The value for the nationality-matched template was significantly smaller than the mismatched template for Chinese and U.S. participants across the five ages, which indicates that more volumetric deformations were required during registration into a nationality-mismatched template.
The principle of FP derives from the fact that the degree of polarization of a fluorophore (in this case FAM) is inversely related to its molecular rotation as indicated in Scheme 2. As shown in Fig. 4, at low concentrations of nanoparticles (0.78 and 1.56 μg/mL), FP of Myr-NQA-MINs after incubation with FAM labeled template was significantly higher than FP of NQA-MINs and NINs.
Conversely, the nationality-inappropriate templates and the adult templates were significantly different in nearly all cases for the Chinese children participants.
We found that the full-length primer extensions across the modified templates were significantly faster in the G*C A sequence, which commonly adopted the B conformation.
In contrast, the values for registration with nationality-inappropriate brain templates were significantly different from 1.0 for all three dimensions across all five age groups.
In addition, the standard deviations of the location errors with the BSE-filtered templates were significantly smallest in all three directions and the Euclidean distance among the three templates (P < 0.05).
Strikingly however, both mutant/1 × 1 and mutant/2 × 1 annealed templates were significantly digested over the time course in a stepwise manner: the 1 × 1 oligonucleotide was approximately 80% digested after 24 hours by S1 nuclease, whereas the 2 × 1 annealed template was approximately 90% digested after 6 hours and was not detectable after 8 hours.
DOI: http://dx.doi.org/10.7554/eLife.01326.007 For both genotypes and for all experimental conditions and sessions, the absolute correlation values between events occurring during the pre-Run or post-Run sleep/rest session and the original novel track/arm templates were significantly higher than the correlation values obtained using corresponding shuffled templates.
In addition, the SPR binding results revealed that the presence of adduct in the stacked conformation decreases the binding affinity of the complementary strands in the order of unmodified > FABP > FAF and G*C A > G*C T. Full-length primer extensions across the modified templates were significantly faster in the G*C A sequence, which commonly adopted the B-conformation.
The number of suitable resource templates is significantly reduced once hard constraints and soft constraints are taken into account (see Table2).
