Volume 37 Number 12 (Inside) 2008

New insights in the 2-His-1-carboxylate facial triad in non-heme iron enzymes show the unprecedented versatility of this oxidative catalytic platform.

Volume 37 Number 11 (Inside) 2008

In recent years, stimuli-responsive surfaces have been used to modulate biological interactions, offering an unprecedented ability to control cell adhesion and migration on surfaces.

Volume 37 Number 10 (Inside) 2008

Catalytic combustion and synthesis of hydrocarbons, classic reactions reassessed here via modern computational theory, could underpin an efficient "carbon cycle" for sustainable biofuel exploitation.

Volume 37 Number 9 (Inside) 2008

Assembly of gold nanoparticles using polymers and biopolymers provides access to new structures featuring unique properties and functions.

Volume 37 Number 8 (Inside) 2008

PH and PP bonds become molecular building blocks via stoichiometric and catalytic activation.

Volume 37 Number 7 (Inside) 2008

A representation of the interaction between HIF-1a and pVHL; a key point in the regulation of the hypoxic response in metazoans.

Volume 37 Number 6 (Inside) 2008

Diverse catalytic nucleic acids are used as amplifying labels of biorecognition events, they participate in the construction of nanostructures, and provide function units in biomolecule-based logic gates and computing.

Volume 37 Number 4 (Inside) 2008

p-Type, n-type and ambipolar OFETs based on soluble small molecules.

Volume 37 Number 3 (Inside) 2008

This cover pictures simple structures which can be prepared from aldol reactions of boron enolates generated from methyl ketones. The boron enolate and the aldol adducts derived from it appear as a very reactive nucleus with electrons in rings around it.

Volume 37 Number 2 (Inside) 2008

Nanospace-molecular reactivity as not observed before. This cover illustrates a self-assembled nanocapsule which acts a catalyst for a bimolecular reaction.

Volume 37 Number 1 (Inside) 2008

Distant bodies, as the moon and tide in the background, can nevertheless exert a powerful influence; anion-pi interactions, although subtle, can have a decisive effect on supramolecular and biological systems.
DOI: 10.1039/B718339A