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- W1546535673 endingPage "288" @default.
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- W1546535673 abstract "Filamentous fungi have the ability to undergo somatic cell fusion. When somatic cell fusion occurs between distinct natural isolates of a given species, the fusion cell is adversely affected to various extents. The adverse reaction ranges from a simple growth impairment to an acute cell death reaction. This phenomenon is known as vegetative (or heterokaryon) incompatibility (VI). VI can be envisioned as a conspecific somatic self/nonself recognition process analogous to other somatic allorecognition processes described in other phyla. The VI reaction is triggered by genetic differences between fungal individuals and is defined by precise gene-to-gene interactions. The plant pathogen Pseudomonas syringae may have acquired a het gene as a potential virulence factor to trigger the VI reaction in N. crassa and utilize the fungus as a sole nutrient source. Two types of heterokaryons have been reported in filamentous ascomycete fungi. Genes involved in VI have been identified so far in only two species: N. crassa and P. anserina. Two categories of genes involved in VI have been characterized. The first category includes het genes that encode recognition function and are polymorphic between individuals. The second category includes downstream or upstream effector genes, in which mutations suppress or attenuate phenotypes associated with VI. VI in fungi as a paradigm for allorecognition in genetically tractable simple eukaryotic species holds great promise to gain a better understanding of the general principles that govern the evolution of nonself recognition systems." @default.
- W1546535673 created "2016-06-24" @default.
- W1546535673 creator A5001257808 @default.
- W1546535673 creator A5020079364 @default.
- W1546535673 creator A5056577532 @default.
- W1546535673 creator A5083025655 @default.
- W1546535673 date "2014-04-30" @default.
- W1546535673 modified "2023-09-25" @default.
- W1546535673 title "Biology and Genetics of Vegetative Incompatibility in Fungi" @default.
- W1546535673 cites W1502227906 @default.
- W1546535673 cites W1560977824 @default.
- W1546535673 cites W1566800357 @default.
- W1546535673 cites W1579983459 @default.
- W1546535673 cites W1582308292 @default.
- W1546535673 cites W1594399374 @default.
- W1546535673 cites W1769507833 @default.
- W1546535673 cites W1827882506 @default.
- W1546535673 cites W1835465815 @default.
- W1546535673 cites W186192844 @default.
- W1546535673 cites W1863612682 @default.
- W1546535673 cites W1865950549 @default.
- W1546535673 cites W1891502788 @default.
- W1546535673 cites W1893874374 @default.
- W1546535673 cites W1894976307 @default.
- W1546535673 cites W1900153640 @default.
- W1546535673 cites W1900342873 @default.
- W1546535673 cites W1915062554 @default.
- W1546535673 cites W1931626364 @default.
- W1546535673 cites W1939362820 @default.
- W1546535673 cites W1948568631 @default.
- W1546535673 cites W1958646479 @default.
- W1546535673 cites W1963596994 @default.
- W1546535673 cites W1964021638 @default.
- W1546535673 cites W1964297184 @default.
- W1546535673 cites W1967231253 @default.
- W1546535673 cites W1967919877 @default.
- W1546535673 cites W1971582163 @default.
- W1546535673 cites W1971789941 @default.
- W1546535673 cites W1973201133 @default.
- W1546535673 cites W1974684618 @default.
- W1546535673 cites W1975017547 @default.
- W1546535673 cites W1976399696 @default.
- W1546535673 cites W1979138426 @default.
- W1546535673 cites W1981777889 @default.
- W1546535673 cites W1986190311 @default.
- W1546535673 cites W1989758614 @default.
- W1546535673 cites W1991850826 @default.
- W1546535673 cites W1992058072 @default.
- W1546535673 cites W1993226116 @default.
- W1546535673 cites W1993392493 @default.
- W1546535673 cites W1994263313 @default.
- W1546535673 cites W1998427547 @default.
- W1546535673 cites W1999826302 @default.
- W1546535673 cites W2000279784 @default.
- W1546535673 cites W2000436678 @default.
- W1546535673 cites W2001116019 @default.
- W1546535673 cites W2006716390 @default.
- W1546535673 cites W2007217766 @default.
- W1546535673 cites W2007289706 @default.
- W1546535673 cites W2007354451 @default.
- W1546535673 cites W2007535749 @default.
- W1546535673 cites W2009280448 @default.
- W1546535673 cites W2010760122 @default.
- W1546535673 cites W2010769650 @default.
- W1546535673 cites W2010802329 @default.
- W1546535673 cites W2010886618 @default.
- W1546535673 cites W2011991138 @default.
- W1546535673 cites W2012520046 @default.
- W1546535673 cites W2020441003 @default.
- W1546535673 cites W2022528990 @default.
- W1546535673 cites W2023595610 @default.
- W1546535673 cites W2027241832 @default.
- W1546535673 cites W2029216545 @default.
- W1546535673 cites W2030124510 @default.
- W1546535673 cites W2032537981 @default.
- W1546535673 cites W2033231671 @default.
- W1546535673 cites W2035561359 @default.
- W1546535673 cites W2035760248 @default.
- W1546535673 cites W2036367167 @default.
- W1546535673 cites W2037118878 @default.
- W1546535673 cites W2038135439 @default.
- W1546535673 cites W2041074318 @default.
- W1546535673 cites W2041695279 @default.
- W1546535673 cites W2041733029 @default.
- W1546535673 cites W2042016235 @default.
- W1546535673 cites W2042019954 @default.
- W1546535673 cites W2043331015 @default.
- W1546535673 cites W2045742010 @default.
- W1546535673 cites W2045821050 @default.
- W1546535673 cites W204672894 @default.
- W1546535673 cites W2051194105 @default.
- W1546535673 cites W2054263573 @default.
- W1546535673 cites W2058987826 @default.
- W1546535673 cites W2059145755 @default.
- W1546535673 cites W2060983898 @default.
- W1546535673 cites W2065750608 @default.
- W1546535673 cites W2067376193 @default.
- W1546535673 cites W2072613948 @default.