Similarly to unfilled networks, the increase in the finite extensibility parameter with increasing strain is ascribed to strain-induced changes in network topology (increase in network mesh size).
This volatile has been shown to promote plant growth and induce systemic resistance in the plant host [ 54, 55], which may be linked to the biological role as plant growth promoter ascribed to strains of this species [ 5, 6].
A VNTR profile, TR1 to TR5 (Table 1), was ascribed to each strain and the overall VNTR analysis found to match the PFGE clustering, although it did not discriminate strain AG18, which had a pulsotype slightly different from the overall group A. This is reflected by the index of discrimination which is slightly lower for VNTR typing (0.67) than for PFGE (0.73).
Comparing the formal potentials (E0′) of [M2 bispen)]4+ [M=Cu II), Ni II)] and those of the corresponding cyclam complexes, a destabilization effect on the M III) state was observed and is ascribed to the strain in the pentaazamacrocycle caused by the presence of the uncoordinated tertiary N-atom in the macrocycle.
Such behavior is ascribed to the strain release at the edges together with a destabilization of the insulating regions.
The reduced solvent stabilities of the mutants can similarly be ascribed to increased strain and lack of protein flexibility.
The decreased band gap can be ascribed to the strain-sensitive π bond-like interaction between interlayers.
The increase in highly overstressed bonds (5 8 GPa) is ascribed to the straining of tie-molecules during creep.
Therefore, macrolide resistance was considered to be a prerequisite for the later emergence of ketolide resistance, which was ascribed to all strains already RM.
While group I, V and VII represent B. pseudomycoides, B. toyonensis and B. cytotoxicus, which are distinguishable at species level (ANI border ≥ 96%%), strains ascribed to the other five species do not match phylogenic groups.
The extraordinary grain refinement was ascribed to the high strain rates and high strain gradients that enhance accumulation of geometric necessary dislocations with a suppressed recovery dynamics.
