Plant Biol (Stuttg) 2001; 3(4): 437-442
DOI: 10.1055/s-2001-16456
Original Paper
Georg Thieme Verlag Stuttgart ·New York

Ultrastructural Observations on the Rust Fungus Puccinia malvacearum in Malva sylvestris ssp. mauritiana

B. Classen, F. Amelunxen, W. Blaschek
  • Institute of Pharmacy, Department of Pharmaceutical Biology, University of Kiel, Kiel, Germany
Further Information

Publication History

December 10, 2000

May 9, 2001

Publication Date:
16 August 2001 (online)

Abstract

Our investigations show the structure of the intracellular mycelium of the rust fungus, Puccinia malvacearum, in leaves of Malva sylvestris ssp. mauritiana. Some intracellular structures of the fungus pass through, others end in the host cells. Fungal infection leads to an increase in the number of mucilage cells in the leaves; but mucilage production does not stop fungal growth. In contrast, the fungus is able to invade mucilage cells without any sign of fungal degradation.

References

  • 01 Allen,  R.. (1933);  A cytological study of the teliospores, promycelia, and sporidia in Puccinia malvacearum. .  Phytopathology. 23 572-586
  • 02 Allen,  R.. (1935);  A cytological study of Puccinia malvacearum from the sporidium to the teliospore.  J. Agric. Res.. 51 801-818
  • 03 Ashworth,  D.. (1931);  Puccinia malvacearum in monosporidial culture.  Trans. Br. Mycol. Soc.. 16 177-202
  • 04 Ashworth,  D.. (1935);  The receptive hyphae of the rust fungi.  Ann. Bot.. 49 95-108
  • 05 Berndt,  R.,, Bauer,  R.,, and Oberwinkler,  F.. (1994);  Ultrastructure of the host-parasite interface in the fern rusts Milesia, Uredinopsis, and Hyalopsora (Pucciniastraceae, Uredinales).  Can. J. Bot.. 72 1084-1094
  • 06 Berndt,  R.. (1996);  Ultrastructure of the D-haustoria of Coleosporium ssp. (rust fungi, Uredinales).  Sydowia. 48 (2) 263-272
  • 07 Brown,  A. M.. (1940);  The sexual behaviour of several plant rusts.  Can. J. Res., Sect. C. 18 18-25
  • 08 Bushnell,  W. R.. (1972);  Physiology of fungal haustoria.  Ann. Rev. Phytopathol.. 10 151-176
  • 09 Chigrin,  V. V., and Zhigalkina,  T. E.. (1993);  Polysaccharide decomposing enzymes associated with cell walls and their possible significans in the appearance of compatibility and incompatibility with the rust fungi.  Mikologija i Fitopatologija. 27 (3) 43-50
  • 10 Chong,  J.,, Harder,  D. E.,, and Rohringer,  R.. (1986);  Cytochemical studies on Puccinia graminis sp. tritici in a compatible wheat host. II. Haustorium mother cell walls at the host penetration site, haustorial walls, and the extrahaustorial matrix.  Can. J. Bot.. 64 2561-2575
  • 11 Classen,  B.,, Amelunxen,  F.,, and Blaschek,  W.. (1998);  Ultrastructural investigations on the development of mucilage idioblasts and cavities of Malva sylvestris ssp. mauritiana. .  Sci. Pharm.. 66 363-380
  • 12 Classen,  B., and Blaschek,  W.. (1998);  High molecular weight acidic polysaccharides from Malva sylvestris and Alcea rosea. .  Planta Med.. 64 640-644
  • 13 Coffey,  M. D.,, Palevitz,  B. A.,, and Allen,  P. J.. (1972);  The fine structure of two rust fungi, Puccinia helianthi and Melampsora lini. .  Can. J. Bot.. 50 231-240
  • 14 Cooper,  R. M.. (1984) The role of cell wall-degrading enzymes in infection and damage. Plant Diseases: Infection, Damage and Loss. Wood, R. K. S. and Jellis, G. J., eds. Oxford; Blackwell Scientific Publications pp. 13-27
  • 15 Ehrlich,  H. G., and Ehrlich,  M. A.. (1963);  Electron microscopy of the host-parasite relationships in stem rust of wheat.  Am. J. Bot.. 50 459-463
  • 16 Fahn,  A.. (1979) Mucilage secreting tissues. Secretory tissues in plants. Fahn, A., ed. London, New York, San Francisco; Academic Press p. 126
  • 17 Gold,  R. E., and Littlefield,  L. J.. (1979);  Light and scanning electron microscopy of the telial, pycnial and aecial stages of Melampsora lini. .  Can. J. Bot.. 57 629-638
  • 18 Gold,  R. E.,, Littlefield,  L. J.,, and Statler,  G. D.. (1979);  Ultrastructure of the pycnial and aecial stages of Puccinia recondita. .  Can. J. Bot.. 57 74-86
  • 19 Gregory,  M., and Baas,  P.. (1989);  A survey of mucilage cells in vegetative organs of the dicotyledons.  Isr. J. Bot.. 38 125-174
  • 20 Harder,  D. E.. (1978);  Comparative ultrastructure of the haustoria in uredial and pycnial infections of Puccinia coronata avenae. .  Can. J. Bot.. 56 214-224
  • 21 Harder,  D. E.. (1989);  Rust fungal haustoria - past, presence, future.  Can. J. Plant Pathol.. 11 (1) 91-99
  • 22 Heath,  M. C.. (1995);  Signal exchange between higher plants and rust fungi.  Can. J. Bot.. 73 (Suppl. 1) 616-623
  • 23 Heath,  M. C.. (1997);  Signalling between pathogenic rust fungi and resistant or susceptible host plants.  Ann. Bot.. 80 713-720
  • 24 Heath,  M. C., and Bonde,  M. R.. (1983);  Ultrastructural observations of the rust fungus Physopella zeae in Zea mays. .  Can. J. Bot.. 61 2231-2242
  • 25 Heath,  M. C., and Heath,  I. B.. (1971);  Ultrastructure of an immune and a susceptible reaction of cowpea leaves to rust infection.  Physiol. Plant Pathol.. 1 277-287
  • 26 Hippe-Sanwald,  S.,, Marticke,  K. H.,, Kieliszewski,  M. J.,, and Somerville,  S. C.. (1994);  Immunogold localization of THRGP-like epitopes in the haustorial interface of obligate, biotrophic fungi on monocots.  Protoplasma. 178 138-155
  • 27 Hu,  G. G., and Rijkenberg,  F. H. J.. (1998);  Ultrastructural studies of the intercellular hypha and haustorium of Puccinia recondita f. sp. tritici. .  J. Phytopathology. 146 (1) 39-50
  • 28 Kreisel,  H., and Scholler,  M.. (1994);  Chronology of phytoparasitic fungi introduced to Germany and adjacent countries.  Bot. Acta. 107 (6) 387-392
  • 29 Lindfors,  T.. (1924);  Studien über den Entwicklungsverlauf bei einigen Rostpilzen aus zytologischen und anatomischen Gesichtspunkten.  Svensk Bot. Tidskr.. 18 1-84
  • 30 Littlefield,  L. J., and Heath,  M.. (1979) Ultrastructure of rust fungi. New York, San Francisco, London; Academic Press pp. 156-165
  • 31 Lopez-Llorca,  L. V., and Orts,  S.. (1994);  Histopathology of infection of the palm Washingtonia filifera with the pink bud rot fungus Penicillium vermoesenii. .  Myc. Res.. 98 (10) 1195-1199
  • 32 Mendgen,  K.,, Bachem,  U.,, Stark-Urnau,  M.,, and Xu,  H.. (1995);  Secretion and endocytosis at the interface of plants and fungi.  Can. J. Bot.. 73 (Suppl. 1) 640-648
  • 33 Mendgen,  K., and Deising,  H.. (1993);  Infection structures of fungal plant pathogens - a cytological and physiological evaluation.  The New Phytologist. 124 193-213
  • 34 Mendgen,  K.,, Hahn,  M.,, and Deising,  H.. (1996);  Mechanisms and morphogenesis of penetration by plant pathogenic fungi.  Annu. Rev. Phytopathology. 34 367-386
  • 35 Preece,  T. F., and Hick,  A. J.. (1990) An introductory scanning microscope atlas of rust fungi. London; Farrand Press p. 138
  • 36 Schäfer,  W.. (1994);  Molecular mechanisms of fungal pathogenicity to plants.  Annu. Rev. Phytopathol.. 32 461-477
  • 37 Stark-Urnau,  M., and Mendgen,  K.. (1995);  Sequential deposition of plant glycoproteins and polysaccharides at the host-parasite interface of Uromyces vignae and Vigna sinensis: Evidence for endocytosis and secretion.  Protoplasma. 186 (1 - 2) 1-11
  • 38 Taubenhaus,  J. J.. (1911);  A contribution to our knowledge of the morphology and life history of Puccinia malvacearum MONT.  Phytopathology. 1 (2) 55-62
  • 39 Walton,  J. D.. (1994);  Deconstructing the cell wall.  Plant Physiol.. 104 1113-1118

W. Blaschek

Institute of Pharmacy
Department of Pharmaceutical Biology
University of Kiel

24105 Kiel
Germany

Email: wbla@pharmazie.uni-kiel.de

Section Editor: H. M. Jahns

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