Three-locus haplotypes were calculated by use of a full precise-iteration algorithm with the online SHEsis software [ 18].
Haplotype association analysis was performed using the SHEsis software package [ 24], which uses a full-precise-iteration algorithm to construct haplotypes and estimate haplotype frequencies.
The linkage disequilibrium of the three loci and haplotypes of IL-10 (-1082,-819,-592) were conducted using the SHEsis software, from the website http://analysis.bio-x.cn/ (Bio-X Inc., Shanghai, China) [ 23], which uses a Full-Precise-Iteration (FPI) algorithm to reconstruct haplotypes.
The tightened distribution of the MFC frequencies is clearly illustrated in the cumulative frequency distribution plot, suggesting that identification of subclonal populations by frequency comparisons may be both more accurate and precise following iteration.
To be precise, the ten iterations used to align a face takes 9.3 ms on a P4-2GHz.
Finally, with the increase of iteration number, precise estimations are resulted in.
From the corresponding results, it is clear that the proposed analytical approach is very precise, especially regarding the first iteration (linear FDE).
Starting by analysing the results presented in Figure 4, it is clear that the proposed analytical approach is very precise, especially regarding the first iteration.
For those new to the world of voguing, the phenomenon dates back to the 1960s, when LGBT African American and Latino dancers brought the first iteration of the precise, symmetrical moves to the ballrooms of Harlem.
The precise order of features might change from iteration to iteration.
For precise quantification, at least three iterations gave the best performance, using TOF reconstruction and keeping an MDA of roughly 1 MBq mL−1.
