A. Itken-Fuder talked to S. McIndoe, University of Victoria, Canada, about the influence of additives on the mechanism of action of methylaluminoxane

Behind the Science: How Does Methylaluminoxane Work?

Using Enzymes to Make Tryptamine Analogs
In vitro biocatalytic production using a new tryptophan decarboxylase

Probing Glutathione in Cells Using Metal-Organic Frameworks
New strategy allows measurements in living cells

Mineral Membranes for Prebiotic Chemistry
Microfluidic production of pyrophosphate catalyzed by mineral membranes with steep pH gradients

Meeting of Editors of European Society Magazines
ChemPubSoc Europe invited Editors-in-Chief of national membership magazines

Optimized MRI Contrast Agent
Improving the properties of compounds already approved for clinical use by simple modifications

Designing Bimetallic Superalkali Cations
The jellium model and density functional theory (DFT) calculations used for rational design

Walking into Cells
Diselenolane-mediated cellular uptake of peptides, proteins, artificial metalloenzymes

New Approach to Malaria Drug Design
Structural motif in heme derivative points to new target for antimalarial drugs

Getting More from Cellulose: Acid-Catalyzed Formation of Furan-Type Compounds
Cellulose and cellobiose can be converted to furanoids in the presence of the ionic liquid zinc chloride hydrate and anisole