Sentence examples for optimally help from inspiring English sources

When questionnaires such as the BAI are used within a framework of care, such as case management or collaborative care, they will optimally help to improve the treatment of primary care patients with anxiety disorders [ 3, 37, 38].

Although parents in the MORE Project report on their children's community violence exposure, no direct assessment of parents' own community violence exposure is included, which may mediate their ability to optimally help their children navigate hostile contexts.

Orthopaedic surgeons, who hold the least inclusive views on their role in the health care system ("isolated specialist") and are "directed by the patient" in the case of discordant opinions, may not function as gatekeepers in relation to sickness benefits, as is intended by policy makers in the sickness insurance system, nor optimally help patient's rehabilitation back to work.

The research results can help optimally select excavation machines and/or cutterhead motors, and optimize pick and drum design.

If the relaying capability information contains locations where coverage/capacity problems are being experienced by the eNBs, this can enable the RN to associate with the eNB that it can help optimally.

These adjuncts should be optimally used to help busy midwives better serve their clients.

It would also help to optimally position development wells for optimum production.

Multiplanar reconstruction (MPR), maximum intensity projections (MIP), minimum intensity projection (minIP), volume rendering and virtual bronchoscopy help to optimally demonstrate the defect as well as provide a road map for surgical intervention.

Accordingly, a fuzzy logic approach is utilized to optimally selects relays to help transfer the file and ensure the file integrity, which considers the relative velocity, distance, and predicted connection time among vehicles.

This paper describes a hierarchical strategy to developing the optimal internal structure of a round heat-generating body cooled at its center with the help of optimally distributed inserts of high-conductivity material.

Furthermore, a novel dynamic performance index is proposed to evaluate the estimated maximum forces in the actuating limbs; this index can help to optimally design the parameters of motor, spring and damper.