In this study, a series of Zr(IV)- and Al(III)-based MOFs containing sequentially expanded 1D-channel pores were investigated for the uptake and controlled release of semiochemicals. Through pore expansion, control over the degree of uptake and release dynamics of these biological messenger molecules was achieved, with the stability of these frameworks allowing for regeneration and re-use with near identical re-release profiles.

中文翻译：

---

通过扩孔控制通道型金属有机框架中化学信息素的吸收和释放


在本研究中，研究了一系列含有连续扩展的一维通道孔的 Zr(IV) 和 Al(III) 基 MOF 的化学信息素的吸收和控制释放。通过孔扩张，实现了对这些生物信使分子的吸收和释放动力学程度的控制，这些框架的稳定性允许以几乎相同的再释放曲线进行再生和再利用。