computational phylogenetics造句

例句与造句

1. The relationships of this close-knit group are therefore hard to resolve with standard methods of computational phylogenetics.
2. The way for computational phylogenetics was paved by phenetics, a set of methods commonly used from the 1950s to 1980s and to some degree later.
3. Phylogenies based on BLAST alone are less reliable than other purpose-built computational phylogenetic methods, so should only be relied upon for " first pass " phylogenetic analyses.
4. This is similar to the traditional comparative method of historical linguistics, but is more explicit in its use of parsimony and allows much faster analysis of large datasets ( computational phylogenetics ).
5. In the early 21st century, the Computational Phylogenetics in Historical Linguistics ( CPHL ) project, a consortium of historical linguists, received funding from the National Science Foundation to study phylogenies.
6. It's difficult to find computational phylogenetics in a sentence. 用computational phylogenetics造句挺难的
7. Computational phylogenetics makes extensive use of sequence alignments in the construction and interpretation of phylogenetic trees, which are used to classify the evolutionary relationships between homologous genes represented in the genomes of divergent species.
8. In the 21st century, methods from computational phylogenetics have increasingly been applied to large linguistic datasets to automatically produce phylogenetic trees for language families, which has been met with skepticism by many historical linguists.
9. Typically the tree that is used in conjunction with PCMs has been estimated independently ( see computational phylogenetics ) such that both the relationships between lineages and the length of branches separating them is assumed to be known.
10. "' HYPHY "'( ) is a free multiplatform ( Mac, Windows and UNIX ) Computational phylogenetics software package intended to perform maximum likelihood analyses of genetic sequence data and equipped with tools to test various statistical hypotheses.
11. A maximum likelihood analysis of four genes by computational phylogenetics indicated that " M . proboscideus " and " M . flavicaudatus " are sister species, with " M . micus " being less closely related.
12. Due to the great number of derived characteristics in hupehsuchians that are a result of convergence, computational phylogenetic analyses using computer programs based on the method of maximum parsimony do not produce cladograms that can accurately establish a relationship between hupehsuchians and other diapsids.
13. Recent linguistic studies as to the origin of the Ethiosemitic languages seem to support the DNA findings of immigration from the Arabian Peninsula, with a recent study using Bayesian computational phylogenetic techniques finding that " contemporary Ethiosemitic languages of Africa reflect a single introduction of early Ethiosemitic from southern Arabia approximately 2, 800 years ago ", and that this single introduction of Ethiosemitic subsequently underwent quick diversification within Ethiopia and Eritrea.
14. The method of "'covarions "', or " "'co " ncomitantly " vari " able cod " ons " "', is a technique in computational phylogenetics that allows the hypothesized rate of molecular evolution at individual codons in a set of nucleotide sequences to vary in an aligned set of DNA or RNA sequences vary in a separate but autocorrelated manner.
15. While focused on Semitic languages as the only branch of the broader Afroasiatic languages that is also today distributed outside Africa, a recent study by Kitchen " et al . " proposed through the use of Bayesian computational phylogenetic techniques that " contemporary Ethiosemitic languages of Africa reflect a single introduction of early Ethiosemitic from southern Arabia approximately 2800 years ago ", and that this single introduction of Ethiosemitic underwent " Rapid Diversification " within Eritrea and Ethiopia.