Sentence examples for diseases implementation of from inspiring English sources

The avoidance of toxins, reduction of stress, prevention of somatic diseases, implementation of mental and physical exercises, as well as the use of dietary compounds like antioxidants and supplements can be protective against MCI.

In analogy with chronic kidney disease, implementation of the MDRD equation would probably grant more clinically useful information to assess AKI.

The difficulty of attributing basic science research a large portion of the NIH portfolio to individual diseases complicates implementation of any disease-based allocation process [32]; however, some discrepancies are particularly dramatic.

Despite great potential in improving health care and fighting diseases, clinical implementation of this technology is hampered by the lack of effective means to deliver genetic vaccine to the right cells, at the right time, with the right dose.

However, laboratory-based surveillance can provide information that permits identification of risk factors and control of infectious diseases, and implementation of NTS surveillance will allow for investigation of characteristics of Salmonella infections.

Since younger birds (19 38 weeks) are at higher risk of death due to stress of coming into production, management changes and diseases, critical implementation of protocols that will reduce death at this precarious period becomes mandatory.

To the Editor: Lai et al. (1 ) reported an increase in the number of nontuberculous mycobacteria (NTM) isolates and patients with pulmonary NTM diseases after implementation of the BACTEC system (Becton Dickinson, Sparks, MD, USA) late in 2001.

In spite of their potential to clarify and minimize the present global situation of the diseases, the implementation of molecular or immunological innovative reference assays for VL and CL at health services is still a challenge due to several reasons, including lack of standardization among laboratories and structural concerns.

Since younger chickens (19 38 weeks) are at higher risk of death compared with older chickens, due to stress of coming into production, management changes and diseases, critical implementation of management protocols that will reduce death through other means at this precarious period becomes mandatory.

These findings invite an array of actions to promote and sustain preventive measures to lower the risk of CKD, promote early detection of the disease and implementation of measures to slow the progression to the terminal stage of the disease.

The characterization and identification of causative species and zymodeme phenotypes, and their geographic distribution together with the clinical disease caused provides important information for the design, prioritization (e.g. according to risk of mucosal disease), and implementation of control programs for this important disfiguring parasitic infection.