Sentence examples for temperature implications from inspiring English sources

In view of the severely compromised growth performance and energy homeostasis of the fish in this study after long-term high temperature, implications of the compact myocardium increase in collagen I protein expression on cardiac function and possibly fibrosis should be further studied.

High efficiency requires the use of feedheating, and reheating operation at high pressure and temperature has implications for superheaters.

We believe that the conformation-dependent response of peptides to RP-HPLC under changing temperature has implications both for general analysis and purification of peptides but also for the de novo design of peptides and proteins.

Like Pandey and Thapa's superconductivity at room temperature, the implications of Schön's paper were huge it would have marked the end of silicon-based electronics in favor of organic electronics, extending Moore's law indefinitely and drastically reducing the price of electronic hardware.

This is much more stable than the 4-helix (1843 1973) domain described earlier and as a result its vinculin binding sequence is inaccessible to vinculin at room temperature, with implications for the overall mechanism of the talin-vinculin interaction.

The fracture behavior in the coating at various temperatures and implications on the tensile behavior of the substrate alloy are discussed.

This development offers a new methodology for graphene synthesis at low temperatures with implications for the development of printed graphene structures.

These rising ocean temperatures have implications for coral reefs, sea level rise and weather patterns worldwide.

Elevated temperature properties and implications for codification of the alloys will be described.

The neural network input Jacobian for the 80-channel microwave example is shown in Figure 5a for the mean brightness temperature spectrum (the implications of other operating points will be explored in the following section).

Our results show that observed yield patterns contain substantial information on the relative importance of the climate and management variables for yield variability, responding to the critical need for knowledge on crop response to extreme precipitation and temperature events with implications for the risk management of agricultural systems.