The phrase "agents to efficiently" is not complete on its own but can be correct in a larger context.
You can use it when discussing the role of agents in performing tasks or functions in an efficient manner.
Example: "We need to train our agents to efficiently handle customer inquiries and resolve issues."
Alternatives: "agents for effective" or "agents to optimize".
These results reveal that ZnS Ni-NPs-ACATW could be useful as agents to efficiently remove dyes (JGB and MB) from contaminated water and can be very well recommended for wastewater remediation and control of environmental pollution.
As a result of such required capabilities, MLIMAS allows dynamic and intelligent behavior of the agents to efficiently achieve their local and coalition goals such through modeling other agents actions, and interactively taking benefits of self and others preferences in learning and achieving the agents goals.
Overcoming this problem could involve the development of novel anti-inflammatory agents to efficiently inhibit the PLA2-dependent production of COX substrates without impairing the balance between COX-1 and COX-2.
The blood-brain barrier, intratumoral pressure, and other factors may hinder the therapeutic agents to efficiently target and inhibit their pathways in GBM, or the size of the molecule (e.g., monoclonal antibodies) may impede crossing of the blood-brain barrier.
For example, P. fluorescens-specific phages had been studied to control Pseudomonas population and as sanitation agents to efficiently remove bacterial biofilms on stainless steel surfaces similar to those used in food industries, where these contaminants are common [ 11- 13].
The ability of HER2+ cancer cells to colonize the brain coupled with the inability of anti- HER2 agents to efficiently cross the blood brain barrier is thought to contribute to the development and progression of brain metastasis in HER2-positive cancers [ 10, 11].
This provided evidence that HSV-1 needs longer exposures than RSV with antiviral agents to respond efficiently.
Thus, we conclude that DSBs-inducing agents fail to efficiently generate γH2AX foci in heterochromatin.
Therefore, it is worthwhile to address this issue in terms of circumventing transporter-mediated MDR acquired by cancer cells by modulating activity of MDR transporters such as BCRP to sensitize cancer stem cells to conventional cancer chemotherapeutic agents and to efficiently eradicate them from tumor mass, thereby providing a clinical benefit for patients.
An organized approach that includes local, national, and international agents is required to efficiently provide public health services.
Liposomes are also able to efficiently deliver agents to mammalian cells, being capable to incorporate in their structure not only hydrophobic molecules, but also hydrophilic and amphiphilic compounds.
