The Termite Fungal Cultivar <i>Termitomyces</i> Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
Fungus-growing termites have optimized the decomposition of recalcitrant plant biomass to access valuable nutrients by engaging in a tripartite symbiosis with complementary contributions from a fungal mutualist and a codiversified gut microbiome. This complex symbiotic interplay makes them one of t...
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American Society for Microbiology
2021
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oai:doaj.org-article:5dafb19430084cc0a7decc02b90701682021-11-03T21:15:02Z The Termite Fungal Cultivar <i>Termitomyces</i> Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion 2150-751110.1128/mBio.03551-20https://doaj.org/article/5dafb19430084cc0a7decc02b90701682021-06-01T00:00:00Zhttps://journals.asm.org/doi/10.1128/mBio.03551-20https://doaj.org/toc/2150-7511 Fungus-growing termites have optimized the decomposition of recalcitrant plant biomass to access valuable nutrients by engaging in a tripartite symbiosis with complementary contributions from a fungal mutualist and a codiversified gut microbiome. This complex symbiotic interplay makes them one of the most successful and important decomposers for carbon cycling in Old World ecosystems.Felix SchalkCene GostinčarNina B. KreuzenbeckBenjamin H. ConlonElisabeth SommerwerkPatrick RabeImmo BurkhardtThomas KrügerOlaf KniemeyerAxel A. BrakhageNina Gunde-CimermanZ. Wilhelm de BeerJeroen S. DickschatMichael PoulsenChristine BeemelmannsAmerican Society for MicrobiologyarticleMicrobiologyQR1-502ENmBio, Vol 12, Iss 3 (2021) |
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Microbiology QR1-502 |
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Microbiology QR1-502 Felix Schalk Cene Gostinčar Nina B. Kreuzenbeck Benjamin H. Conlon Elisabeth Sommerwerk Patrick Rabe Immo Burkhardt Thomas Krüger Olaf Kniemeyer Axel A. Brakhage Nina Gunde-Cimerman Z. Wilhelm de Beer Jeroen S. Dickschat Michael Poulsen Christine Beemelmanns The Termite Fungal Cultivar <i>Termitomyces</i> Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion |
| description |
Fungus-growing termites have optimized the decomposition of recalcitrant plant biomass to access valuable nutrients by engaging in a tripartite symbiosis with complementary contributions from a fungal mutualist and a codiversified gut microbiome. This complex symbiotic interplay makes them one of the most successful and important decomposers for carbon cycling in Old World ecosystems. |
| format |
article |
| author |
Felix Schalk Cene Gostinčar Nina B. Kreuzenbeck Benjamin H. Conlon Elisabeth Sommerwerk Patrick Rabe Immo Burkhardt Thomas Krüger Olaf Kniemeyer Axel A. Brakhage Nina Gunde-Cimerman Z. Wilhelm de Beer Jeroen S. Dickschat Michael Poulsen Christine Beemelmanns |
| author_facet |
Felix Schalk Cene Gostinčar Nina B. Kreuzenbeck Benjamin H. Conlon Elisabeth Sommerwerk Patrick Rabe Immo Burkhardt Thomas Krüger Olaf Kniemeyer Axel A. Brakhage Nina Gunde-Cimerman Z. Wilhelm de Beer Jeroen S. Dickschat Michael Poulsen Christine Beemelmanns |
| author_sort |
Felix Schalk |
| title |
The Termite Fungal Cultivar
<i>Termitomyces</i>
Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
|
| title_short |
The Termite Fungal Cultivar
<i>Termitomyces</i>
Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
|
| title_full |
The Termite Fungal Cultivar
<i>Termitomyces</i>
Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
|
| title_fullStr |
The Termite Fungal Cultivar
<i>Termitomyces</i>
Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
|
| title_full_unstemmed |
The Termite Fungal Cultivar
<i>Termitomyces</i>
Combines Diverse Enzymes and Oxidative Reactions for Plant Biomass Conversion
|
| title_sort |
termite fungal cultivar
<i>termitomyces</i>
combines diverse enzymes and oxidative reactions for plant biomass conversion |
| publisher |
American Society for Microbiology |
| publishDate |
2021 |
| url |
https://doaj.org/article/5dafb19430084cc0a7decc02b9070168 |
| work_keys_str_mv |
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