Sentence examples for fundamental implications in from inspiring English sources

This review allows us to identify strong and weak points in an extended observatory system, and demonstrates that enhanced multi-national integration can have fundamental implications in scientific hazard assessment and response during an on-going effusive crisis.

Complement activation may have fundamental implications in immuno-inflammation-induced damage during acute coronary syndromes and microangiopathies, such as in paroxysmal nocturnal hemoglobinuria and hemolytic uremic syndrome.

These findings may have fundamental implications in the field of chemotherapeutic interventions.

The early identification of prognostic features has fundamental implications in relation to the goal of treatment, the therapeutical strategies and the health professionals to include in the therapeutic team [ 24].

This diffusion has fundamental implications in functional coupling between membrane components through collisional mechanisms as, for example, in the photosynthetic electron chains (9), in visual transduction (10) as well as in receptor-mediated endocytosis (11) and in intercellular adhesion (12).

Emerging trend in metabolic profiling of healthy and disease-related tissues has fundamental implications in not only understanding the metabolic origins of the disease phenotype but also in designing effective strategies for prevention as well as treatment (Brandon et al., 2006; Unwin et al., 2003; Wallace, 1999; Wang et al., 2009).

This seems to be related to the neuroplasticity of the CNS and has fundamental implications for neurologic rehabilitation in terms of outcome improvements [ 4– 6].

With the increasingly accumulated large volumes of information about human, animals or microbe, researchers are starting to grapple with massive datasets and further elucidate the fundamental implications of those datasets in biology.

This and its possible new role in fatty acid metabolism may have fundamental implications for our understanding of Mb in solid tumours.

We reason that this 'disguise in heterogeneity' has fundamental implications for clinical management and elaborate on rational strategies to combat this diversity and target a broad range of tumorigenic cells.

Shedding light on the genetic architecture of childhood obesity will facilitate the prevention and treatment of pediatric cases, and will have fundamental implications for diseases that present later in life.