Note that in all cases where new mutations were observed the template concentration was significantly lower than the DNA polymerase manufacturer's recommended 100 to 600 pg/μl of plasmid template input.
We observed that template based rotation and dual regression are approximately equivalent in detecting fcMRI differences between young and old subjects, demonstrating similar effect sizes for group differences and similar reliability metrics across 12 cortical networks.
When performing inter-network and sub-network connectivity analyses, we observed that template based rotation offered greater flexibility, larger group differences, and more stable connectivity estimates as compared to dual regression and seed based analyses.
As can be observed, the template and optimized networks, although having an RMSD value of 0 (implying perfect alignment of the respective protein expression patterns) do differ slightly in their wiring.
No signal was observed when template DNA was omitted from the amplification reaction.
This situation has already been observed for template switching sites of mammalian chimeric retrogenes that coincide with reverse-transcription pausing sites [ 25, 31].
We interpret the short-lived, stochastic interactions to be promoter-specific but non-productive RPc and RPo, because no interactions were observed with templates containing a null promoter sequence (at frame rates of 12.5 Hz, Figure 3B) and similar short-lived interactions were observed in the absence of NTPs (single exponential T 0 ∼0.3 s, Figure 3D).
The nanowire could be observed through the template using an optical microscope, due to the transparency of the template.
* PCR products was not observed from BAC template, and a weak smear was observed using genomic DNA # Weak smear was observed from BAC template and genomic DNA Furthermore, we also screened the CHORI 214 BAC library using probes specific to known expressed sequences.
