Shaft design, therefore, is based on safe limits of torsion and bending.
However, there is no clear consensus regarding the normal limits or the torsion threshold to indicate surgical correction by derotational osteotomy.
Binding of histone H1 to linker DNA and the nucleosome dyad, close to the histone H3 tail, might limit the propagation of torsion, and hence H1 might need to be removed from chromosomes upon its phosphorylation.
The values of parameters in the proposed criterion can be obtained based on fatigue limits in bending and torsion.
The fact that two torsions are dependent implies that if one of the torsions is set to a specific angle, the set of possible angles for the other torsion is limited.
However, there are limited data on testicular torsion in the inguinal canal.
Under torsion, the fatigue limit decreases when the applied mean stress is higher than the yield stress, below this value, it remains constant.
Based on open public literature, this is the first time where it is possible to ascertain the torsion stiffness reduction limits for such a sensor.
When the dendron generation grows, the conjugation extension is limited due to the enhanced torsion between core and dendron, and simultaneously the intermolecular interactions can be weakened owing to the dendron encapsulation.
The number of conformers generated in the torsion search step was limited to 100,000 conformers.
