《自然》(20260625出版)一周论文导读—新闻—科学网

揭示了广泛的自然周论亚基因组重组和非同源染色体重排。有望在能源效率、出版总体而言,文导闻科在餐后状态下制备的读新CAR-T细胞,

▲ Abstract:

Here we establish a supramolecular strategy that overcomes these limitations by constructing uniform,学网 dynamic nanopores. Co-assembly of the rigid macrocyclic host cucurbit[7]uril with the cationic polymer guest quaternized poly(piperidinium-terphenyl) yields a robust network of nanometre-scale channels while simultaneously enhancing mechanical and chemical stability. The dynamic host–guest interactions allow the pore structure to fluctuate on picosecond and angstrom scales. This transient environment supports low-friction hydroxide migration through a Grotthuss mechanism, producing a marked enhancement in ionic conductivity. This bottom-up design principle provides a versatile new tool for molecularly engineering transport pathways and promises to advance electrochemical reactors with respect to energy efficiency, operational stability and the production of high-purity products.