Macias Francisco A, Marin David, Oliveros-Bastidas Alberto, Varela Rosa M, Simonet Ana M, Carrera Ceferino, Molinillo Jose M
Departamento de Quimica Organica, Facultad de Ciencias, Universidad de Cadiz, Spain.
Biol Sci Space. 2003 Jun;17(1):18-23. doi: 10.2187/bss.17.18.
Natural products involved in plant-plant and plant-microorganism ecological interaction (Allelochemicals) are an important potential source for alternative agrochemicals and pharmaceuticals, in order to solve the many problems derived from inadequate culture practices and abuse of synthetic herbicides. Isolation, structural determination, bioassay techniques and applicability for these compounds in crop protection and pharmaceutical research are discussed, and future trends on Allelochemicals applications are examined. The new strategies for sustainable ecosystems controlled by allelochemicals offer a particular interest for the development of human bases in space, since these products can stimulate or inhibit plant germination and growth, and permit to develop crops with low residue amounts in water, facilitating wastewater treatment and recycling.
参与植物与植物、植物与微生物生态相互作用的天然产物(化感物质)是替代农用化学品和药品的重要潜在来源,旨在解决因不当种植方式和合成除草剂滥用而产生的诸多问题。本文讨论了这些化合物的分离、结构测定、生物测定技术及其在作物保护和药物研究中的适用性,并探讨了化感物质应用的未来趋势。由化感物质控制的可持续生态系统的新策略对太空人类基地的发展具有特殊意义,因为这些产品可以刺激或抑制植物发芽和生长,并使水中残留量低的作物得以生长,有助于废水处理和循环利用。