Abstract
Herein, we report that assemblies of nucleopeptides selectively sequester ATP in complex conditions (for example, serum and cytosol). We developed assemblies of nucleopeptides that selectively sequester ATP over ADP. Counteracting enzymes interconvert ATP and ADP to modulate the nanostructures formed by the nucleopeptides and the nucleotides. The nucleopeptides, sequestering ATP effectively in cells, slow down efflux pumps in multidrug‐resistant cancer cells, thus boosting the efficacy of doxorubicin, an anticancer drug. Investigation of 11 nucleopeptides (including d‐ and l‐enantiomers) yields five more nucleopeptides that differentiate ATP and ADP through either precipitation or gelation. As the first example of assemblies of nucleopeptides that interact with ATP and disrupt intracellular ATP dynamics, this work illustrates the use of supramolecular assemblies to interact with small and essential biological molecules for controlling cell behavior.
Nukleopeptid‐Aggregate, die ATP selektiv gegenüber ADP einlagern, wurden entwickelt. Enzyme wandeln ATP und ADP ineinander um und modulieren dadurch die Nukleopeptid‐Nanostrukturen, die ATP effektiv in Zellen einfangen. Dadurch können Effluxpumpen von Krebszellen verlangsamt und die Wirkung von Doxorubicin verstärkt werden.