Examples Of Molecular Machines at Petra Rosie blog

Examples Of Molecular Machines. Biological molecular machines are used to transport cargo about a cell (e.g., kinesin), to power the movement of organisms (e.g., bacterial. Molecular machines—controllable nanoscale structures designed to carry out machinelike functions—are poised to become an integral part of human life. These machines can synthesize or transport small molecules, and some have been shown to come together in large numbers to. Natural molecular machines have inspired the development of artificial molecular machines, which have the potential to revolutionize several areas of technology. The most representative examples of topologically nonplanar, and thus nontrivial, molecules are interlocking ring molecules or knotted cycles such as the trefoil.

Molecular machines with bioinspired mechanisms PNAS
from www.pnas.org

Natural molecular machines have inspired the development of artificial molecular machines, which have the potential to revolutionize several areas of technology. Biological molecular machines are used to transport cargo about a cell (e.g., kinesin), to power the movement of organisms (e.g., bacterial. Molecular machines—controllable nanoscale structures designed to carry out machinelike functions—are poised to become an integral part of human life. The most representative examples of topologically nonplanar, and thus nontrivial, molecules are interlocking ring molecules or knotted cycles such as the trefoil. These machines can synthesize or transport small molecules, and some have been shown to come together in large numbers to.

Molecular machines with bioinspired mechanisms PNAS

Examples Of Molecular Machines Molecular machines—controllable nanoscale structures designed to carry out machinelike functions—are poised to become an integral part of human life. Biological molecular machines are used to transport cargo about a cell (e.g., kinesin), to power the movement of organisms (e.g., bacterial. Natural molecular machines have inspired the development of artificial molecular machines, which have the potential to revolutionize several areas of technology. These machines can synthesize or transport small molecules, and some have been shown to come together in large numbers to. Molecular machines—controllable nanoscale structures designed to carry out machinelike functions—are poised to become an integral part of human life. The most representative examples of topologically nonplanar, and thus nontrivial, molecules are interlocking ring molecules or knotted cycles such as the trefoil.

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