Conformational exchange in proteins is a major determinant in protein functionality. In
particular, the μs–ms timescale is associated with enzymatic activity and interactions …

Fatty acid binding proteins play an important role in the transportation of fatty acids. Despite
intensive studies, how fatty acids enter the protein cavity for binding is still controversial …

As a member of the fatty acids transporter family, the heart fatty acid binding proteins
(HFABPs) are responsible for many important biological activities. The binding mechanism …

Fatty acids (FAs) are one of the essential energy sources for physiological processes, and
they play a vital role in regulating immune and inflammatory responses, promoting cell …

The role of protein structural disorder in biological functions has gained increasing attention
in the past decade. The bacterial acid-resistant chaperone HdeA belongs to a group of" …

Intracellular transport of fatty acids involves binding of ligands to their carrier fatty acid
binding proteins (FABPs) and interactions of ligand-free and-bound FABPs with membranes …

Fatty acid binding proteins (FABPs) can facilitate the transfer of long-chain fatty acids
between intracellular membranes across considerable distances. The transfer process …

The protein Bet v 1 represents the main cause for allergic reactions to birch pollen in Europe
and North America. Structurally homologous isoforms of Bet v 1 can have different properties …

Proteins are dynamic in nature and exist in a set of equilibrium conformations on various
timescale motions. The flexibility of proteins governs various biological functions, and …

Members of the fatty acid binding protein (FABP) family function as intracellular transporters
of long chain fatty acids and other hydrophobic molecules to different cellular compartments …