Multiple structural alignment is a fundamental problem in structural genomics. In this article,
we define a reliable and robust algorithm, MUSTANG (MUltiple STructural AligNment …

Sequence alignment is fundamental for analyzing protein structure and function. For all but
closely-related proteins, alignments based on structures are more accurate than alignments …

Motivation: Secondary structure underpins the folding pattern and architecture of most
proteins. Accurate assignment of the secondary structure elements is therefore an important …

An osmotic, oral, controlled-release capsule is described. This capsule provides drug delivery
at fixed delivery rates (T 80% = 6 or 14 h) independent of drug properties (eg, solubility) or …

Background Inventories of small subgraphs in biological networks have identified commonly-recurring
patterns, called motifs. The inference that these motifs have been selected for …

Background A central tenet of structural biology is that related proteins of common function
share structural similarity. This has key practical consequences for the derivation and …

Motivation Alignments are correspondences between sequences. How reliable are alignments
of amino acid sequences of proteins, and what inferences about protein relationships can …

Motivation Structural molecular biology depends crucially on computational techniques that
compare protein three-dimensional structures and generate structural alignments (the …

The dry‐cast membrane‐formation process is a principal technique by which asymmetric
porous membranes as well as dense films can be obtained. Much insight into the fundamental …

Abstract Comparison and classification of folding patterns from a database of protein
structures is crucial to understand the principles of protein architecture, evolution and function. …