Significance of Phylogenetic tree
The keyphrase "phylogenetic tree" refers to a diagram used to illustrate the evolutionary relationships among various biological species based on genetic data. It serves as a visual representation to analyze and understand the connections between different organisms and their evolutionary history, constructed using genetic sequences. Phylogenetic trees can be applied to various contexts, including the study of viral strains, bacteria, and other organisms, offering insights into genetic diversity and relationships through graphical representation.
Synonyms: Phylogeny, Cladogram, Genealogical tree, Dendrogram, Tree of life
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Phylogenetic tree'
In Hinduism, the phylogenetic tree symbolizes the connection between various life forms, illustrating evolutionary links through embryology, which serves as evidence for the interconnectedness of species throughout the development of life.
From: Journal of Ayurveda and Integrated Medical Sciences
(1) Embryology is considered to provide evidence for evolution and is a way to link various species on this representation of life.[1]
The concept of Phylogenetic tree in scientific sources
The phylogenetic tree is a diagram illustrating the evolutionary relationships among species or groups based on genetic characteristics. It helps visualize genetic relationships among organisms, including viruses and bacteria, through comparative analysis of genetic data.
From: Onderstepoort Journal of Veterinary Research
(1) These are diagrams that depict the evolutionary relationships among organisms, constructed using neighbor-joining methods and bootstrap tests of phylogeny.[2] (2) are constructed for PPRV using PCR and sequencing data to ascribe different isolates to different lineages, understanding the spread of the virus.[3] (3) It is a diagram showing the evolutionary relationships among Ehrlichia ruminantium strains, based on their genetic similarities and differences.[4] (4) Maximum likelihood with the Jukes–Cantor model was used to create this of the ITS-1 sequences.[5] (5) This is a diagrammatic representation of the evolutionary relationships among different organisms or entities based on genetic data.[6]
From: Asian Journal of Pharmaceutics
(1) Sequence alignment was performed using ClustalW 2 to generate this for retrieved protein families.[7] (2) A diagram showing the evolutionary relationships among different species.[8] (3) A parsimonious one for anti-apoptotic proteins was constructed using the Poisson correction model, aiding in evolutionary analysis of protein sequences.[9] (4) This tree was obtained from ClustalΩ, ARHGPA 31 gene was considered as the target gene due to its high functionality.[10]
From: The Malaysian Journal of Medical Sciences
(1) A phylogenetic tree is a diagram that illustrates the evolutionary relationships between different organisms or, in this case, viral strains, and it was used to analyze the HCV sequences and determine their genetic relationships.[11] (2) This is a diagram that visually represents the evolutionary relationships between different strains of the hepatitis B virus.[12] (3) These trees showed that MDR P. aeruginosa strain H25883 was the predominant strain in both locations (CHB and UBTH) with a high percentage, indicating its prevalence.[13]
From: International Journal of Pharmacology
(1) This tree, based on 16S rRNA gene sequence, showed that the isolate falls into one distinct subclade with Streptomyces lienomycini strain 173894.[14] (2) Hypothetical protein (PA2373) FASTA sequences and annotated homologous proteins were systematized. To validate the homology between the proteins, a phylogenetic analysis was also performed.[15]
From: Journal of Medicinal Plants for Economic Development
(1) This is a diagram that illustrates the evolutionary relationships between the two plant species, based on their genetic data.[16]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) A phylogenetic tree is a diagram showing the evolutionary relationships among various biological species, and one was constructed for strain E 2 S and related species using the neighbor-joining method.[17] (2) It is a diagram created using MEGA 6.0 software based on the partial sequencing of the 16 S rRNA gene to show the evolutionary relationships.[18] (3) The phylogenetic tree, constructed using the neighbor-joining method, visually represents the relationships of bacterial strains based on 16S rDNA and gyrA gene sequences.[19] (4) Are used to characterize bacterial community structure and diversity in soils, along with rarefaction curve analysis and the Shannon index.[20] (5) A phylogenetic tree was constructed based on 16 S rDNA gene sequences of the isolate and some other phylogenetically related strains.[21]
From: Sustainability Journal (MDPI)
(1) Phylogenetic trees of the microbial species isolated were presented, comparing them with species reported in other studies focusing on built heritage biodeterioration to understand their relationships.[22] (2) The phylogenetic tree was made using MEGA 11 software and analyzed using the maximum likelihood tree method with bootstrapping of 2000 replicates.[23] (3) It is of unicellular microalgae Geitlerinema sp, and the green circle represents the closest match, whereas the yellow circles represent much further matches, with the sequence in yellow being the sequence obtained for one of the bioremediating algal strains.[24] (4) Phylogenetic tree analysis using ITS 2 and 18 S rRNA, KNUA 042 belonged to a member of Scenedesmus sp. and S. rubescens , respectively.[25] (5) A phylogenetic tree is used to group buckwheat samples based on the trn H-psb A gene and location, indicating that samples from Sichuan have lower genetic diversity.[26]
From: International Journal of Pharmacology
(1) The neighbor-joining method provides a novel technique for the reconstruction of phylogenetic trees.[27] (2) A branching diagram that represents the evolutionary relationships among different organisms or genes, constructed to visualize the evolution patterns of CYP1A2.[28]