"Every thought, every observation, every judgment, every description, whether of the modern scientist or of anyone else, is soaked in preconceived built-in value judgments, assumptions and dogmas at least as rigid, if not more rigid (because they are so often unconsciously embraced), than those of any explicitly religious system.
Compared to DOPC alone, the SUVs from E. coli PLE are more rigid, probably because the difference in fatty acid chain saturation (green square, Figure 6A,B).
The reduced viscosity of pseudopolyrotaxanes in aqueous solution has smaller change with the change of the concentration or temperature, which is consistent with the hydrodynamic radius and more rigid chain conformation because of the threaded CB[6].
In addition, the use of the FokI domain should reduce unintended modifications because of the more rigid spatial requirements for cutting and the lack of activity as a monomer that can occur with Cas9n.
When it was immobilized, a more rigid form was acquired because of covalent linkages to the support.
In terms of pest suppressiveness, a highly plastic control agent such as A. ervi should be more suppressive in field crops than other more rigid and specialized parasitoids because they would be more resilient to environmental changes, thus increasing any insurance effects.
This is probably because the FP01 body is more rigid than that of small-aperture FPIs because of the difference of the optics body structure, as described in "Instruments" section.
Analysis of the melting temperature and the prediction of a dynamic equilibrium between multiple alternative conformational states of the uncleaved XBP1-BSL RNA suggest that intron ejection and ES1 formation are energetically favored because a more rigid, less plastic structure is formed.
Additionally, because of its more rigid structure, cFΦR4 is significantly more stable against proteolytic degradation than linear peptides, and because of its smaller size, cFΦR4 is less expensive to synthesize and potentially less likely to interfere with the cargo function.
With this factor we take into account the effect that for a promiscuous enzyme the necessary conformational changes for catalysis ("induced fit") need more time than for mono-active enzymes because of the more rigid secondary structure.
All the emission spectra of the mutants follow a smooth log-normal shape in the apo state but show certain structures in the complex states, possibly because of a more rigid local environment after binding DNA.
