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Discover Ludwig"heat resilient" is a correct and usable phrase in written English.
It means that something is able to withstand or tolerate high levels of heat without being damaged. You can use "heat resilient" when describing materials, objects, or systems that have been specially designed or modified to withstand high temperatures. For example: - The new building is made with heat resilient materials, allowing it to withstand extreme temperatures and remain cool inside. - These heat resilient tiles are perfect for outdoor patios because they can withstand the scorching sun without cracking or fading. - Our heat resilient gloves can withstand temperatures up to 500 degrees Fahrenheit, making them perfect for handling hot objects in the kitchen.
Exact(2)
Heat resilient public spaces can provide high-performance outdoor environments in the context of climate change.
The A3 sdAb was also found to be extremely heat resilient and to refold correctly following heat denaturation.
Similar(57)
The heat-resilient property of A. fumigatus phytase could be due to the improved stability of regions that are critical for the refolding of the protein; and a heat-resistant A. niger phytase may be achieved by mutating certain critical residues with the equivalent residues in A. fumigatus phytase.
Identifying genes associated with a favorable response during high ambient temperature can facilitate genetic selection of heat-resilient chickens.
The genes and markers associated with thermal tolerance can help elucidate the genetic architecture of traits involved in heat stress and, subsequently, be used to breed more heat-resilient chickens.
The benefit is that they're suitable for vegetarians and are also quite resilient to heat - ideal for making hot jellies.
As without "urgent funding and more staff, bodies like the Environment Agency simply won't be able to do the hard work on the ground that could prevent floods and make our society more resilient to heat and food shortages".
Sand rice is far more resilient to heat shock than other plants (Additional file 12).
Conclusions: The population has become more resilient to heat over time.
Proteins of hyperthermophilic species are more resilient to heat and are shorter than proteins of mesophilic species.
But the heating infrastructure, having proved resilient to fuel-price shocks, has been exempt from this privatisation: the flats may change hands, but the radiators inside are still owned by the state.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com