The N American frequent H14 has been derived most probably from the E Asian H10 and evidently gave rise within N America to several rare and more local haplotypes H18-2226 26, 26).
Heterotopic osteoblasts, suspected to be important in this metaplastic process [ 21, 22], originate from connective tissue cells derived most probably from undifferentiated mesenchymal cells with osteogenic potential, termed inducible osteogenic precursor cells [ 21, 22].
For SSR testing, we have taken into account the sequence redundancy of the gene index and selected only those SSRs that were present either in a single contig or singleton or in a group of homologous sequences that were derived most probably from a single locus.
Due to lack of experimental work clearly describing ionic liquids (ILs) degradation which could take place under application conditions, specially designed artificial alteration experiments were performed to derive degradation mechanisms most probably taking place under long-term thermo-oxidative stress.
Moreover, the vertebrate-specific MPP1 class seems to have derived from CASK, most probably by an additional duplication of the CASK homolog in vertebrates followed by the loss of the protein kinase domain and the two L27 domains.
This analysis confirms the results of the initial qualitative and quantitative tests, also indicating that OH 86 most probably derives from a fifth ray (with a probability six times more likely than ray II, using the seven shape variables, and with a probability 10 times more likely than ray II, using the seven raw dimensions; Supplementary Fig. 3).
The obtained tree topologies demonstrate that, unlike arsenite oxidase, the respiratory arsenate reductase is a more recent invention of the bacterial subtree and most probably derives from an enzyme involved in sulfur metabolism.
The residual mRNA amounting to 10 ± 4% is most probably derived from non-neural cells devoid of an active nestin promoter15.
The product ion at m/z 469 is most probably derived from m/z 402 fragment ion of SPhMDPOBn: [M-C10H11O2-C6H5S + 3Na+-2H+]+.
The concentration of Ca and Mg in the groundwater is most probably derived from leaching of carbonate minerals such as calcite and dolomite (Magesh et al. 2013).
