The crucial recognition events of chemistry, biology, and materials science occur in a much
smaller world than the one we are accustomed to. Information about these events can be …

Supramolecular chemistry is a branch of chemistry concerned with the coalescence of
molecules into noncovalent arrays. In other words, molecular recognition. Molecular …

The concept of allosteric proteins was developed in the early 1960s by Monod1 and
Koshland. 2 Allosteric is derived from the Greek root allo, meaning “the other”. The binding …

This paper discloses coordination approaches to well-defined organic structures including
macrocycles, a three-dimensional cage-like compound, and [2] catenanes. These …

Positive or negative allosterisms are ubiquitously seen in nature where the biological events
must be efficiently regulated in response to chemical or physical signals from the outside …

Cooperative effects in the binding of two or more substrates to different binding sites of a
receptor that are a result of a conformational change caused by the binding of the first …

This article is concerned with the incorporation of cooperative molecular recognition and
metal ion coordination in the design of selective sensors that signal binding events through …

The regulation of molecular functions utilizing information at the molecular level is important
and necessary to elucidate the mechanisms of allostery, cooperativity, feed-back, etc. in …

11.082 (2) A, a= 113.00 (3),/3= 94.48 (3), y= 90.53 (3), V= 1857.7 (9) A3, Z= 2) indicates that
the copper (II) atom has the expected trigonal bipyramid geometry. The reduction potential of …

The transfer and modulation of the molecular information are necessary processes for
cooperative and responsive molecular functions. When functional molecules are responsive …