The phrase "allows different branches of" is correct and usable in written English.
It can be used when discussing systems, organizations, or frameworks that permit various divisions or sectors to operate or function.
Example: "The new policy allows different branches of the company to collaborate more effectively on projects."
Alternatives: "permits various sectors of" or "enables distinct divisions of".
We also apply the clade model (Bielawski and Yang 2003), which allows different groups of branches (clades) to have different ω's.
This accommodates molecular rate variation by allowing different sub-branches of the tree to have unique molecular clocks.
Theoretically, multivariate regression model offers hazard ratio for entire population while RPA allows different prognostic factors for different branch of the tree model.
This model allows different sites to have different selection pressure, while there is no difference in different branches of the phylogenetic tree.
The simplest model, M0, assumes one ω for all branches, while the "free-ratio" or Mfree model allows different ω for all branches [34].
Branch models allow testing variation in ω among different branches of a phylogeny [34].
Shor's algorithm got around the problem by using different branches of observation and allowing them to interact with each other to produce a superimposed interference pattern, which could be observed without disrupting the quantum states.
To test for statistically different rates of sequence evolution among branches or sites, data were analyzed using algorithms implemented in PAML 4. A codon substitution free-ratio model (model = 1, M) that allows different dN/dS rate ratios among branches fit the data better than the model that assumed a homogeneous mean dN/dS rate ratio for all lineages (model = 0, M0; Table 1).
The relaxed molecular clock models implemented in BEAST assume independent rates on different branches of a phylogeny, thus allowing for calibrations in rather distantly related taxonomic groups.
We also used a maximum-likelihood-based approach, which allows estimation of ω = dN / dS along different branches of the phylogenetic tree connecting all the species (see Materials and Methods).
