Insects have evolved a variety of cryoprotective substances.
Metazoans evolved a variety of attack and defence strategies.
Bats have evolved a variety of designs, from simple broadband clicks to constant frequency calls.
Thus, viruses have evolved a variety of strategies to avoid innate host responses that inhibit protein synthesis.
Although PSCs have evolved a variety of structures, the use of hole-transporting materials (HTMs) remains indispensable.
Cells have evolved a variety of mechanisms to regulate the enormous complexity of processes taking place inside them.
Nature has evolved a variety of creative approaches to many aspects of materials synthesis and microstructural control.
To make sure they capture light efficiently in low-light settings and avoid stress in sunny settings, plants and algae have evolved a variety of strategies.
These fishes have evolved a variety of air-breathing organs, most of which are outgrowths or pouches from the pharynx, branchial (gill) chamber, or digestive tube.
The important human bacterial pathogen Streptococcus pyogenes has evolved a variety of mechanisms to evade the actions of the human immune system.
Subject to RNA‐based adaptive immune responses in their hosts, viruses have evolved a variety of genes encoding proteins capable of suppressing the immune response.
