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Table 1 Fusarium isolates used in this study with the chromosome (CN) numbers found.

From: Karyotype evolution in Fusarium

Species Complex 1 Figure Fusarium Species 2 NRRL 3 Alternative accession nos 4 CN 5 Core Chromosomes Non-core Chromosomes
dimerum Fig. 1a F. dimerum 20691 CBS 489.81 15 13 2
dimerum Fig. S1a F. dimerum 36130 CBS 102613 15 13 2
ventricosum Fig. 1a F. ventricosum-2 25729 CBS 430.91 11 10 1
ventricosum Fig. S1a F. ventricosum-1 13953 CBS 830.85 11-15 10 or 11 1, 3 or 4
solani Fig. 1a Fusarium sp. FSSC 11 66287 ATCC 204495 15 12 3
solani Fig. S1a Fusarium sp. FSSC 11 66287 ATCC 204495 15 12 3
solani Fig. 1a F. striatum 22147 BBA 64379 13 12 1
solani Fig. S1a F. striatum 22101 BBA 64379 12 12 0
solani Fig. 1a Fusarium sp. FSSC 10 22153 ATCC 18099 9 9 0
solani Fig. S1a Fusarium sp. FSSC 10 22165 ATCC 18098 10 9 1
buharicum Fig. 1b F. sublunatum 13384 CBS 189.34 = BBA 62431 18–20 18–20 0
buharicum Fig. S1b F. sublunatum 13384 CBS 189.34 = BBA 62431 18–20 18–20 0
buharicum Fig. 1b F. buharicum 13371 CBS 796.70 = DSM 62165 = FRC R-4955 10 9 1
buharicum Fig. S1b F. buharicum 13371 CBS 796.70 = DSM 62165 = FRC R-4955 10 9 1
lateritium Fig. 1b F. stilboides 20429 ATCC 15662 15 14 1
lateritium Fig. S1b F. stilboides 20429 ATCC 15662 15 14 1
nisikadoi Fig. 1b F. nisikadoi 25203 MAFF 237507 = BBA 69014 11 10 1
nisikadoi Fig. S1b F. nisikadoi 25308 MAFF 237506 12 11 1
fujikuroi Fig. 1b F. nygamai 66293 FRC M-7492 12 12 0
fujikuroi Fig. S1b F. nygamai 66291 FRC M-5868 12 13 2
fujikuroi Fig. 1b F. verticillioides 66290 MAFF 239106 11 10 1
fujikuroi Fig. S1b F. verticillioides 66290 MAFF 239106 11 10 1
fujikuroi Fig. 1b F. proliferatum 66289 ITEM 2287 12 10 2
fujikuroi Fig. S1b F. proliferatum 36220 CBS 115.97 13 11 2
fujikuroi Fig. 1b F. fujikuroi 66288 MAFF 238524 12 11 1
fujikuroi Fig. S1b F. fujikuroi 66292 MAFF 238525 12 11 1
heterosporum Fig. 1c F. heterosporum 20693 CBS 720.79 = PD 79/878 8 7 1
heterosporum Fig. S1c F. heterosporum 20693 CBS 720.79 = PD 79/878 8 7 1
heterosporum Fig. 1c F. graminum 20692 CBS 737.79 = BBA 62228 7 7 0
heterosporum Fig. S1c F. graminum 20692 CBS 737.79 7 7 0
tricinctum Fig. 1c F. tricinctum 25481 CBS 393.93 = BBA 64485 9 8 1
tricinctum Fig. S1c Fusarium sp. 36132 CBS 102796 10 9 1
tricinctum Fig. 1c F. acuminatum 28652 ITEM 865 10 9 1
tricinctum Fig. S1c F. acuminatum 28449 CBS 214.77 9 8 1
tricinctum Fig. 1c F. arthrosporioides 26416 CBS 303.95 11 8 3
tricinctum Fig. S1c F. arthrosporioides 26416 CBS 303.95 11 8 3
tricinctum Fig. 1c F. avenaceum 36374 CBS 239.94 = IPO 92-3 = PD 92/1185 9 8 1
tricinctum Fig. S1c F. avenaceum 26911 CBS 408.86 = FRC R-8510 10 8 2
incarnatum-equiseti Fig. 1c Fusarium sp. FIESC 24 36255 CBS 145.44 = BBA 4095 9 8 1
incarnatum-equiseti Fig. S1c Fusarium sp. FIESC 24 36255 CBS 145.44 = BBA 4095 9 8 1
incarnatum-equiseti Fig. 1c Fusarium sp. FIESC 16 20425 CBS 131.73 = IMI 160602 9 9 0
incarnatum-equiseti Fig. S1c Fusarium sp. FIESC 16 20425 CBS 131.73 = IMI 160602 9 9 0
sambucinum Fig. 1d F. longipes-4 13317 FRC R-314 5 5 0
sambucinum Fig. S1d F. longipes-4 13317 FRC R-314 5 5 0
sambucinum Fig. 1d F. cf. compactum 13829 FRC R-6784 5 5 0
sambucinum Fig. S1d F. cf. compactum 13829 FRC R-6784 5 5 0
sambucinum Fig. 1d F. poae 66297 TAPO 21 6 4 2
sambucinum Fig. S1d F. poae 66297 TAPO 21 6 4 2
sambucinum Fig. 1d F. kyushuense 66296 MAFF 240372 4 4 0
sambucinum Fig. S1d F. kyushuense 66296 MAFF 240372 4 4 0
sambucinum Fig. 1d F. sporotrichioides 66295 ITEM 3593 6 5 1
sambucinum Fig. S1d F. sporotrichioides 66295 ITEM 3593 6 5 1
sambucinum Fig. 1d F. pseudograminearum 28065 CBS 109954 = FRC R-6761 4 4 0
sambucinum Fig. S1d F. pseudograminearum 28065 CBS 109954 = FRC R-6761 44 0
sambucinum Fig. 1d F. lunulosporum 13393 BBA 62459 = FRC R-5822 4 4 0
sambucinum Fig. S1d F. lunulosporum 13393 BBA 62459 = FRC R-5822 4 4 0
sambucinum Fig. 1d F. cerealis 13721 CBS 110268 = KF-748 4 4 0
sambucinum Fig. S1d F. cerealis 25491 CBS 589.93 4 4 0
sambucinum Fig. 1d F. culmorum 66294 IPO 39 4 4 0
sambucinum Fig. S1d F. culmorum 66294 IPO 39 4 4 0
sambucinum Fig. 1d F. graminearum 31084 PH-1 4 4 0
sambucinum Fig. S1d F. graminearum 38154 Fg820 4 4 0
  1. 1As defined in O’Donnell et al. (2013).
  2. 2Phylogenetic species within the Fusarium solani (FSSC) and F. incarnatum-equiseti (FIESC) species complexes are distinguished by a unique Arabic number. Fusarium sp. FSSC 11 was previously reported as F. solani f. sp. pisi (VanEtten et al. 1994), but F. solani corresponds to phylospecies FSSC 5 (Schroers et al. 2016). In addition, phylogenetically distinct species within the F. ventricosum and F. longipes clades are identified by unique numbers.
  3. 3NRRL, ARS Culture Collection, Peoria, IL.
  4. 4ATCC, American Type Culture Collection, Manassas, VA; BBA, Biologische Bundesanstalt für Land-und Forstwirtschaft, Berlin, Germany; CBS, Westerdijk Fungal Biodiversity Institute, Utrecht, The Netherlands; DSMZ, Leibniz-Institut DSMA-Deutsche Sammlung von Mikroorganismen und Zellkulturen, Braunschweig, Germany; FRC, Fusarium Research Center, The Pennsylvania State University, State College, PA; IMI, CABI Biosciences, Egham, Surrey, UK; IPO, IPO-Collection of Fungal Pathotypes, Wageningen, The Netherlands; ITEM, Agro-Food Microbial Culture Collection, Bari, Italy; KF, Fusarium collection at the Institute of Plant Genetics, Polish Academy of Sciences, Poznan, Poland, Institute of Food Technology Culture Collection, Agricultural University of Poznan, Poland; MAFF, Genebank Project, Ministry of Agriculture, Forestry and Fisheries, Tsukuba, Japan; PD, Dutch Plant Protection Service, Wageningen, The Netherlands; TAPO, Agricultural Biotechnology Center, Gödöllő, Hungary.
  5. 5CN, chromosome number.