The latest change in the convergence mode is thought to have occurred around 1 ~ 2 Ma.
The dynamic binding mode is thought to be the result of continuous cohesin loading and release reactions, mediated by the loading complex and Wapl, respectively, and has been proposed to contribute to chromatin organization and gene regulation [ 12, 15].
This "dynamic binding mode" is thought to be the result of continuous loading of cohesin onto chromatin and subsequent release by Wapl-mediated opening of the exit gate [ 5, 12, 13, 15, 17].
The dual binding mode is thought to increase the conformational space available to densely packed enzymes on protein scaffolds, and to facilitate substrate recognition by catalytic domains within cellulosomal networks (Bayer et al., 2004).
In our prior draft, we stated in the Introduction: "The dual binding mode is thought to increase the conformational space available to densely packed enzymes on protein scaffolds, and to facilitate substrate recognition by catalytic domains within cellulosomal networks (Bayer et al., 2004).
Although genetic influences encoded within both class I and II major histocompatibility complex loci and mode of infection are thought to determine whether individuals develop IM [ 13], why the immune response to this infectious agent changes profoundly with respect to age remains poorly understood.
Synchronous and asynchronous modes of release are thought to arise from different calcium dynamics surrounding the presynaptic release zones.
Similarly, in the protein-mode projection, two proteins are thought to be related if they participate in common complexes, due to the fact that proteins perform a biological function as a unit of the protein complex.
The evidence of these Jurassic fossils has led to a consensus on the mode of life of Thylacocephala, which are thought to have been mobile predators or ambush predators [ 4],[ 20].
From a spatial perspective, a behavioral mode can be thought of as a manner of movement characterized by parameters such as movement rate, net displacement, or tortuosity (Patterson et al. 2008).
