395) These high-risk groups can be targets for preventive |
396) low-, medium-low-, medium-high-, and high-risk groups. |
397) rts may need to be tailored for different risk groups. |
398) t soy-LNS promotes linear growth among at-risk infants mainly between 9 and 12 month |
399) the incidence of severe stunting among at-risk infants. |
400) ur findings demonstrate that low and high-risk infants show different patterns of al |
401) is study identified a variable pattern of risk among backpackers, with those spendin |
402) We examined falling risk among elderly using a wearable inerti |
403) within the mid-upper arm and is rarely at risk during extensive tumor extirpation. |
404) el ventilatory support, is at significant risk during transport to radiology departm |
405) t-risk countries should be aware of these risk estimators and should communicate clo |
406) erformed to identify the most influential risk estimators. |
407) The FMD fault tree can assist risk managers to develop more refined and |
408) The fault tree method allows risk managers to identify immature parts o |
409) Studies exploring whether variation in risk-adjusted mortality can be explained b |
410) o small to produce a reliable 'signal' in risk-adjusted mortality rates. |
411) ommunications plans in order to influence risk perception and promote public complia |
412) not work out which may be due to a biased risk perception of childhood overweight de |
413) Risk-adjusted rates of hematoma hemorrhage |
414) This project assessed risk-adjusted rates of inpatient AEs for s |
415) Premature birth may even risk the developing relationship between p |
416) Given the high surgical risk, the venous anomaly and the presence |
417) under censoring and time-varying relative risk which is achieved by an inverse proba |
418) is an improved method in evaluating fall risk, which promises benefits in terms of |
419) Fifty-two children with high caries risk (7.6 ± 1.4 years) were selected |
420) t group, had significantly lower relative risk (RR) of anemia (16.8% vs 35.3%, RR = |
421) g responsibility moderately increased WRF risk (a-OR = 1.9; 95% CI = 1.0-3.7). |
422) FL but without p-RSW finally had a higher risk (odds ratio = 2.9; 95% confidence int |
423) an that of patients with 16304T (relative risk, 0.513; 95% CI, 0.266-0.989; p = |
424) at of patients with allele 262C (relative risk, 2.136, 95%CI, 1.863-2.449; p = 0.000 |
425) modified "Standard Medical Patients' VTE Risk Assessment Model (MERAM)." A total of |
426) hen they are used in conjunction with the risk-adjusted CUSUM and EWMA control chart |
427) from the European Study on Cardiovascular Risk Prevention and Management in Usual Da |
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