364) morrhage and when an appropriate exposure risk is available, especially a history of |
365) ation of nanomaterials which could pose a risk is desirable and developments are und |
366) present in a pig carcass may be low, the risk is not zero. |
367) ter clinical use for identifying women at risk is of limited value. |
368) We argue professional risk is socially constructed and understoo |
369) ols to assist in the identification of at-risk patients. |
370) Endoscopic follow-up of high-risk patients (≥ 3 tubular adenomas, |
371) dered in the prophylactic therapy of high-risk patients who are using ziprasidone. |
372) the concept of early intervention in high-risk patients. |
373) In contrast, colonoscopy in low-risk patients (1 or 2 [tubular] adenomas, |
374) s that PFOS could indeed pose a potential risk to ecological safety of soil if prese |
375) ears to constitute a low potential health risk to local inhabitants; however, it wou |
376) loskeletal disorders (WRMDs) and exposure risk to musculoskeletal injuries for vario |
377) swill or garbage should not constitute a risk to pigs. |
378) tura goat milk may constitute a potential risk to the health of milk consumers in th |
379) itudinal survey of sentinel birds in high-risk areas and time periods for WNV transm |
380) The spatial distribution of high-risk areas was variable and corresponded t |
381) s on snails must be enhanced in potential risk areas in PR China. |
382) es, we conducted surveillance in selected risk areas of three provinces: Jiangsu, An |
383) Cardiovascular risk factors, WC, and BMI were measured in |
384) birth weight remain as its most important risk factors, affecting vulnerability of t |
385) ignificantly associated with psychosocial risk factors, and therefore did not mediat |
386) the prevalence of nervios and associated risk factors, including drug and alcohol u |
387) l multimodality imaging techniques in the risk stratification and management of pati |
388) Integrated risk stratification and strategies of mana |
389) After polypectomy a risk stratification for aftercare based on |
390) g the extent of VTE, and it is useful for risk stratification in patients with VTE. |
391) However, increased risk was associated with having a previous |
392) Their cause-specific mortality risk was compared with that of age-matched |
393) The highest risk was found to be concentrated in Finla |
394) ficant association between FVL and sepsis risk was observed (OR = 0.93; 95% CI 0.74- |
395) These high-risk groups can be targets for preventive |
396) low-, medium-low-, medium-high-, and high-risk groups. |
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