Sentence examples for branching sequence from inspiring English sources
Diagrams that depict patterns of relationship through branching sequence, as described above, but have some diagrammatic variable that precludes it from being considered a valid cladogram as defined by Catley and Novick (2008).
Even at the high-pressure conditions of the present work where the C2H5 + O2 reaction yields ethylperoxyl rather than C2H4 + HO2, the chain branching sequence CH3CH2OO⟶CH2CH2OOH+O2−−→OOCH2CH2OOH→branching is not competitive, because the internal H-atom transfer in CH3CH2OO to CH2CH2OOH is too slow compared to thermal dissociation to C2H4 and HO2.
Unlike biology textbooks (Catley and Novick 2008), "Tree of Life" depictions diagrams with a central trunk and a distinct "progressive" branching sequence from "lower" organisms on the bottom to "higher" ones at the top (a.k.a "Great Chain of Being" or scala naturae)—were not found in this sample of museum trees.
Messenger and McGuire [ 1] found relatively low bootstrap support for most higher-level clades within Odontoceti, including nodes defining the branching sequence of taxa collectively referred to as "river dolphins".
As our molecular data did not match the branching sequence within the H. griseus group based on cytogenetic data, further investigations including nuclear DNA will be necessary in order to resolve this issue.
The branching sequence among these genes implies a duplication event in the ancestral lineage of land plants, with one of the two descendant lineages surviving as a single gene only in Physcomitrella.
Modern systematic biology attempts to arrange groups of organisms in a way that suggests the genealogical relationships (branching sequences) and therefore presents an epitome of evolutionary history.
Dendrimers are a new class of three-dimensional, man-made molecules produced by an unusual synthetic route which incorporates repetitive branching sequences to create a unique novel architecture.
Clearly, confirmation or refutation of this possibility requires follow-up studies such as determining what is the source of these novel, deeply branching sequences (e.g., cellular organisms or viruses).
Branching sequences along trunks observed during the first year of growth of the same hybrid trees were used to initiate the simulations, and hidden semi-Markov chains previously parameterized were used in subsequent years.
The simulated trees thus differed because of the different initial 1-year-old branching sequences, observed for each hybrid, and the stochasticity of Markovian models in the subsequent years.
