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Structure produced by some fungi
An appressorium is a specialized cell typical of many fungal plant pathogens that is used to infect host plants. It is a flattened, hyphal "pressing" organ
Appressorium
Organism belonging to kingdom Fungi
form a structure called an appressorium that evolved to puncture plant tissues. The pressure generated by the appressorium, directed against the plant
Fungus
Symbiotic penetrative association between a fungus and the roots of a vascular plant
three stages: spore germination, hyphal growth, host recognition and appressorium formation. Spores of the AM fungi are thick-walled multi-nucleate resting
Arbuscular_mycorrhiza
Order of fungi
hyphal tip produces an infection structure called an appressorium. From the underside of an appressorium, a slender hypha grows downward to infect plant cells
Rust_(fungus)
Blast, fungal disease of rice & wheat
and culm nodes. Using a structure called an appressorium, the pathogen penetrates the plant. The appressorium cell wall is chitinous and its inner side
Magnaporthe_grisea
Species of fungus
germ tube which develops an appressorium, or 'pressing' organ. As the germ tube grows, it pulls the spore and the appressorium together, causing an indentation
Colletotrichum_lindemuthianum
Biological root-like structure that extracts nutrients from another organism
embryo. These tissues are found widely in the seeds of flowering plants. Appressorium Szabo, Les (July 3, 2001). "Hidden robbers: The role of fungal haustoria
Haustorium
Species of plant pathogen
The spores produce an appressorium which in turn produces a penetration peg. This hypha grows from bottom of the appressorium and works its way through
Hyaloperonospora_parasitica
Species of fungus
the appressorium appears the same, as a simple swelling at the end of a hypha, closely appressed to the eggshell. Adhesion between the appressorium and
Purpureocillium_lilacinum
Species of fungus
the germ tube, whose apical section differentiates into a melanised appressorium. This structure will then function to penetrate the plant cell cuticle
Colletotrichum_kahawae
Species of fungus
conidia. F. Direct penetration of the germ tube through a stoma. G. Appressorium-like structure formed in the antestomatal chamber. H. Secondary conidia
Dothistroma_septosporum
Pathogenic fungus
stomata, or penetrate directly through the top of the leaf, using its appressorium, infecting the leaf within 12 hours. At the cellular level, AAL produces
Alternaria_alternata
Fungal disease of rice
disease. Once the rice sheath has been inoculated, the pathogen forms an appressorium and infection cushions. Both intercellular and intracellular hyphae are
Sheath_blight_of_rice
appressed Flattened, or closely applied; e.g. of scales or fibers. appressorium A swelling at the end of a germ tube or other hypha that adheres to the
Glossary_of_mycology
Species of fungus
stomata, or penetrate directly through the top of the leaf, using its appressorium, infecting the leaf within 12 hours. In the orchard, Alternaria citri
Alternaria_citri
Species of fungus
unknown, other Phyllosticta species are known to infect leaves via an appressorium in a process that requires adequate moisture. Within mature lesions,
Phyllosticta_sojaecola
Genus of fungi
teres) makes up to 3 conidia per conidiophore. It infects plants with an appressorium. It grows bio-trophically in the first infected plant cell, but then
Pyrenophora
Subdivision of fungi
The infection happens with the production of a structure called an appressorium, which is generated by a specialized cell used to penetrate the host
Ustilaginomycotina
Species of fungus
cause infection by penetrating the plant with its infectious pegs called appressorium, allowing the hyphae to grow in and between the host cells, resulting
Curvularia_geniculata
Species of fungus
into the walls of the appressorium to create turgor pressure in the appressorium. The melanin allows water into the appressorium cell but nothing out.
Glomerella_graminicola
Fungal plant disease
begins to infect the host via penetration of the leaf surface using an appressorium and infection peg. Leaf cells are infected, and the symptomatic lesions
Alternaria_leaf_spot
Species of fungi that live in marine or estuarine environments
form a structure called an appressorium that evolved to puncture plant tissues. The pressure generated by the appressorium, directed against the plant
Marine_fungi
Genus of fungi
its host, as does Blasiphalia. Instead, Rickenella produces a small appressorium or no appressoria and penetrates the rhizoids of its moss hosts, growing
Rickenella
Species of single-celled organism
Germination of the sporangia is usually by means of a germ tube which forms an appressorium to penetrate epidermal cells or it enters through a stoma. Zoospore formation
Bremia_lactucae
Genus of fungi
extracellular pre-penetration processes (adhesion, germination, and appressorium formation 2) intercellular post-penetration processes (nutrient acquisition
Austropuccinia
saucer-shaped sexual fungal fruiting body (ascocarp) containing asci. antiseptic appressorium (pl. appressoria) arbuscular mycorrhiza (abbr. AM; syn. endomycorrhiza)
Glossary_of_phytopathology
Species of fungus
attach to the plant by which through growth they begin to produce an appressorium which penetrates the plant cell and allows for the pathogen to obtain
Rhizoctonia_solani
Plant disease caused by fungus
then penetrated either directly with a germ tube or indirectly using an appressorium, thus initiating a new infection. Shortly after penetration, light-green
Apple_scab
discovered in Magnaporthe oryzae to initiate fungal conidial adhesion and appressorium formation needed for host infection. Candida albicans is an opportunistic
Integrin-like_receptors
Species of fungus
gloeosporioides conidium lands upon a susceptible host it will first produce an appressorium. This specialized structure allows the pathogen to penetrate the host
Glomerella_cingulata
Fungal species
1537-2197.1950.tb11045.x. ISSN 0002-9122. Shane, W. W. (1981). "Germination, Appressorium Formation, and Infection of Immature and Mature Apple Fruit byGlomerella
Colletotrichum_fioriniae
Species of fungus
lateral primary germ tubes about 0.5× the width of the conidium lacking an appressorium, which appear within one hour; and the lateral or terminal germ tube
Blumeria_graminis
Organism that consumes fungi
other fungi using lectins on the host fungi as a receptor, forming an appressorium. Once this is formed, Trichoderma inject toxic enzymes into the host
Fungivore
Species of fungus
land on leaf surfaces and begin to produce lesions by infection from appressorium and infection peg. The lesions initially formed by ascospores, known
Pyrenophora_tritici-repentis
Plant pathogen
conidia differentiate melanized appressorium, an infection structure, at the tips of conidial germ tubes. Appressorium formation is required for successful
Colletotrichum_higginsianum
surprise premō -primō prem- -prim- press- press- press, push appress, appressorium, compress, compressible, compression, compressional, compressive, compressor
List of Latin verbs with English derivatives
List_of_Latin_verbs_with_English_derivatives
Species of fungus
surface of a host plant. The conidia then develop germ tubes, forming an appressorium, that later forms into haustoria. These haustoria are used to siphon
Golovinomyces_orontii
Fungal disease of maize plants
for photosynthesis. Following conidia germination, the fungus forms an appressorium, which penetrates the corn leaf cell directly using an infection hypha
Northern_corn_leaf_blight
Species of fungus
the ascospores can occur in as little as a few hours, during which an appressorium with a penetration peg develops to perforate the cell wall, forming an
Pyrenophora_teres
Fungal plant disease
wind or rain splash and use free water on the leaf to germinate. An appressorium is formed and a penetration peg penetrates the leaf surface. From there
Black_rot_on_orchids
Species of fungus that infects coffee plants
temperature is 13–31 °C (55–88 °F), and peaks at 21 °C (70 °F); furthermore. Appressorium formation is highest at 11 °C (52 °F) and has a linear decline in production
Hemileia_vastatrix
Fungal plant disease
if wounds are not present, the conidia can germinate to produce an appressorium to directly penetrate the plant. Once new plants are infected, conidia
Phomopsis_cane_and_leaf_spot
Group of endophytic fungi
fungal strands following the depressions between epidermal cells. The appressorium is the swollen structure preceding penetration through a host cell wall
Dark_septate_endophyte
Species of fungus
produces hyphae that form a structure on the egg surface similar to an appressorium. This structure produces a narrow infection tube that penetrates the
Rhopalomyces_elegans
Disease affecting soybeans and other legumes
produce a single germ tube that grows across the leaf surface, until an appressorium forms. Appressoria form over anticlinal walls or over the center of epidermal
Soybean_rust
Species of fungus
produced by the conidia and grow across the leaf surface before forming an appressorium. The fungus will then enter the host by penetrating through the cuticle
Alternaria_helianthi
Species of single-celled organism
temperatures, sporangia infect directly via germ tubes. Germ tubes give rise to appressorium which form haustorium and allow the pathogen to extract nutrients without
Taro_leaf_blight
Species of fungus
through the body cavity. The fungal propagule germinates, creates an appressorium, and generates a penetration peg which produces degradative enzymes that
Metarhizium_flavoviride
Fungal disease of maize
surfaces and penetrate through stomata via a flattened hyphal organ, an appressorium. Cercospora zeae-maydis is atypical in that its conidia can grow and
Corn_grey_leaf_spot
Species of fungus
as being able to directly penetrate the periderm with the use of an appressorium and penetration peg. The fungus is contained in the outer layers of the
Helminthosporium_solani
Genus of fungi
conidia. F. Direct penetration of the germ tube through a stoma. G. Appressorium-like structure formed in the antestomatal chamber. H. Secondary conidia
Dothistroma
Fungal disease (leaf blight) of wheat
than 90%. Conidia germinate, producing 2–4 germ tubes, each with an appressorium and penetration peg. Hyphae infect via direct penetration and proliferate
Alternaria_triticina
Family of fungi
commelina. Blast diseases by Pyriculariaceae are caused by use of an appressorium to penetrate the host. Species of Pyriculariaceae cause major diseases
Pyriculariaceae
British molecular geneticist (born 1965)
kinase A-dependent mobilization of triacylglycerol and glycogen during appressorium turgor generation by Magnaporthe grisea". The Plant Cell. 12 (9): 1703–18
Nick_Talbot
Species of fungus
conditions, conidia on the leaf surface grow a germ tube that forms into an appressorium and penetrates the leaf cuticle using turgor pressure. Necrotic lesions
Proxipyricularia_zingiberis
Species of fungus
times the length of the basidiospore. At the end of the germ tube, an appressorium (specialized structure used to attach to and penetrate the leaf surface)
Puccinia_xanthii
Species of fungus
on a leaf, it sticks to the leaf surface and generates a germ tube, appressorium, and penetration peg to bore through the cuticle of the plant. From there
Magnaporthe_salvinii
Species of single-celled organism
during germination of the zoospore which typically gives rise to an appressorium. These structures penetrate the epidermal cells of the plant’s tissue
Phytophthora_megakarya
British mycologist
Butterworths, London (1966) M. F. Madelin, R. K. Robinson, R. J. Williams "Appressorium-like structures in insect-parasitizing deuteromycetes" Journal of Invertebrate
Michael_Francis_Madelin
Genus of fungi
reported in 2010. The chemical inhibits the conidial germination and appressorium formation of the rice blast fungus Magnaporthe oryzae. Compared to the
Caripia
Species of fungus
Magnaporthe relatives are both soil and aerial-infecting. The fungus has an appressorium structure which functions to elicit effector hormones to increase host
Magnaporthe_rhizophila
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