Volume 39, Issue 8 pp. 1501-1503
Communication

Ligand-Directed Structural Modification of Imidotin(II) Cubanes: The Mixed Oxidation State Double-Cubanes [Sn7{2-NR}8]⋅n THF (R=Pyrimidinyl, 5-Methylpyridinyl)

Francesca Benevelli

Francesca Benevelli

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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Emma L. Doyle

Emma L. Doyle

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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Eilis A. Harron

Eilis A. Harron

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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Neil Feeder Dr.

Neil Feeder Dr.

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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Elsje A. Quadrelli Dr.

Elsje A. Quadrelli Dr.

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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David Sáez

David Sáez

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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Dominic S. Wright Dr.

Dominic S. Wright Dr.

Chemistry Department, Cambridge University Lensfield Road, Cambridge (UK) Fax: (+44) 1223-336362

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We gratefully acknowledge the EPSRC and the Leverhulme Trust (D.S.W.), the Royal Society (D.S.W.), and the E.U. (TMR Fellowship for E.A.Q., Socrates grant for D.S.) for financial support.

Graphical Abstract

SnII/SnIV double-cubanes [Sn7(NR)8], and not as expected simple imidotin(II) cubanes of the type [{SnNR}4], are obtained from reactions of [Sn(NMe2)2] with 2-aminopyridines and -pyrimidines (the structure of the 2-imidopyrimidine derivative is shown). This ligand-dependent structural modification may indicate an as yet untapped area of electrochemistry involving other main group metal cage complexes.

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