We found that HAMP can adopt different conformations and that, in doing so, the helices shift and tilt with respect to each other.

Feb 28, 2013 · Our results indicate that HAMP can access additional conformational states characterized by piston motion.

Feb 28, 2013 · The HAMP domain is a linker region in prokaryotic sensor proteins and relays input signals to the transmitter domain and vice versa.

Three mechanistic models for HAMP signal transduction are investigated and results indicate that HAMP can access additional conformational states ...

Text S1 - The HAMP Signal Relay Domain Adopts Multiple Conformational States through Collective Piston and Tilt Motions.

About Us · Full Site · Feedback.

The HAMP Signal Relay Domain Adopts Multiple Conformational States through Collective Piston and Tilt Motions. https://doi.org/10.1371/journal.pcbi.1002913 ...

Our results indicate that HAMP can access additional conformational states characterized by piston motion. Furthermore, the piston motion of the N-terminal ...

HAMP. Page 3. 36. The prototype HAMP signal relay domain adopts multiple conformational states through collective piston and tilt motions. Figure 3.1: Position ...

Mar 1, 2013 · The HAMP Signal Relay Domain Adopts Multiple Conformational States through Collective Piston and Tilt Motions. Overview of attention for ...