So, many biological systems work like this.
Habitat structure has broad impacts on many biological systems.
In modeling many biological systems, it is important to take into account flexible structures which interact with a fluid.
Complex network topology is characteristic of many biological systems, including anatomical and functional brain networks (connectomes).
Degeneracy is a fundamental source of biological robustness, complexity and evolvability in many biological systems.
Highly symmetric nanoshells are found in many biological systems, such as clathrin cages and viral shells.
Global climate change impacts can already be tracked in many biological systems.
Exposing synthetic materials to large stresses tends to result in simple failure, unlike many biological systems, which respond by enabling physiological processes such as hearing and balance.
Silica-related composites are common in many biological systems as well as in artificial composites, and offer potential utility in space-related material systems19,20,21.
It is the link between amino acids in peptides and proteins, and thus is key to the structure of many biological systems.
Similar to many biological systems, a large amount of uncertainty exists in the value of the parameters associated with the models.
