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- W6865008 abstract "This chapter presents an overview summarizing the current knowledge of the function of peroxisomes in filamentous fungi. Peroxisome formation among diverse eukaryotic organisms shares a common basic biogenetic process mediated by a number of conserved proteins known as peroxins. At the start of photosynthesis, peroxisome metabolism plays an important role in photorespiration, and peroxisomes have thus been described as leaf peroxisomes. The chapter mentions the main metabolic peroxisomal functions of fungi, with emphasis on those that are particular to, and have been characterized more fully in, filamentous fungi. Plants, yeasts, and filamentous fungi display a wide spectrum of peroxisomal activities, mainly due to the existence of peroxisome-specific function. In addition to the fruiting-body constitution, peroxisomes also participate in differentiation processes taking place in the fertile portion (centrum) of these structures. P. anserina strains lacking the peroxisome-targeting signal (PTS) receptors peroxisomal matrix 5 (PEX5) and PEX7 exhibit abnormal formation of asci, resulting in ascospores with uneven numbers of nuclei or spores with no nuclei. The second centrum developmental event in which peroxisomes are involved in P. anserina is the transition from the prekaryogamy mitotic phase to the karyogamy and meiotic phase. In spite of the progress made in understanding peroxisome function in fungi, a detailed picture of how peroxisomes affect several other metabolic and developmental processes remains elusive. Further innovative approaches are required to fully understand the function of this organelle in fungi." @default.
- W6865008 created "2016-06-24" @default.
- W6865008 creator A5001436769 @default.
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- W6865008 date "2014-04-30" @default.
- W6865008 modified "2023-10-18" @default.
- W6865008 title "Peroxisomes in Filamentous Fungi" @default.
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