Cylindrocarpon root rot: multi-gene analysis reveals novel ... - CBS

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Mycol ProgressFig. 1 (continued)106886661009710085100CBS 240.29 Alnus, NorwayCBS 226.31 Fagus, GermanyCy169 Malus, PortugalCBS 835.97 Salix, BelgiumCy172 Malus, PortugalCBS 118984 Abies, CanadaCBS 503.67 Abies, NorwayCBS 324.61 Abies, NetherlandsCPC13545 Pyrus, Canada100 100100CBS 151.29 Malus, UK98100 CBS 182.36 Malus, unknownCPC13530 Prunus, Canada70100 CPC 13531 Pseudotsuga, Canada91 CR21 Pseudotsuga, Canada100n.s.100n.s.94-1356 Picea, CanadaCPC 13544 Prunus, CanadaCBS 183.36 Solanum, GermanyCBS 119596 Astelia, New ZealandCBS 119606 Metrosideros, New ZealandCBS 307.35 Panax, CanadaCBS 120359 Panax, CanadaCBS 120361 Panax, CanadaCBS 120364 Panax, CanadaCBS 120365 Panax, CanadaCBS 120366 Panax, CanadaCBS 120367 Panax, CanadaCBS 120368 Panax, CanadaCBS 120369 Panax, CanadaCPC13535 Panax, CanadaCPC13537 Panax, CanadaCBS 306.35 Panax, CanadaCBS 124662 Panax, JapanCBS 129080 Vitis, PortugalCBS 264.65 Cyclamen, Sweden100n.s.99100n.s.100n.s.CBS 117526 Vitis, PortugalCBS 117527 Vitis, PortugalCBS 117640 Vitis, PortugalCBS 112596 Vitis, South AfricaCBS 112607 Vitis, South AfricaCy190 Vitis, PortugalCBS 110.81 Liriodendron, USACy232 Quercus, PortugalCy164 Malus, PortugalCy122 Vitis, USACBS 302.93 Cyclamen, NetherlandsCBS 102032 Bark, Venezuela869196CBS 129078 Vitis, PortugalCy131 Actinidia, FranceCBS 537.92 Aesculus, BelgiumCBS 102892 Phragmites, GermanyCy155 Vitis, PortugalCD1666 Panax, CanadaCy231 Thymus, PortugalCBS 605.92 Tilia, GermanyCBS 117818 Quercus, AustriaCBS 117821 Quercus, AustriaCBS 308.35 Panax, CanadaCPC13532 Prunus, PortugalCBS 321.34 Loroglossum, TunisiaCBS 129084 Vitis, PortugalCBS 773.83 Water, NetherlandsCBS 117823 Quercus, AustriaCBS 117814 Quercus, AustriaCBS 117820 Quercus, AustriaCy158 Vitis, PortugalCy23 Vitis, Portugal9686CBS 117815 Quercus, Austria100 CBS 117822 Quercus, AustriaCBS 129079 Panax, Canada94-1628 Picea, CanadaCBS 640.77 Abies, FranceCBS 153.37 Dune sand, France95 CBS 156.47 Azalea, BelgiumCBS 120371 Pseudotsuga, Canada93 CPC13536 Pseudotsuga, Canadan.s. CBS 120372 Pseudotsuga, Canada87CBS 120370 Pseudotsuga, CanadaNSAC-SH 2.5 Panax, Canada100 NSAC-SH 2 Panax, CanadaCBS 129083 Panax, CanadaCBS 139.30 Lilium, Netherlands88 CBS 158.31 Narcissus, Netherlands98 CPC 13534 Poa, CanadaCBS 129081 Vitis, Portugal99Cy22 Vitis, Portugal78CBS 117824 Quercus, AustriaCBS 117812 Quercus, AustriaCBS 940.97 Soil, NetherlandsCBS 189.49 Lilium, Netherlands88CBS 732.74 Lilium, Netherlands100CBS 305.85 Lilium, Netherlands85 CBS 304.85 Lilium, NetherlandsN. majorN. ditissimaN. neomacrosporaC. cylindroidesCylindrocarpon sp.N. ramulariaeCylindrocarpon sp.C. obtusisporumN. macroconidialisI. coprosmaeI. mors-panacisI. lusitanicaI. radicicolaI. liriodendriI. cyclaminicolaI. venezuelensisI. europaeaI. robustaI. panacisI. rufa“Cylindrocarpon” sp.I. crassaI. pseudodestructansI. gamsiiI. liliigena
Mycol ProgressFig. 2 Ilyonectria anthuriicola (CBS 564.95). a–c Simple conidiophoreson aerial mycelium. d–g Conidiophores giving rise to microconidia,formed on mycelium at agar surface, penicillately mono- orbi-verticillate. h–l Micro- and macroconidia. m Chlamydospores inmycelium. Bars 10 μm3-septate, straight or minutely curved, cylindrical with bothends more or less obtusely rounded, mostly without avisible hilum; 1-septate, (20.0)23.5–26.7(29.0)×(5.5)5.9–6.8(7.0) μm (average=25.1×6.4 μm), with a length:widthratio of 3.6–4.8; 2-septate, (25.0)26.6–29.3(32.0)×(6.5)6.8–7.8(8.5) μm (av. = 27.9×7.3 μm), with a length:widthratio of 3.2–4.8; 3-septate, (25.0)29.5–32.2(38.0)×(6.0)7.5–8.1(9.0) μm (av. = 30.8×7.8 μm) with a length:widthratio of 3.1–5.2. Microconidia 0(−1)-septate, subglobose toovoid, rarely ellipsoid, mostly with a visible centrallylocated or slightly laterally displaced hilum; aseptatemicroconidia, (4.9)5.0–8.1(12.0)×(4.0)4.3–5.5(6.5) μm(av. = 6.5×4.9 μm), with a length:width ratio of 1.0–1.8;1-septate, (11.0)11.6–16.7(18.0)×(5.0)5.4–6.1(6.0) μm(av. = 14.1×5.8 μm), with a length:width ratio 1.8–3.0.Chlamydospores globose to subglobose to ellipsoid, 8–14×7–12 μm, smooth, but often appearing rough due todeposits, thick-walled, formed intercalary in chains or inclumps and also in the cells of macroconidia, hyaline,becoming golden-brown.Holotype: Netherlands, Bleiswijk, root rot of Anthuriumsp., 1995, coll./isol. R. Pieters, holotype CBS H-20555,culture ex-type CBS 564.95.Culture characteristics: Mycelium felty with averagedensity. Surface on OA chestnut, with aerial mycelium sparse,saffron; margin pure yellow to orange. Surface on PDA,chestnut with saffron aerial mycelium, growth at marginluteous; zonation absent, transparency homogeneous, margin
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Cylindrocarpon root rot: multi-gene analysis reveals novel ... - CBS

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