Significance of Phylogenetic relationship
Phylogenetic relationship refers to the evolutionary connections among different species, highlighting their lineage and how they relate to each other. This concept is illustrated through data from sequence alignment and can be depicted using phylogenetic trees that show genetic information across various organisms. Research into phylogenetic relationships also encompasses specific studies, such as the connections between parasites and their hosts, and investigations into groups like Cyanobacteria, plastids, myxomycetes, and plant species within the genus Curcuma.
Synonyms: Evolutionary relationship, Genetic relationship
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The concept of Phylogenetic relationship in scientific sources
Phylogenetic relationship describes the evolutionary connections among species, including parasite-host dynamics, myxomycetes orders, and the evolutionary ties within the Curcuma genus, providing insights into species interrelations and evolutionary history.
From: World Journal of Pharmaceutical Research
(1) The evolutionary connections and distinctions among various species or gene families, often illustrated using phylogenetic trees.[1] (2) Understanding the evolutionary relationships between the begomovirus strain studied and other global strains.[2] (3) The evolutionary connections and lineage between different organisms, investigated in the context of Cyanobacteria and plastids using small subunit rRNA sequence analysis.[3] (4) The evolutionary connections between species that can be illustrated through data obtained from sequence alignment.[4] (5) The evolutionary connections between different species, particularly how parasites relate to their hosts.[5]
From: Journal of Ayurveda and Integrative Medicine
(1) The evolutionary connections and lineage of different species, often depicted in a phylogenetic tree based on genetic information.[6]