Sentence examples for continuous technological advances from inspiring English sources

Continuous technological advances further support this ever increasing availability [10].

Even though PV module manufacturing shows continuous technological advances, the methodology and results of this work has added value for the prediction of BIPV operating aspects and lifespan when designing and realizing a BIPV installation.

The continuous technological advances aiming to enhance performance were previously described by Robert Fogel as a "Techno-physiological evolution" [26].

The continuous technological advances in the field of ultrasound (US) allowed the development of equipments provided with high and variable frequency probes and very sensitive power Doppler (PD), which permit both the detailed study (with resolution power of 0.1 mm) of morphostructural changes and the sensitive detection of blood flow even in small vessels of superficial tissues [ 5– 8].

The continuous technological advances and NGS cost drop should provide, in a near future, full coverage of relevant transcriptomes for this and other organisms, allowing the identification and use of more biomarkers or defense related genes to characterize different populations of bivalves of a specific area.

In addition, technological advances in continuous glucose monitoring and continuous subcutaneous insulin infusion via insulin pumps show promise in helping to achieve treatment goals for the individual with type 1 diabetes.

Artificial Endocrine Pancreas (AEP) is one of the most optimistic approaches in Type 1 Diabetes Mellitus (T1DM) treatment due to the novel technological advances in continuous glucose monitoring, exogenous insulin delivery, and their proofs in clinical assessments.

Understanding emerging megatrends and trends has always been a vital issue for industries, for value networks and for the clusters of various industry branches, because big and rapid scientific and technological advances in continuous growth fields have been generated by a clear dynamism within the global competitiveness and by searching for new knowledge frontiers [1].

We hypothesized that activities of precisely this nature are most responsive to modified eating patterns, and so provide novel insight by combining in-depth laboratory tests [hematology, tissue biopsies, and dual-energy X-ray absorptiometry (DXA)] with recent technological advances in continuous monitoring of physical activity thermogenesis and metabolic control in free-living humans (30).

The increasing adoption of continuous insulin pump therapy and evolving technological advances have seen significant progress in the development of closed loop insulin delivery systems.

Better hydrological models are becoming available with these technological advances and the continuous improvement in modeling strategies, such as GIS, remote sensing or cellular automata (MacMillan et al. 1993; Beven and Moore 1994).