Mysterious unidentified sounds captured in recordings of the stratosphere
Giant solar balloons were sent 70,000 feet up in the air to record sounds of Earth's stratosphere \u2014 and the microphones picked up some unexpected sounds.
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Giant solar balloons were sent 70,000 feet up in the air to record sounds of Earth's stratosphere \u2014 and the microphones picked up some unexpected sounds.
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Giant solar balloons were sent 70,000 feet up in the air to record sounds of Earth's stratosphere — and the microphones picked up some unexpected sounds.
Giant solar balloons were sent 70,000 feet up in the air to record sounds of Earth's stratosphere — and the microphones picked up some unexpected sounds.
The N-terminal domain has a fold that can bind sugar, and new research led by Jonathan Lees from Oxford Brookes University found the sugar-binding pockets near the N-terminal domain help to increase viral infectivity. Furthermore, the findings show that the SARS-CoV-2 sugar-binding pockets are evolving with added loops observed in the pockets of new variants.