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Table 1. Sources & properties of representative sequences for TyrA cohesion groups | ||||||
Cohesion group | Source of TyrA sequence | Acronyma | SEED: fig & peg number | gi numberb | Taxon placement of non-LGT membersc | |
TyrCG-1 β | Erwinia carotovora | Ecar | fig|218491.3.peg.2590 | 50122273* | lower-Gammaproteobacteria (4 Orders) | |
TyrCG-2 α | Pseudomonas putida | Pput | fig|160488.1.peg.1756 | 26988501* | upper-Gamma_1proteobacteria (Pseudomonadaceae Family) | |
TyrCG-3 α | Psychrobacter sp. | PSYC | fig|259536.4.peg.787 | 71038727* | upper-Gamma_2proteobacteria (Moraxellaceae Family) | |
TyrCG-4 β | Xanthomonas campestris | Xcam | fig|190485.1.peg.1454 | 21230932* | upper-Gamma_3proteobacteria (Xanthomonadaceae Family) | |
TyrCG-5 α | Alkalilimnicola ehrlichei | Aehr | fig|187272.6.peg.896 | 114320089 | upper-Gamma_4proteobacteria (Chromatiales Order) | |
TyrCG-6 α | Marinobacter aquaeolei | Maqu | NA | 77952716 | upper-Gamma_5proteobacteria (2 Orders) | |
TyrCG-7 α | Burkholderia xenovorans | Bxen | fig|36873.1.peg.4890 | 91784814* | Beta_1proteobacteria (Burkholderiaceae Family) | |
TyrCG-8 α | Bordetella pertussis | Bper_1 | fig|257313.1.peg.827 | 33592104* | Beta_2proteobacteria (Alcaligenaceae Family) | |
TyrCG-9 α | Neisseria gonorrhoeae | Ngon | fig|242231.4.peg.1532 | 59801853* | Beta_3proteobacteria (Neisseriaceae Family) | |
TyrCG-10 α | Polaromonas sp. | POLA | fig|296591.1.peg.2815 | 91787673* | Beta_4proteobacteria (Comamonadaceae Family) | |
TyrCG-11 α | Nitrosomonas europaea | Neur | fig|228410.1.peg.323 | 30248354* | Beta_5proteobacteria (Nitrosomonadaceae Family) | |
TyrCG-12 α | Bartonella henselae | Bhen | fig|283166.1.peg.1442 | 49476273* | Alpha_1proteobacteria (Most Orders) | |
TyrCG-13 α | Wolinella succinogenes | Wsuc | fig|273121.1.peg.325 | 34482497* | Flavobacteria Class | |
TyrCG-14 α | Geobacter sulfurreducens | Gsul | fig|243231.1.peg.2590 | 39997701* | Delta_1proteobacteria (Desulfuromonadales Order) | |
TyrCG-15 β | Desulfovibrio desulfuricans | Ddes | fig|207559.3.peg.3693 | 78358524* | Delta_2proteobacteria (Desulfovibrionales Order) | |
TyrCG-16 α | Synechocystis sp. | SYNE_3 | fig|1148.1.peg.1391 | 16330562* | Cyanobacteria Phylum | |
TyrCG-17 α | Thermobifida fusca | Tfus | fig|269800.4.peg.764 | 72161612* | Actinobacteridae Subclass | |
TyrCG-18 α | Lactobacillus plantarum | Lpla | fig|220668.1.peg.1693 | 28271503* | Bacilli Class | |
TyrCG-19 α | Clostridium difficile | Cdif | fig|1496.1.peg.2965 | 115250885* | Clostridia_1 (Clostridiales Order) | |
TyrCG-20 α | Clostridium thermocellum | Cthe_5 | fig|203119.1.peg.2939 | 67874921* | Clostridia_2 (2 Orders) | |
TyrCG-21 α | Moorella thermoacetica | Mthe_3 | fig|264732.1.peg.2464 | 83590180* | Clostridia_3 (2 Orders) | |
TyrCG-22 α | Deinococcus radiodurans | Drad | fig|243230.1.peg.1305 | 6458858* | Deinococci Class | |
TyrCG-23 β | Bacteroides thetaiotaomicron | Bthe_9 | fig|226186.1.peg.3931 | 29341249* | Bacteroidetes Class | |
TyrCG-24 α | Chlorobium tepidum | Ctep | fig|194439.1.peg.84 | 21672925* | Chlorobia Class | |
TyrCG-25 α | Petrotoga miotherma | Pmio | NA | NA | Unresolved phylogenetic mixture | |
TyrCG-26 β | Coxiella burnetii | Cbur | fig|227377.1.peg.935 | 29654299* | Unresolved phylogenetic mixture | |
TyrCG-27 α | Rhodopirellula baltica (Pirellula sp.) | Rbal | fig|243090.1.peg.3009 | 32473675* | Unresolved phylogenetic mixture | |
TyrCG-28 α | Leptospira interrogans | Lint_1 | fig|267671.1.peg.2379 | 45658293* | Unresolved phylogenetic mixture | |
TyrCG-29 β | Dehalococcoides ethenogenes | Deth | fig|243164.3.peg.722 | 57234714* | Chloroflexi Phylum | |
TyrCG-30 β | Rhodospirillum rubrum | 2Rrub_1 | fig|1085.1.peg.3401 | 83592308* | Alpha_2proteobacteria (2 Orders) | |
TyrCG-31 α | Gemmata obscuriglobus | Gobs | NA | NA | Planctomyceteceae Family | |
TyrCG-O α | Acidithiobacillus ferrooxidans | Afer_4 | NA | NA | upper-Gammaproteobacteria orphan | |
TyrCG-O α | Aquifex aeolicus | Aaeo | fig|224324.1.peg.1217 | 15606822* | Aquificae orphan | |
TyrCG-O α | Azoarcus sp. | AZOA | fig|76114.4.peg.1423 | 56475924* | Betaproteobacteria orphan | |
TyrCG-O α | Chromobacterium violaceum | Cvio | fig|243365.1.peg.3407 | 34498862* | Betaproteobacteria orphan | |
TyrCG-O α | Dechloromonas aromatica | Daro | fig|159087.4.peg.933 | 71906873* | Betaproteobacteria orphan | |
TyrCG-O α | Desulfitobacterium hafniense | Dhaf | fig|49338.1.peg.2227 | 89334457* | Clostridia orphan | |
TyrCG-O α | Magnetococcus sp. | MAGN_1 | fig|156889.1.peg.1669 | NA | Unclassified Proteobacteria orphan | |
TyrCG-O α | Methylobacillus flagellatus | Mfla_5 | fig|265072.1.peg.206 | 91775427* | Betaproteobacteria orphan | |
TyrCG-O α | Methylococcus capsulatus | Mcap_1 | fig|243233.4.peg.782 | 53804254* | upper-Gamma Proteobacteria orphan | |
TyrCG-O α | Microbulbifer degradans | Mdeg | fig|203122.1.peg.1111 | 90021791* | upper-Gamma Proteobacteria orphan | |
TyrCG-O α | Nitrosococcus oceani | Noce | fig|323261.3.peg.7 | 77163714* | upper-Gamma Proteobacteria orphan | |
TyrCG-O α | Pelagibacter ubiqued | Pubi | fig|335992.3.peg.1115 | 71082920* | Alphaproteobacteria orphan | |
TyrCG-O α | Symbiobacterium thermophilum | Sthe | fig|292459.1.peg.1361 | 51856245* | Firmicutes orphan | |
TyrCG-O β | Syntrophobacter fumaroxidans | Sfum_1 | fig|335543.6.peg.3883 | 71548230* | Syntrophobacterales orphan | |
TyrCG-O α | Syntrophomonas wolfei | Swol_1 | NA | 114566874* | Clostridia orphan | |
TyrCG-O β | Thermodesulfobacterium commune | Tcom | NA | NA | Thermodesulfobacteria orphan | |
TyrCG-O α | Thermotoga maritima | Tmar | fig|243274.1.peg.339 | 15643112* | Thermotogae orphan | |
TyrCG-O α | Thiobacillus denitrificans | Tden | fig|292415.3.peg.543 | 74316971* | Betaproteobacteria orphan | |
TyrCG-80 β | Methanococcoides burtonii | Mbur | fig|259564.1.peg.2246 | 91773934* | Euryarchaea Phylum | |
TyrCG-81 β | Haloarcula marismortui | Hmar_2 | fig|272569.1.peg.498 | 55377389* | Halobacteria Class | |
TyrCG-82 β | Ferroplasma acidarmanus | Faci_1 | fig|97393.1.peg.324 | 68141176* | Thermoplasmata Class | |
TyrCG-83 β | Methanospirillum hungatei | Mhun | fig|323259.5.peg.1087 | 88602324* | Methanomicrobia Class | |
TyrCG-84 β | Sulfolobus solfataricus | Ssol | fig|273057.1.peg.273 | 15897245* | Sulfolobales Order | |
TyrCG-85 β | Pyrobaculum aerophilum | Paer_2 | fig|178306.1.peg.1339 | 18312982* | Unresolved phylogenetic mixture | |
TyrCG-86 β | Archaeoglobus fulgidus | Aful_1 | fig|224325.1.peg.224 | 11497843* | Unresolved phylogenetic mixture | |
TyrCG-95 β | Arabidopsis thaliana | 1Atha | fig|3702.1.peg.1877 | 15218283* | Viridiplantae Kingdom | |
TyrCG-98 β | Saccharomyces cerevisiae | Scer | fig|4932.3.peg.431 | 6319643* | Fungi Kingdom | |
α for cohesion groups that belong to the TyrAα sub-homology group as shown in the TyrA CG tree. | TyrA tree | |||||
β for cohesion groups that belong to the TyrAβ sub-homology group as shown in the TyrA CG tree. | TyrA tree | |||||
aOrganism acronyms consist of four letters: the first letter of the genus name followed by the first three letters of the species name. Any underscore-number designations that follow the acronym proper are used to distinguish potential ambiguities, multiple TyrA species in a single organism are distinguished by numbers preceding the acronym (as implemented at AroPath). | ||||||
bGene identification number. A red asterisk indicates that sequencing of the genome is essentially complete. | ||||||
cAn attempt is made to describe each cohesion group at the hierarchical level at which all organisms having the sequence occupy the same taxon. NCBIÕs taxonomy page is used as a resource for this. Typically, cohesion groups gather at about the level of Family or Class, but wide deviations occur in either direction (see text). In our treatment, Gammaptoteobacteria are clearly divided into two groups, with lower-Gammaproteobacteria and upper-Gammaproteobacteria being the equivalent of "Superorder" taxon designation. Thus, for example, the Betaproteobacteria (a formal class) partition into five cohesion groups which do not correspond to formal taxon subdivisions. The organism names and gi numbers are hyper-linked to the Taxonomy Browser at NCBI, the fig/peg numbers are hyperlinked to Protein Pages at the SEED. | ||||||
dPelagibacter ubique is labeled as Candidatus Pelagibacter ubique in many databases. (ÒCandidatusÓ refers to an organism that cannot be maintained in a culture collection.) |