Fatty acid–binding proteins (FABPs) are small lipid-binding proteins abundantly expressed
in tissues that are highly active in fatty acid (FA) metabolism. Ten mammalian FABPs have …

Markov state models are widely used to describe and analyze protein dynamics based on
molecular dynamics simulations, specifically to extract functionally relevant characteristic …

Fatty acid (FA) transfer proteins extract FA from membranes and sequester them to facilitate
their movement through the cytosol. Detailed structural information is available for these …

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 …

Small modifications in the chemical structure of ligands are known to dramatically change
their ability to inhibit the activity of a protein. Unraveling the mechanisms that govern these …

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 …

Protein–ligand interactions are crucial to many biological processes. Ligand binding and
dissociation are the basic steps that allow proteins to function. Protein conformational …

Myelin protein P2 is a peripheral membrane protein of the fatty acid–binding protein family
that functions in the formation and maintenance of the peripheral nerve myelin sheath …

Lipid-binding proteins (LBPs) are soluble proteins responsible for the uptake, transport, and
storage of a large variety of hydrophobic lipophilic molecules including fatty acids, steroids …

Fatty acid binding proteins (FABPs) are responsible for the long‐chain fatty acids (FAs)
transport inside the cell. However, despite the years, since their structure is known and the …