They do this by rotating these threads. The rotation is powered by a rotary motor, which again is powered by a protein complex known as the stator unit. This is all well known within our field.

Interestingly, the rotary firing order of the motor is biased so that the Rho protein can walk in only one direction along the RNA chain." Berger and Thomsen are the co-authors of a paper ...

ATP synthase is a large (500 kDa) multisubunit protein, consisting of an ... molecules — need to be explored. The F 1 motor reminds us of the rotary combustion engine, which was invented by ...

Discover the fascinating world of the 10 most unusual motors ever invented, featuring groundbreaking technology that challenges everything we know about engines and movement. One of the most ...

Their findings show that the connector is made up of 12 protein subunits that may serve as "cylinders ... "Our results suggest that the prohead and connector comprise a rotary motor, with the head and ...

The protein machinery used to assemble the proteins ... show they also swim by a rotary motor, but one that is completely unrelated to the bacterial motors. The archaeal motors sometimes use ...

Masaike elaborates, "Since F 1-ATPase is the world's smallest biological rotational motor protein, it can be used as a reference to understand the mechanism of energy transduction in living organisms.

The motion of motor proteins on biopolymers is important for diverse biological processes. Actin, microtubules, and nucleic acids can serve as one-dimensional tracks on which motor proteins move.

They do this by rotating these threads. The rotation is powered by a rotary motor, which again is powered by a protein complex known as the stator unit. This is all well known within our field.

Interestingly, the rotary firing order of the motor is biased so that the Rho protein can walk in only one direction along the RNA chain.” Berger and Thomsen are the co-authors of a paper reporting ...