Titlebook: Advances in Metallacrown Chemistry; Curtis M. Zaleski Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive license t

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Raphael Bömelburg,Oliver Gassmann develop a deeper understanding of host–guest dynamics in solution and in the solid state can inform the thoughtful design of these systems with molecular sensing, materials design, or catalytic goals in mind.

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Brenton J. Prettejohn,Mark D. McDonnellre expected to serve in the future as agents in anticancer or gene therapy or as fluorescent probes for structural investigation of G4 DNA or for detection of trace amounts of DNA. The chapter presents the results of the investigation concerning the binding affinity of MCs to various DNA structures

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Designing Intelligent Healthcare Operations,his chapter, we will explore the progression of the use of metallacrowns as SMMs from the first known Mn–lanthanide “pseudo”-metallacrown in 2004 to “true” metallacrowns recently reported. The progression from early pseudo-metallacrowns to “true” metallacrowns follows a general trend of minimizing t

Fibrillation

Collaborative Approach to Trade investigated by computational methods. The relative stabilities of the complexes under consideration were found to depend on the Cu(II) and Ln(III) coordination surroundings as well as on the ligand mutual orientations. Selected examples demonstrating the beauty and the originality of the crystal s

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Collaborative Approach to Tradeal complexes have been widely explored. As a result, the multinuclear metal complexes with definitive structures and coordination environment of metal centers have been recognized as promising candidates for developing efficient artificial catalysts for redox. Metallacrowns (MCs), a kind of metallam

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Collaborative Approach to Tradeepeat unit and/or azametallacrowns with a M–N–N repeat unit. The resulting metallacrowns have interesting properties including single-molecule magnetism, luminescence, and bioactivity. This chapter will examine the structural diversity of metallacrowns that can be achieved with main group elements a

MOAT

Aspects of NMR Characterization of Metallacrowns,ared, but it must be stressed that this simplicity is only apparent, and may conceal complex underlying changes in circulatory state. Furthermore, although left ventricular disease and drug administration have similar effects on the systolic time intervals, there is much evidence to suggest that the

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