Black fungal extremes - CBS

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Se l b m a n n e t a l.Fig. 4. A. Battleship Promontory, Southern Victoria Land, Antarctica, view from the helicopter. B. Battleship Promontory, Southern Victoria Land, Antarctica, landscape. C.Sandstone sample from which Recurvomyces mirabilis <strong>CBS</strong> 119434 has been isolated. The surface is weathered by the activity of cryptoendolithic microorganisms. Scale bar= 5 cm. D. Magnification at the dissecting microscope of the black fungi endolithic colonization inside the sample of sandstone used for the isolation. Scale bar = 2 mm. E, F.Rock colonised by the fungus observed at the Scanning Electron Microscope.12
Dr o u g h t m e e t s a c i dFig. 5. Recurvomyces mirabilis, <strong>CBS</strong> 119434 (= CCFEE 5264). A. Strain grown on different media after two mo of incubation at 15 °C. B–D. Hyphae with branched andunbranched conidiophores producing 0–1 septated conidia. E. Curved branched conidiophores schyzolytically seceding (black arrow) showing enteroblastic elongation (whitearrow) at the apex. F, G. high magnification of branched conidiophores producing 1-celled conidia. H, I. 1- and 2-celled conidia and ramoconidia. L. Terminal swelling cell. M, N.swelling hyphae showing enteroblastic elongation. O, P. Unbranched conidiophores producing 1-celled conidia, scar is visible after schizolytic secession (P, arrow). Q. Branchedconidiophore. R, S. swelling cell at intercalary (R) and terminal position (S). B–N. Light microscopy; Scale bars = 10 µm. O–S. SEM.www.studiesinmycology.org13
Page 1: Studies in Mycology 61 (2008)Black
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Page 7 and 8: PREFACEThe terms "black fungi" or "
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Va u p o t i č e t a l.Fig. 3. Mor
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Va u p o t i č e t a l.HMG-CoA red
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Pl e m e n i ta s e t a l.entire en
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Pl e m e n i ta s e t a l.glycerol
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Pl e m e n i ta s e t a l.Fig. 1. T
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Pl e m e n i ta s e t a l.diversity
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available online at www.studiesinmy
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Ti n e a n i g r aand Polynesia (Ue
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Bl a c k f u n g i in l i ch e n st
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Ce l l u l a r r e s p o n s e s t
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On o f r i e t a l.Table 1. Test pa
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On o f r i e t a l.Analyses of resp
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On o f r i e t a l.Fig. 6. Percenta
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On o f r i e t a l.Fig. 11. Percent
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On o f r i e t a l.2005). The abili
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A r o c k-i n h a b i t i n g a n c
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De n g e t a l.Table 1. Strains use
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De n g e t a l.Table 3. Primer sequ
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De n g e t a l.10098CBS 157.67 Exop
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De n g e t a l.Table 5. Number of m
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Co n i o s p o r i u m o n s k i nT
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Co n i o s p o r i u m o n s k i nC
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e n v i r o nm e n ta l is o l at i
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Origin o f Ex o p h i a l a d e r m
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Sat o w e t a l.Table 1. Compositio
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Sat o w e t a l.Assimilation of min
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Sat o w e t a l.pollutants in biore
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s u b s t r at e s p e c i f i c i
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Bi o d i v e rs i t y o f t h e g e
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homogentisate 165, 171, 173Hortaea
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CBS Biodiversity SeriesNo. 6: Alter
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Studies in Mycology (ISSN 0166-0616
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Satow MM, Attili-Angelis D, Hoog GS
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Black fungal extremes - CBS

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