Sentence examples for sharp kink from inspiring English sources

A monounsaturated fat has one pair of double-bonded carbon atoms and therefore one sharp kink.

Tc is defined here as the sharp kink in the transition to normal metallic behaviour.

The response develops a limit moment that is followed by a sharp kink that grows while the overall moment drops.

The crystal structure of a group II intron in the pre-catalytic state directly preceding the first splicing step reveals a sharp kink in the backbone that presents the scissile phosphate of the splice site to the active site.

The cold was pumped down from the Arctic because the jet stream, the globe-circling high-speed wind current, was at a higher and colder latitude than usual and contained a sharp kink that took it farther south than usual across North America, said Fred Gadomski, a meteorologist at Pennsylvania State University.

In our model, a sharp kink forms at Gly α58, allowing the region α50-59 α50-59d into the binding site, taking the place ofolde bound peptintoin the P1 to P4 region.

We present such a snapshot, from measurements of DNA bending dynamics in complex with Escherichia coli integration host factor (IHF), an architectural protein that bends specific sites on λ-DNA in a U-turn by creating two sharp kinks in DNA.

EM of glycerol sprayed and rotary metal shadowed dimers revealed sharp kinks at the L12 linkers with angles of 90° and smaller [28].

Because ADP never dissociates from the leading head while the M5-HMM molecule is walking in the presence of ATP, the sharp kinking of the leading head in the nucleotide-free condition has no relevance to powerstroke generation.

The proline residues of this motif are found at sharp kinks of the L-shaped odd-numbered transmembrane α-helices, as they break the hydrogen bond arrangement [13], [21].

One attractive hypothesis is that uptake sequences provide sites for DNA deformation required by the uptake process— H. influenzae cells are known to be able to transport closed circular plasmids through the outer membrane, a step that is likely to require both sharp kinking of double-stranded DNA and deformation of the secretin pore (Kahn and Smith 1984; Assalkhou et al. 2007).