With this alternative approach, reference and metagenomic homologs identified by hmmsearch are re-aligned using hmmalign, and alignment positions corresponding to HMM match states are used to build a phylogenetic tree for reference homologs using FastTreeMP with default parameters.
In this approach, a reference genome is designated, every gene in a data set is assigned an allelic coding based on the reference genome, and new alleles are defined as gene variants containing any change from previously defined alleles (see Methods).
For this approach, a reference distance from the sender node is chosen.
We illustrate this approach with reference to the red fox (Vulpes vulpes), the most widely distributed extant wild terrestrial mammalian species [14], extensively studied throughout its geographic range due to its ecological, economic, and cultural importance e.g., [15], [16].
Using this approach, the reference list of GO terms did not need to be loaded into a database but were instead installed with GO.db.
This approach to reference values in children would allow for easier discrimination between the effects of growth, neuromuscular maturation, and the intervention.
Since measurement during tidal breathing is easier to perform, allowing its use in young children, standardisation of this approach and reference data is called for.
In this approach, a reference measurement is not needed and the background optical properties do not need to be known but a model for the uncertainty of the background coefficients is needed.
In this approach, the reference sequence is subdivided into non-paired regions and paired regions; paired regions are treated as strings of base pairs (one pair of bases is considered as one character); a substitution of a base pair is considered as an elementary step of mutations in paired regions.
In our approach, reference groups were chosen according to these initial hypothesis and the mean values of other groups compared to that of the reference groups.
