One protein named for its high value of this property is mutated in patients with cutis laxa. Scientists measured this value for actin filaments using piezoelectrically controlled microneedles. Proteins, such as reslin, that have high values of this property often have a disordered structure, and connect to extracellular matrix glycoproteins like fibrillin. The Windkessel effect, as seen in the aorta, is caused by certain blood vessels having high values in this property, which can be calculated from a stress strain curve. For 10 points, name this property of proteins that can store mechanical energy by stretching.
One protein named for its high value of this property is mutated in patients with cutis laxa. Scientists measured this value for actin filaments using piezoelectrically controlled microneedles. Proteins, such as reslin, that have high values of this property often have a disordered structure, and connect to extracellular matrix glycoproteins like fibrillin. The Windkessel effect, as seen in the aorta, is caused by certain blood vessels having high values in this property, which can be calculated from a stress strain curve. For 10 points, name this property of proteins that can store mechanical energy by stretching.
One protein named for its high value of this property is mutated in patients with cutis laxa.