The phrase "abundant interaction" is correct and usable in written English.
It can be used to describe a situation or environment where there is a high level of engagement or communication among individuals or groups.
Example: "The conference was a success, characterized by abundant interaction among participants, fostering collaboration and idea exchange."
Alternatives: "rich interaction" or "ample engagement".
Binding selectivity and cross-reactivity within one of the largest and most abundant interaction domain families, the PDZ family, has long been enigmatic.
However, because the formation schemes of heterodimers are extremely diverse, a single scoring function does not seem to be sufficient to describe the fitness of the predicted models other than the most abundant interaction mode.
Scoring functions based on statistical analyses of heterodimers are usually designed to select the complex model with the most abundant interaction mode found among the known complexes, as the correct model.
In contrast, the scoring functions based on the statistical analysis of heterodimer interactions are usually designed to select the complex models with the most abundant interaction mode in the known complexes, and thus a single scoring function will not be enough to evaluate the diverse protein protein interfaces.
Scanning electron microscopy revealed that the MC3T3-E1 cells took a more rounded shape on NF matrix, with abundant interactions with nanofibers.
Such abundant interactions may account for the high affinity and specificity of hirudin.
For in vitro models to be useful, they must accurately mimic the CNS in vivo, with respect to both the types of cells present and their abundant interactions.
In these complexes hydrogen bonds provide additional assembly forces, giving 3D hydrogen bonding networks for 1 and 3, and 2D layers for 2 and 4. Abundant weak interactions, such as Ag Ag interactions in 1 3, Ag π interactions in 1 4, π π interactions in 1, 3 4, and C H···π interactions in 3 4, also can be found.
Besides XH/π aromatic interactions, there are abundant aromatic interactions such as π-π stacking that also play important role for protein structure and protein-ligand recognition.
The coiled coil protein motif consists of two or more α-helices wrapped around each other to form a left-handed supercoil, and is one of the most abundant protein interaction domains, involved in many biological processes.
Without the need for kinetic parameters, the discrete modeling approach can model and simulate larger networks, given the abundant qualitative interaction maps of biological systems that are available.
