⁻¹), and the PLE reached 5.3% (25 min and 60 °C), corresponding to 79.2% and 63.7% of the SOX yield, respectively. However, UAE and PLE consumed a smaller volume of solvent, operated for a shorter time, and provided improved extracts, with higher TPC and AA, compared to conventional extraction. The extracts proved to be a good source of bioactive compounds, such as Vitamin E, Friedelin, Friedelanol, and Squalene.

使用加压液体提取 (PLE) 和超声辅助提取 (UAE) 获得蒙特维迪亚 (Monteverdia aquifolia)叶提取物，并在相关时评估温度、溶剂、溶剂/生物质比和超声处理幅度 (%)，与传统的索氏提取相比(SOX) 关于产量 (wt%)、总酚含量 (TPC)、抗氧化活性 (AA) 和化学成分。在含乙醇的 SOX 中获得的最高产率为 8.3%（360 分钟和 ± 78 °C）。使用相同的溶剂，UAE 达到 6.6%（30 分钟，50 °C，振幅 80%，溶剂/生物质比 20 mL g ^-1)，PLE 达到 5.3%（25 分钟和 60°C），分别对应于 SOX 产率的 79.2% 和 63.7%。然而，与传统提取相比，UAE 和 PLE 消耗的溶剂量更小，操作时间更短，并且提供了改进的提取物，具有更高的 TPC 和 AA。事实证明，这些提取物是生物活性化合物的良好来源，例如维生素 E、弗里德林、弗里德醇和角鲨烯。