Significance of Phylogenetic analysis
Phylogenetic analysis is a method used to study the evolutionary relationships among various biological species by examining genetic data. This technique allows researchers to infer connections and classifications among species, including studies focused on endophytic fungi, bacteria, and viral strains such as the Hepatitis B virus. By analyzing genetic sequences, phylogenetic analysis helps to understand similarities and differences among organisms, aiding in fields such as antibiotic resistance and species identification.
Synonyms: Phylogenetic study
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The concept of Phylogenetic analysis in scientific sources
Phylogenetic analysis is a method to infer and study evolutionary relationships among biological species through genetic information, applicable in various contexts, including the analysis of endophytic fungi.
From: World Journal of Pharmaceutical Research
(1) The study of the evolutionary relationships among different bacterial strains based on genetic data.[1] (2) A method utilized to determine the evolutionary relationship between different strains of organisms.[2] (3) The study of evolutionary relationships among bacterial species identified through gene sequencing.[3] (4) A technique to study the evolutionary relationships between bacterial strains by constructing a phylogenetic tree based on genetic sequences.[4] (5) A method used to study the evolutionary relationships among various biological species by analyzing genetic data.[5]
From: The Malaysian Journal of Medical Sciences
(1) A method employed to investigate the evolutionary relationships between different HCV isolates.[6] (2) A method used to understand the evolutionary relationships and classifications of bacteria based on genetic sequencing.[7] (3) A method used to interpret the evolutionary relationships between different strains of the Hepatitis B virus based on genetic sequences.[8]