Moreover, the donor and acceptor specificities of mammalian β4GalT1 can be modified through the binding of a protein cofactor, α-lactalbumin (Do et al. 1995; Hennet 2002).
These observations suggest that in intact cells cytochalasins may function differently compared to purified and semipurified systems, and their effects may be modified through other actin-binding or sequestering proteins.
AAG, which is one of the acute-phase reactants, was also increased and there is the possibility that the EBT was modified through the effects of protein-binding.
This metabolite is likely to be heavily modified through multiple reactions catalyzed by a metal-binding cupin domain and a lysine N6 monooxygenase that are strictly associated with this paralogous methionyl-tRNA synthetase (MtRS).
This rate of Pol II recruitment can be modified through the action of a number of DNA-binding proteins (transcription factors), such as the nuclear receptors that are key sensors for the presence of therapeutic drugs within the cell.
These results suggest that in birds, changes in the ligand-binding activity of TLR2A/B may be modified through positive selection, which contrasts with mammals where this appears not to be case.
The surface of the lignocellulosic polymers may be modified through various chemical treatments, such as carboxymethylation to enhance the binding sites by increasing the functional groups on the surface of lignin.
These results suggest that in mammals, changes in the ligand-binding activity of TLR1 and TLR6 may be modified through positive selection.
The S-segment consists of a track of serines that can be modified through phosphorylation and may function in the regulation of protein conformation and ion-binding activity [ 15- 17].
For example, properties of porphyrin rings can be modified through non-planar distortions such as altered oxidation potentials, modified basicity of the inner nitrogen atoms, and changes in axial ligand binding affinity [39].
Property whose values are modified through a wxGrid table.
