Sentence examples for requirements may improve from inspiring English sources

In the future, these requirements may improve approaches for local and intra-operative treatment of patients.

The aim of this study was to examine whether a multifaceted intervention including the use of a software programme for the estimation of creatinine clearance and recommendation of individual dosage requirements may improve correct dosage adjustment of relevant medications for patients with CKD in primary care.

Various studies have shown that code compression can significantly reduce memory requirements, and may improve performance in many scenarios.

Meanwhile, the process of Legal and Contractual Review runs concurrently with all other processes, here, CSCs should develop a set of SLA requirements that may improve the qualities of forensics readiness, and most importantly may render the ability of consumers to rely on CSPs to collect and store valid and admissible evidence.

Improving anemia in patients with ESRD may result in reduction of ESA requirements, and may improve the general status of ESRD patients by reducing the morbidity associated with anemia.

Bronchoscopy performed in the semi-recumbent posture results in less cough and sedative requirement, and may improve patient comfort.

Personalised cancer care, which addresses the clinical, social and overall health requirements of Indigenous patients, may improve their cancer outcomes.

The fact that anti-trypanosomal chemotherapy may improve disease outcome does support the requirement of parasite persistence for pathology, but it cannot give insight into organ-specific effects.

The systematic study of requirements for the in vitro growth of human breast cancer may improve drug sensitivity testing by increasing our ability to grow this neoplasm in culture.

Therefore, piperine may improve the therapeutic effect or lower the dose requirements of other drugs when administrated with DMARDs as a therapeutic drug or dietary supplement.

In trauma patients, TEG® and ROTEM® allow prediction of massive transfusion requirement and mortality, and creation of goal-directed, individualized coagulation algorithms that may improve patient outcome.