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- W2143736330 abstract "In this study, the cytochrome b (Cyt b) amino acid sequences were analyzed in 50 organisms covering all 5 kingdoms of eukaryotes. Six conserved domains, i.e., heme bL binding sites, heme bH binding sites, Qo binding sites, Qi binding sites, the interchain domain interface, and the intrachain domain interface were found in all investigated sequences. The topology of the phylogenetic trees was largely consistent with the well recognized taxonomic relationships, indicating that the Cyt b genes originated from a common ancestral gene before the divergence of eukaryotic kingdoms. The eukaryotic Cyt b genes likely originated from an ancient prokaryotic gene in Alphaproteobacteria based on shared conserved domains. We provide evidence that the Cyt b gene of oomycete Pseudoperonospora cubensis was horizontally transferred from a fungus in the order Hypocreales. To our knowledge, this is the first reported evidence of Horizontal gene transfer (HGT) from Fungi to Chromista involving an essential house-keeping gene. Our data suggest that HGT events must be considered when evolutionary trees are constructed only based on Cyt b genes. Additional analysis of thousands of Cyt b sequences from Genbank revealed that introns in mitochondrial Cyt b genes were acquired after the endosymbiosis of alphaproteobacteria in eukaryotic cells." @default.
- W2143736330 created "2016-06-24" @default.
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- W2143736330 date "2014-07-01" @default.
- W2143736330 modified "2023-10-17" @default.
- W2143736330 title "Evolutionary analysis revealed the horizontal transfer of the Cyt b gene from Fungi to Chromista" @default.
- W2143736330 cites W123030229 @default.
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- W2143736330 cites W1513337501 @default.
- W2143736330 cites W1522439970 @default.
- W2143736330 cites W1558790743 @default.
- W2143736330 cites W1569904835 @default.
- W2143736330 cites W1937039131 @default.
- W2143736330 cites W1963590283 @default.
- W2143736330 cites W1968738598 @default.
- W2143736330 cites W1968939536 @default.
- W2143736330 cites W1969399532 @default.
- W2143736330 cites W1975440481 @default.
- W2143736330 cites W1980810200 @default.
- W2143736330 cites W1983037575 @default.
- W2143736330 cites W1994860986 @default.
- W2143736330 cites W1995451211 @default.
- W2143736330 cites W1996097229 @default.
- W2143736330 cites W2000493545 @default.
- W2143736330 cites W2005818475 @default.
- W2143736330 cites W2006291275 @default.
- W2143736330 cites W2007615156 @default.
- W2143736330 cites W2008266189 @default.
- W2143736330 cites W2010586990 @default.
- W2143736330 cites W2011676848 @default.
- W2143736330 cites W2012911917 @default.
- W2143736330 cites W2019116905 @default.
- W2143736330 cites W2020403202 @default.
- W2143736330 cites W2022756574 @default.
- W2143736330 cites W2024103449 @default.
- W2143736330 cites W2026197201 @default.
- W2143736330 cites W2028057404 @default.
- W2143736330 cites W2037993016 @default.
- W2143736330 cites W2040439310 @default.
- W2143736330 cites W2040967876 @default.
- W2143736330 cites W2041265591 @default.
- W2143736330 cites W2048083518 @default.
- W2143736330 cites W2048513860 @default.
- W2143736330 cites W2051809332 @default.
- W2143736330 cites W2055758623 @default.
- W2143736330 cites W2064620642 @default.
- W2143736330 cites W2064708663 @default.
- W2143736330 cites W2066384004 @default.
- W2143736330 cites W2069564138 @default.
- W2143736330 cites W2072176101 @default.
- W2143736330 cites W2072776824 @default.
- W2143736330 cites W2075700316 @default.
- W2143736330 cites W2076397859 @default.
- W2143736330 cites W2085047210 @default.
- W2143736330 cites W2091385452 @default.
- W2143736330 cites W2092807811 @default.
- W2143736330 cites W2096713580 @default.
- W2143736330 cites W2097382368 @default.
- W2143736330 cites W2097855951 @default.
- W2143736330 cites W2098448352 @default.
- W2143736330 cites W2100975208 @default.
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- W2143736330 cites W2116817481 @default.
- W2143736330 cites W2117995800 @default.
- W2143736330 cites W2120497576 @default.
- W2143736330 cites W2121166240 @default.
- W2143736330 cites W2124809056 @default.
- W2143736330 cites W2124902802 @default.
- W2143736330 cites W2124975729 @default.
- W2143736330 cites W2126373564 @default.
- W2143736330 cites W2132632499 @default.
- W2143736330 cites W2134543752 @default.
- W2143736330 cites W2135090321 @default.
- W2143736330 cites W2137578757 @default.
- W2143736330 cites W2140560927 @default.
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- W2143736330 cites W2149024266 @default.
- W2143736330 cites W2150917623 @default.
- W2143736330 cites W2160522424 @default.
- W2143736330 cites W2169950947 @default.
- W2143736330 cites W2263498700 @default.
- W2143736330 cites W2330359186 @default.
- W2143736330 cites W91518616 @default.
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- W2143736330 doi "https://doi.org/10.1016/j.ympev.2014.03.016" @default.
- W2143736330 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24680835" @default.
- W2143736330 hasPublicationYear "2014" @default.
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