The term scaffold is used extensively to describe the core structure of a molecule.
Scaffolds are defined as the core structure of a molecule connecting different substituents or functional groups.
The core of an enzyme molecule is its active site from the viewpoints of both academic research and industrial application.
By retaining filgrastim as the core of the molecule, a predictable safety profile was possible because pegfilgrastim, like endogenous G-CSF, is specific for only one receptor.
The core of the molecule is a benzofuranyl ring system, to which an iodinated diiodophenyl group, a tertiary amine, and the chiral centre of the molecule, an (S -2-butanyl group, are added over the courS -2-butanylntheS -2-butanyl
This motif consists of a triple-stranded antiparallel β-sheet, which is cross-braced via three disulfide bonds at the core of the molecule to an α-helix (in a βαββ arrangement).
It also appears that the shortening of the side chain in V1A and V1G mutants may be one of the major reasons for the decrease in their stability, as this would expose the core of the molecule to a greater extent.
The 16 β-strands can be divided into two sheets that form a sandwich and a hydrophobic core of the molecule.
Bet v 1 has a Y-shaped, solvent accessible hydrophobic cavity traversing the core of the molecule, capable of binding a wide range of ligands.
For information that is pertinent to the destination format, but does not exist in the core specification of a SketchEl molecule, the extensibility mechanism holds the door open for future improvement, in a backward and forward compatible way.
