Nucleotide sequence analysis of random restriction fragments derived from ST102 isolates LMG 23255 and LMG 23361 (10 fragments from each strain) demonstrated 100% identity with the Burkholderia SAR-1 metagenome (see Supporting Table S1).
Pairs of accessions were selected among 193 and 188 accessions representative of the geographic distribution of T. urartu and Ae. tauschii¸ respectively, and genotyped with random restriction fragment length polymorphism (RFLP) markers [ 23].
Although we selected 216 clones of the random restriction library of the PaP1 genome for sequencing, all of the obtained sequences belong to the sequence sets of the 20 contigs.
To examine the composition of the EGS library, 500 clones were chosen at random for restriction enzyme (HincII) analysis.
Positive six lambda clones were chosen at random and restriction sites of BamHI and SacI were mapped on the six insertions.
Individual clones were selected at random for restriction enzyme digest with HincII and sequencing with the S-LEGS-F or S-LEGS-R primers.
Therefore, one of the methods to determine the initial population, P G == 0, is the random selection of restrictions given as follows: v_{j,i,0} = {text{rand}}_{j} [0,1], v_{j}^{(U } - v_{j}^{(L)} ) + v_{j}^{(L)} quad i = 1,2, ldots,{text{NP}}quad j = 1,2, ldots,D, (21 where rand j [0, 1] is a random value distributed consistently in the [0, 1] range, which is selected for every new j.
The figures were compared to normal gene sets randomly selected with two restrictions (random set I, II, and III).
Presentation order was pseudo random with the restriction that all eight directions were stimulated in one block before continuing to the next block.
Each tree was then pruned of m taxa at random with the restriction that each taxon in the network must appear in at least one partial tree.
