… coordination compound are typically thought to be the most important determinants of its
reactivity… that are unusual in smaller coordination compounds. Chart shows protein-bound metal …

… electronic structure and function in the context of the biologically relevant coordination chemistry
of … In this way, we complement other recent reviews on the chemistry of NO and its redox …

… Suitable for repeated use due to the reversible coordination of … coordination bond. In the
following, we will discuss recent advances on the field of surfaceconfined coordination chemistry …

… Electronic structures and reactivity of other metallocorroles are also discussed, and
comparisons between corrole and porphyrin complexes are made where data are available. The …

… The adsorption of these compounds on the metallic surface … , salts, humidity, electronic
structure of compounds etc. Organic … , electron donating groups create positive and electron …

… in research in biological inorganic chemistry, we now know the structures of many components
of the … between structure and function have been elucidated and the electronic structural, …

… significance, the electronic structure and the reactivity of compound-I and compound-II have
… are difficult to perform because of its intrinsic reactivity and lability. As a result, considerable …

… EFFECTS The relationship between chemical reactivity and molecular structure (including
electronic structure) is one of the most important problems in modern chemistry. In spite of …

… provided valuable information about the electronic structures and excited state reactivities
of … This lack of reactivity suggests that these excited states undergo very rapid electronic and …

… their protolysis seems to depend on the electron configuration of the central metal atom. The
… and non-explosive coordination compounds are considerably less reactive than the anionic …