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Table 4 Mean sequence length of copolymers of NPEMA with PCPMA Sample no.

The copolymer microstructures were found from the mean sequence length, run number, and dyad fraction.

The ratio of the mean sequence length distribution μNPEMA/μPCPMA, which theoretically corresponds to the ratio [M1]/[M2], is tabulated in Table 4.

The results of mean sequence length and values of 1/r1 and 1/r2 compare each other very well; 1/r1 is greater than 1/r2, and as expected in copolymers, the homopropagation of PCPMA decreased with decreasing PCPMA in monomer feed, while cross propagation of monomeric units increased with increasing concentration of NPEMA in monomer feed.

The mean sequence length, parsimony informative characters and percent variable sites for the four loci are shown in Table 1.

For the former, we calculated the mean sequence length and standard deviation for all the proteins and normalized and encoded them into SVR.

The sequence structures of the produced co-polyesters and intermediate products were determined by a triad analysis, which showed that the mean sequence lengths became shorter and the randomness increased with time of heating.

The mean sequence lengths of ITS (ITS1+5.8S+ITS2), matK, rbcL and trnH-psbA were 602.2, 488.1, 479.0 and 410.0 bp, respectively.

The contig lengths and GC contents were similar for both libraries: the mean sequence lengths (± SD) of 669 bp (±360) and 678 bp (±361) and a GC content of 59% and 58% were calculated for A. minutum and A. fundyense, respectively.

The mean sequence lengths were 335 bp for the VA library and 339 bp for the pooled library.

Read, Contig, Singleton, and Unigene Counts (n), mean sequence lengths, and total amount of sequence data (MB) for 454 GS20 libraries analyzed.