branch model

USAGE SUMMARY

The phrase "branch model" is correct and usable in written English.
It can be used in contexts related to organizational structures, decision-making processes, or programming paradigms that involve branching paths or options. Example: "The branch model allows for multiple pathways in the decision-making process, enabling teams to explore various outcomes."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

54 human-written examples

This paper suggests a new approach combined with the bionic branch model and optimality criteria.

Computers & Structures

The two dashpots in the latter branch model the ground-state viscoelasticity and rate-dependent hardening phenomenon.

International Journal of Solids and Structures

The lineage-specific selection test using the PAML (Phylogenetic Analysis by Maximum Likelihood) package revealed that the dN/dS ratios varied significantly among different lineages (p<0.001, fixed ratio/free ratio branch model) [23].

Plosone

dN/dS values were determined for all species using the basic model (Model 0) and for specific lineages (Felidae and each Carnivora family) using the branch model (Model 2).

Plosone

Application of a branch model in which TAAR4 of Cercopithecinae were labeled as foreground branch (see Figure 2) revealed a significantly higher ω (ωcerc = 2.590) compared to all other branches (Table 2).

Plosone

This procedure guards against sensitivity of estimation of ω values to a single branch model.

Genome Biology and Evolution

Human-verified similar examples from authoritative sources

Similar Expressions

6 human-written examples

This is further illustrated for the four-branch model below.

Plosone

The data set used for the four-branch model is different from that used for the two-branch model.

Plosone

While the under-determined nature of the two-branch model is unlikely to repeat in more complex models with more branches, the optimization procedure applied to this two-branch model is equally applicable to over-determined systems.

Plosone

The approach provided a measure of plausibility of the proposed model by demonstrating that within experimental error the four-branch model adequately represents the data.

Plosone

The four-branch model is "over-determined" in that there are more conditions to satisfy (measured output from experiment) than model parameters to compute.

Plosone

Expert writing Tips

Best practice

When using the "branch model" in scientific writing, clearly define which parameters vary along the branches to avoid ambiguity. For example, specify if it's the dN/dS ratio, evolutionary rate, or another relevant measure.

Common error

Avoid using "branch model" as a generic term for any tree-like structure. Ensure it accurately reflects a model where specific parameters are analyzed or compared across different branches, especially in evolutionary or systems biology contexts.

Linguistic Context

The phrase "branch model" primarily functions as a noun phrase, often used as a subject or object within scientific or technical sentences. It identifies a specific type of analytical or conceptual framework, as evidenced by Ludwig's examples.

Expression frequency: Very common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "branch model" is a grammatically correct and frequently used term, particularly in scientific contexts. Ludwig's AI confirms its usability, highlighting its role in organizational structures, decision-making, and programming paradigms. Predominantly found in scientific literature, this noun phrase serves to categorize and describe specific analytical frameworks, especially in evolutionary biology and systems modeling. When using "branch model", it's crucial to precisely define the parameters that vary along branches to prevent ambiguity. While alternatives such as "branching structure" or "hierarchical model" exist, the specific term "branch model" is well-established within the scientific community.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

branching structure

Focuses on the structural arrangement rather than the conceptual model.

tree-like model

Emphasizes the hierarchical nature, likening the model to a tree's structure.

hierarchical model

Highlights the levels and organization within the model.

decision tree model

Specifies the model's use in decision-making processes with branching paths.

branching architecture

Refers to the design or framework of branching elements.

tiered system

Indicates a system with multiple levels or layers.

multi-pathway model

Highlights the existence of multiple routes or sequences within the model.

divergent path model

Focuses on the diverging nature of the paths within the model.

forking structure

Emphasizes the points where the model splits into different options.

segmented framework

Describes a model divided into distinct sections or phases.

FAQs

How is the "branch model" used in evolutionary biology?

In evolutionary biology, the "branch model" is used to detect varying selection pressures across different lineages within a phylogenetic tree. It helps identify genes that have undergone positive selection in specific branches.

What does dN/dS mean in the context of a "branch model"?

dN/dS represents the ratio of non-synonymous to synonymous substitutions. In a "branch model", a dN/dS ratio greater than 1 suggests positive selection, indicating that amino acid changing mutations are favored over silent mutations.

What are some alternatives to using a "branch model" in phylogenetic analysis?

Alternatives include "site model", which allows the ω ratio to vary among sites, and "branch-site model", which allows ω to vary both among sites and among branches. The latter is useful when only a few sites are expected to be under selection in a specific branch.

How does a "branch model" differ from a site model in evolutionary analysis?

A "branch model" assesses selection pressures that differ along specific lineages (branches) of a phylogenetic tree, while a site model examines variation in selection pressures across different sites (positions) within a gene. Both models provide insights into the evolutionary forces shaping genetic sequences.