Sentence examples for effectiveness of administering from inspiring English sources
The purpose of this study was to prospectively compare the effectiveness of administering medroxyprogesterone acetate (MPA; 20 mg/d) in either the first (protocol A) or last (protocol B) 12-week period as well as a 6-month course of the GnRH agonist (GnRH-a; leuprolide acetate; 1 mg/d, SC) on calcium (Ca) metabolism.
Clinical trials to establish the safety and effectiveness of administering adjuvant therapies perioperatively are needed.
Ongoing studies are also being conducted to investigate the effectiveness of administering TXA in cases of trauma and women with post partum haemorrhage [ 5].
Kenya, Botswana, Tanzania and South Africa were selected in order to evaluate how the cost effectiveness of administering TXA to bleeding surgical patients varies according to country-specific circumstances, specifically different blood donation rates and HIV seroprevalence [ 6].
Thus, based on the hypothesis that the effectiveness of information provided to first-time parents in modifying their knowledge, attitudes and intentions regarding rearing practices may depend on when the information is delivered, we designed a study to compare the effectiveness of administering a video at two different times, i.e. at one and seven months of age of the child.
The intervention assessed the effectiveness of administering self-management support using diabetes educational guide (Living with Diabetes: An Everyday Guide for You and Your Family) sponsored by the American College of Physicians Foundation; this guide was designed to assist patients across health literacy levels in the development of self-management action plans.
An economic evaluation was carried out to investigate the cost-effectiveness of administering TXA for the treatment of significant haemorrhage following trauma.
The cost-effectiveness of administering TXA is also relatively sensitive to changes in the probability of death for surgical patients in SSA.
This study evaluates the cost-effectiveness of administering TXA among elective surgical patients in general without distinguishing between different types of surgery (e.g. cardiac surgery, orthopaedic surgery).
The aim of this study was to assess the cost-effectiveness of administering magnesium sulphate to patients in whom preterm birth at < 32+0 weeks gestation is either imminent or threatened for the purpose of fetal neuroprotection.
The decision tree shown in Figure 1 was used to model the cost-effectiveness of administering magnesium sulphate to patients in whom preterm birth at < 32+0 weeks gestation is imminent (i.e. certain to occur within 24 hours).
