Figure 1a shows the effect of addition of increasing molar base pair ratios of calf thymus DNA on the fluorescence emission spectra of TQ excited at 255 nm.
We also quantified SNP density per base pair as the ratio of the number of SNPs to the length of sequence examined, divided by log(n−1), where n is the sample size, analogous to Watterson's correction (Watterson 1975).
Parameters, such as the diffusion coefficient of NR, binding site size in base pairs and the ratio of the binding constants for the oxidized and reduced forms of the bound species were obtained.
The C·T base pair exhibited a greater than normal base pair twist of 54°.
An "averaged" ratio of base pair per cM (R) was calculated for each linkage group (LG) and each parental map using linear regression of physical distance (y) on genetic distance (x) with y = 0 when x = 0.
The fold change of the observed base pair overlap was calculated as the ratio of observed base pair overlap and the mean of 10000 expected base pair overlaps.
At the same time, the ratio of DNA base pairs to total lines of code (an average of 139∶1) implies the portability of very complex designs to other tools or systems.
The constant 0.0334 is the ratio of the molecular weight of a base pair (650 Daltons) to the molecular weight of the nanocrystal (∼19455 Daltons), specifically 0.0334 = 650/19455.
The slope of the linear regression line through a plot of T/S ratio (the x axis) versus mean TRF length (the y axis) is the number of base pairs of telomeric DNA corresponding to a single T/S unit.
Each base can occur in one base pair, or the set of base pairs can form a matching.
