"sufficient interactions" is a perfectly valid phrase in written English, and it's often used to describe the level of communication necessary for successful relationships or other activities.
For example, "To maintain a healthy romantic relationship, couples need to have sufficient interactions with one another on a daily basis."
The 3D-QSAR and docking results revealed that compound 32 bind efficiently to the wild and mutated protein whereas, sufficient interactions were lost in compound 46.
The CDs, being a highly functional nanomaterial, undergo sufficient interactions (both covalent and non-covalent) with the hyperbranched polymer matrix (Fig. 3).
Therefore, patients were not asked about the current hospitalizations since it is possible that it would be too soon to allow for sufficient interactions with social networks.
Avidin-coated particles bind to biotinylated surfaces almost instantaneously due to their extraordinarily high avidity, while antibody-coated carriers perfused over endothelial cells require minutes to hours to achieve sufficient interactions with target cells that allow for firm adherence to the cell.
Therefore, an optimum condition with both high corrosion resistance and sufficient interaction with platinum particles was investigated.
Liquid guests participating in forming hydrates must be water-soluble and possess the sufficient interaction with surroundings in order to make strong host-guest networks.
The robust stability condition for the overall system can be easily stated as to achieve a sufficient interaction margin, and a sufficient gain and phase margin during each independent design.
Then, the solution was left stand for 6 min to allow for sufficient interaction between the added reagents and the biocompounds (which was also the reason for the same treatment hereinafter).
A flexible modeling approach that can incorporate sufficient interaction, contingency, and site specificity is required to examine how concurrent changes in climate, disturbance regimes, and land use influence ecosystem carbon budgets [16,17].
In particular, DCT ammoxidation is hindered due to bulky chlorine substituents probably preventing a sufficient interaction of the methyl group and lattice oxygen and/or N-containing surface species.
The hierarchical porous architecture not only enables rapid charge transportation and sufficient interaction between electrode and electrolyte, but also guarantees abundant interfacial sites for Na+ adsorption, which benefits substantial contribution from pseudocapacitive Na storage.
