Table 1.
Paraburkholderia species used in this study.
| Species | Strains | Accession numbera | Assembly level | #contigsb | Genome size (bp) | GC% | Habitat notec | #PPd | PP genome (Kb)e |
|---|---|---|---|---|---|---|---|---|---|
| P. fungorum | NBRC 102489 | NZ_BAYC0100001-NZ_BAYC0100124 | Contig | 124 | 8,696,214 | 61.84 | Fungal-associated (N-P) | 1 | 13.2 |
| P. sordidicola | LMG 22029 | NZ_FCOC01000001-NZ_FCOC01000072 | Contig | 72 | 6,848,654 | 60.16 | Fungal-associated (N-P) | 2 | 47.9 |
| P. terrae | BS001 | AKAUA01000000 | Contig | 330 | 11,294,072 | 61.82 | Fungal-associated (N-P) | 1 | 36.7 |
| P. terrae | BS007 | NFVE00000000 | Contig | 788 | 11,025,273 | 61.89 | Fungal-associated (N-P) | 1 | 20.7 |
| P. terrae | BS110 | NFVD00000000 | Contig | 658 | 11,178,172 | 61.83 | Fungal-associated (N-P) | 2 | 34.5 |
| P. terrae | BS437 | NFVC00000000 | Contig | 843 | 11,303,071 | 61.78 | Fungal-associated (N-P) | 2 | 76.3 |
| P. terrae | DSM 17804T | CP02611-CP02614 | Complete | 4 | 10,062,489 | 61.92 | Fungal-associated (N-P) | 1 | 25 |
| P. terrae | NBRC 100964 | NZ_BBJK01000001-NZ_BBJK01000247 | Contig | 247 | 9,925,782 | 61.96 | Forest soil (N-P) | 1 | 25 |
| P. hospita | DSM 17164T | CP026105-CP026110 | Complete | 6 | 11,527,706 | 61.79 | Soil (N-P) | 2 | 40.7 |
| P. caribensis | DSM 13236T | CP026101-CP026104 | Complete | 4 | 9,032,490 | 62.58 | Soil (N-P) | 2 | 89.9 |
| P. caribensis | MWAP64 | NZ_CP013102-05 | Complete | 4 | 9,032,119 | 62.58 | Vertisol soil (N-P) | 2 | 89.5 |
| Paraburkholderia sp. | MF2-27 | NP | Complete | 7 | 9,573,839 | 61.68 | Soil (N-P) | 9 | 419.4 |
| P. ferrariae | NBRC 106233 | NZBAYB01000001-NZBAYB01000097 | Contig | 97 | 7,938,642 | 64.82 | Iron ore (N-P) | 1 | 21.4 |
| P. ginsengisoli | NBRC 100965 | NZ_BBIF01000001-50 | Contig | 50 | 6,541,887 | 63.61 | Soil (N-P) | 1 | 33.7 |
| P. glathei | KpR1_Mero_10 m | NZ_CCNS1000001-NZ_CCNS1000138 | Contig | 138 | 7,492,386 | 64.73 | Acid lateritic (N-P) | 4 | 111.9 |
| P. oxyphila | NBRC 105797 | NZ_BAYD01000001-NZ_CCNS10000313 | Contig | 313 | 10,647,665 | 64.14 | Acidic forest soil (N-P) | 2 | 50.1 |
| P. phenoliruptrix | AC1100 | NZ_ASXI01000001-NZ_ASXI01000286 | Contig | 286 | 7,811,030 | 63.14 | Soil (N-P) | 1 | 33.8 |
| P. xenovorans | LB400 | NC_007951-NC_007953 | Complete | 3 | 9,731,138 | 62.63 | Soil (N-P) | 2 | 85.4 |
| P. kururiensis | M130 | NZ_ANSK01000001-NZ_ANSK01000009 | Contig | 9 | 7,128,857 | 65.02 | Aquifer (N-P) | 1 | 27.4 |
| P. zhejiangensis | CEIB S4-3 | NZ_JSBM01000001-NZ_JSBM01000154 | Contig | 154 | 7,630,666 | 62.78 | Sludge (N-P) | 1 | 14.8 |
| P. andropogonis | ICMP2807 | NZ_LAQU01000001-NZ_LAQU01000272 | Contig | 272 | 6,065,807 | 58.99 | Sorghum bicolor (P) | 1 | 19.5 |
| P. bannensis | NBRC 03871 | NZ_BAYA01000001-NZ_BAYA01000102 | Contig | 102 | 8,648,774 | 63.96 | Grass-associated (P) | 3 | 98 |
| P. bryophila | 376MFSha3.1 | NZ_KB911034-NZ_KB911065 | Contig | 32 | 7,381,819 | 61.86 | Moss-associated (P) | 0 | 0 |
| P. caledonica | NBRC 102488 | NZ_BAYE01000061-NZ_BAYE01000075 | Contig | 75 | 7,282,355 | 61.97 | Plant-assosiated (P) | 0 | 0 |
| P. graminis | C4D1M | NZ_ABLD01000001-NZ_ABLD01000070 | Contig | 70 | 7,477,263 | 62.87 | Plant-assosiated (P) | 2 | 50.3 |
| P. grimmiae | R27 | NZ_JFHE01000001-NZ_JFHE01000160 | Contig | 160 | 6,661,774 | 63.04 | Xerophilous moss (P) | 1 | 33.6 |
| P. heleia | NBRC 101817 | NZ_BBJH01000001-NZ_BBJH01000110 | Contig | 110 | 8,007,470 | 64.61 | Aquatic plant (P) | 1 | 23.6 |
| P. mimosarum | NBRC 106338 | NZ_BBJJ01000001-NZ_BBJJ01000381 | Contig | 381 | 8,491,217 | 63.8 | Plant root (P) | 4 | 99.3 |
| P. nodosa | DSM 21604 | NZ_JAFA01000001-NZ_JAFA01000133 | Scaffold | 113 | 9,627,966 | 64.07 | Root nodules (P) | 4 | 119.3 |
| P. phymatum | STM815 | NC_010622, NC_010623, NC_010625, NC_010627 | Complete | 4 | 8,676,562 | 62.29 | Root legume nodule (P) | 5 | 138.3 |
| P. phytofirmans | PsJN | NC_010681, NC_010676, NC_010679 | Complete | 3 | 8,214,658 | 62.29 | Plant-assosiated (P) | 1 | 63 |
| P. phytofirmans | BS455 | NP | Contig | 209 | 8,859,905 | 62.15 | Plant-assosiated (P) | 2 | 64.8 |
| P. phytofirmans | BIFAS53 | NP | Contig | 222 | 8,267,758 | 61.63 | Plant-assosiated (P) | 1 | 13.3 |
| P. phytofirmans | J1U5 | NP | Contig | 689 | 10,330,795 | 61.09 | Plant-assosiated (P) | 2 | 23.4 |
| P. sacchari | LMG 19450 | NZ_JTDB01000001-NZ_JTDB01000112 | Contig | 112 | 7,263,741 | 64.04 | Sugarcane (P) | 2 | 27.5 |
| P. sprentiae | WSM 5005 | NZ_KI421529-34 NZ_AXBN01000062, NZ_AXBN01000035 | Contig | 8 | 7,761,063 | 63.18 | Root legume nodule (P) | 1 | 11.2 |
| B. pseudomallei | K96243 | NZ_CP009537-NZ_CP009538 | Complete | 2 | 7,247,614 | 68.06 | Human pathogenic (N-P) | 4 | 115.3 |
| B. cenocepacia | J2315 | NC_011000-NC_011003 | Complete | 4 | 8,055,782 | 66.9 | Soil (P) | 4 | 128.5 |
| B. glumae | PG1 | NZ_CP002580, NZ_CP002581 | Complete | 2 | 7,896,538 | 68.77 | Plant pathogenic (P) | 2 | 50 |
NP, Not yet published;
#, number;
The habitat of the Paraburkholderia were manually checked and thus crossed-checked from the GOLD database version October 2017 (see section Materials and Methods);
PP, prophages;
total amount of prophage sequence in genome;
type strain.