We also performed a partial urea-denaturation experiment to determine if the kinetic intermediate unfolds by disruption of base-pairs and tertiary contacts.
Based on the free energy landscape analysis, we identify three types of dominant pathways and the rate constants for the kinetic steps: 1), formation; 2), disruption of a helix stem; and 3), helix formation with concomitant partial melting of a competing (incompatible) helix.
Thus, the misfolded form is a kinetic on-pathway intermediate that requires disruption of the secondary/tertiary structure and partial unfolding to fold to the native state.
A multiphase model integrated with the SD method is introduced, and several asteroid disruption simulations are conducted, including kinetic-energy impactors, multi-kinetic energy impactor systems, and nuclear options.
A new procedure is introduced to solve the inverse problem and determine the kinetic parameters for nucleation, growth, and agglomeration disruption from the particle size distribution.
Promega's NanoBit Protein Complementation Assay utilizes NanoLuc, an engineered luciferase with enhanced luminescence characteristics which allow for both robust and kinetic assessment of protein interaction formation and disruption.
In further support, we observed that blocking only one junction slowed the rate of D-loop disruption, but also altered the kinetic curve such that the reaction plateau was delayed (Fig. 7B C).
The higher the velocity of the projectile object, the greater the tissue disruption at impact due to kinetic energy.
The disruption of the complexes dominates the kinetic swelling of MAA enriched gels under basic conditions.
To facilitate more rapid determination of the mechanism of inhibition, particularly where NMR and crystallographic approaches are not readily available, we applied a kinetic analysis that distinguishes between dissociative (i.e., dimer disruption) and nondissociative inhibitors of obligate dimeric enzymes.
All the kinetic parameters involved in the ligand oxidation and in the complex disruption were calculated on the basis of the agreement between experimental and simulated linear sweep and cyclic voltammetries.
