Ectomycorrhizal fungal protein degradation ability predicted by soil organic nitrogen availability

Agriculture & Biology

• soil organic nitrogen 100%
• fungal proteins 93%
• protein degradation 68%
• proteinases 48%
• Suillus 39%
• forest soils 29%
• organic soils 29%
• soil organic matter 24%
• fungi 23%
• age of soil 20%
• mineral soils 16%
• glucose 15%
• boreal forests 15%
• temperate forests 15%
• forest ecosystems 14%
• peptidases 14%
• ecotypes 13%
• soil 13%
• uptake mechanisms 8%
• carbon 8%
• metabolism 7%
• nitrogen 7%
• testing 5%
• proteins 4%

Medicine & Life Sciences

• Fungal Proteins 80%
• Soil 69%
• Nitrogen 63%
• Proteolysis 60%
• Forests 54%
• Peptide Hydrolases 46%
• Fungi 24%
• Taiga 17%
• Ecotype 16%
• Glucose 11%
• Ecosystem 10%
• Carbon 9%
• Minerals 8%
• In Vitro Techniques 4%
• Proteins 3%

Earth & Environmental Sciences

• organic nitrogen 71%
• protein 46%
• degradation 42%
• fungus 28%
• soil 27%
• organic soil 22%
• forest soil 21%
• glucose 19%
• niche partitioning 14%
• ecotype 14%
• temperate forest 11%
• boreal forest 10%
• forest ecosystem 10%
• soil layer 10%
• soil organic matter 10%
• metabolism 9%
• young 7%
• organic matter 7%
• nitrogen 6%
• carbon 6%
• mineral 5%
• test 4%
• effect 2%