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Neighbour-joining and bootstrap analysis of internal transcribed spacer (ITS) rDNA sequences from putative Chrysomyxa strains. All publicly available reference ITS sequences from Chrysomyxa spp. were included, plus relatives. Cronartium spp. and T. areolata were used as outgroup species. The black arrow indicates the analysed samples. The distance bar indicates 2% sequence difference. Bootstrap values above 50% are shown.  

Neighbour-joining and bootstrap analysis of internal transcribed spacer (ITS) rDNA sequences from putative Chrysomyxa strains. All publicly available reference ITS sequences from Chrysomyxa spp. were included, plus relatives. Cronartium spp. and T. areolata were used as outgroup species. The black arrow indicates the analysed samples. The distance bar indicates 2% sequence difference. Bootstrap values above 50% are shown.  

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... comparison revealed that samples Chry- somyxa 1 (300709), 2 (240709), 3 (4D10), 4 (4A10) and 5 (4D12) shared an identical Lsu rDNA sequence with several strains identified as C. ledi and C. rhododendri (de Candolle) de Bary (Figure 8). ITS sequences from samples Chrysomyxa 2, 3, 4 and 5 were likewise identical and matched to an envir- onmental sequence (AM902053), but were quite distinct ( B93%) from other reference sequences of cultivated fungi of those in the comparison set; the closest relative (92.5%) was C. arctostaphyli Dietel (Figure 9). Unfortunately, ITS sequences of C. ledi and C. rhododendri are not available. ...