The study of gene-for-gene interactions uncovers genetic components, evolutionary impacts, and ecological/economic implications between rust fungi and plants. Rust fungi utilize the gene-for-gene interaction to invade host plants. Conversely, host plants utilize the gene-for-gene interaction to prevent invasion of rust fungi.
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| - Gene-for-gene interactions in rust fungi (en)
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| - The study of gene-for-gene interactions uncovers genetic components, evolutionary impacts, and ecological/economic implications between rust fungi and plants. Rust fungi utilize the gene-for-gene interaction to invade host plants. Conversely, host plants utilize the gene-for-gene interaction to prevent invasion of rust fungi. (en)
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| - Not sure this text should be here. (en)
- That makes no sense. (en)
- This article is not medical. (en)
- This is not a medical article. (en)
- Unreadable. (en)
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text
| - by the use of effector proteins (en)
- to understand phylogeny (en)
- believes the identification of flax rust races can promote the pathogenicity of rust fungi, (en)
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| - The study of gene-for-gene interactions uncovers genetic components, evolutionary impacts, and ecological/economic implications between rust fungi and plants. Rust fungi utilize the gene-for-gene interaction to invade host plants. Conversely, host plants utilize the gene-for-gene interaction to prevent invasion of rust fungi. Studying gene-for-gene interactions between plants and rust fungi aids in understanding the ecology and evolution of plant-microbe interactions, specifically pathogenicity. There are implications of gene-for-gene interactions for fitness in real world populations. Co-evolution due to gene-for-gene interactions can yield explanations of evolutionary advantages and disadvantages. Co-evolution can help understand how the host-pathogen interactions adapt in natural environments, why they have fitness benefits/costs, and the agricultural impacts. (en)
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