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Synthetic biology applies engineering principles to biological systems and has significantly advanced the design of synthetic gene circuits that can reprogram cell activities to perform new functions. The ability to engineer mammalian designer cells with robust therapeutic behaviors has brought new opportunities for treating metabolic diseases. In this review, the authors highlight the most recent...
A gigantic 16‐copper‐containing 28‐niobate cluster, Na14K7H5{As4Cu4[Cu(H2O)]12Nb28O109}⋅37.5 H2O (1), has been prepared by a one‐pot reaction, which is the first example of arsenic copper clusters containing polyoxoniobate, and the first tetrahedral arrangement of both the Cu cluster and the [Nb7O22]9− subunits.
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