The phrase "analysis of branches" is correct and usable in written English.
It can be used in contexts such as research, business, or technical discussions where different branches or divisions of a subject are being examined or evaluated.
Example: "The analysis of branches within the organization revealed significant differences in performance metrics."
Alternatives: "examination of branches" or "study of branches".
Detailed analysis of branch distribution was possible for narrow MW fractions in TGIC-TD while SEC-TD only provides with average branch number for SEC fractions.
Firstly, the theoretical analysis of branching processes relies on full-sampling of the system.
Evidence for possible differences in phylogenetic topologies between the inter- and intraspecific levels may require a detailed analysis of branching times, which we have not attempted.
The reconstruction method presented in this paper is applicable to the analysis of branching, tubular structures (e.g., neural processes of both peripheral and central nervous system, blood vessels, lung airways) imaged with fluorescent microscopy techniques that can obtain volumetric data (e.g., confocal and two photon microscopy).
According to different studies [ 19– 24, 34], our first approach to address this problem consisted in the analysis of branch models, site models, and branch-site models.
Analysis of branching point phenotypes revealed that Nrp2 taugfp/taugfp mutants exhibited decreased lymphatic branching complexity (Fig. 3B vs C; G).
The system-wide analysis of branch points and split ratios is complemented by metabolite essentiality analysis, implemented using either flux-sum analysis or metabolite flux minimisation.
We performed a large-scale phylogenomic analysis of branching and debranching enzymes in over 400 completely sequenced genomes, including more than 200 from eukaryotes.
These models allowed both the analysis of branch specific ratios of the rates of dN and dS, or codon specific ratios along the sequence, following the methods proposed by Yang and colleagues [ 14, 15] respectively.
