Recently, Noh et al. (2015) carried out experimental tests on 3 PRC beams with different strand configurations.
In post-tensioned parabolic strand configurations, friction between tendons and ducts reduces the pretension force along the beam.
Apart from most of previous approaches which deal with a straight wire strand, the present model fully considers the double-helix structure in multi-strand configuration.
Immunorecognition of RNA depends on certain molecular features such as length, double- versus single-strand configuration, sequence motifs, and nucleoside modifications such as triphosphate residues.
When plasmid DNA was removed from DMF and resuspended in an aqueous solution, the DNA was quickly regained a double stranded configuration.
Interestingly, Ago2 catalytic activity is indispensable for Rad51 focus formation and HR, demonstrating that diRNAs most likely needs to be in a single-strand configuration to support Rad51 accumulation and subsequent repair.
The capacities of endogenous and exogenous nucleic acids to promote joint inflammation depend on the occurrence of cytidine phosphate guanosine moieties, on the oxidation status of the DNA, and on the double stranded configuration of RNA.
With respect to the test parameters, eccentricity of prestressing strands and configuration of deviators for the harped strands varied under different loading conditions.
