Sentence examples for cell temperature changes from inspiring English sources

There are two general methods to forecast the thermal cell temperature changes.

The photovoltaic cell temperature changes during operation either due to changes in the ambient temperature ((T_{mathrm {amb}})) or due to the radiation absorbed by the PV module [21, 22].

These surfaces can control the attachment and detachment of living cells with temperature changes from 37 to 32 °C.

(Ion channels are passages through a cell's membrane that allow charged particles, or ions, into or out of the cell). A temperature change can affect the activity of these two channels, called TRPV1 and TRPV4.

In contrast to approaches using scaffolds, we have developed novel approaches that use culture surfaces covalently immobilized with the temperature-responsive polymer poly N-isopropylacrylamide) that allows for controlled attachment and detachment of living cells by simpoly N-isopropylacrylamide

In contrast to methods that combine biomaterials with living cells, we have developed an approach that uses culture surfaces grafted with the temperature-responsive polymer poly N-isoproplyacrylamide) that allows for controlled attachment and detachment of living cells via simpoly N-isoproplyacrylamide

Cells are recovered as contiguous cell sheets simply by temperature changes.

A simulation of a scaled-up test cell with dimensions 6.0 m×6.0 m×4.5 m has revealed that the test cell's response to temperature changes depends strongly on the amount of wall insulation.

Cells were stimulated with temperature changes by decreasing or increasing the bath temperatures with an iced or preheated perfusate through the lines, respectively (with a minimum 8°C for cooling, and a maximum 44°C for heating).

Thermoresponsive cell culture dishes that show controlled cell adhesion and detachment following external temperature changes, represent a promising application of thermoresponsive surfaces.

By plotting climate change as a function of the mean latitude of each country, we demonstrate that countries located in northern latitudes tended to have a greater proportion of their area (i.e., grid cells) experiencing significant annual mean temperature changes greater than 0.4°C/decade (Figure 4, top).