648 | Biodegradation, Environmental |
625 | Basidiomycota |
517 | Lignin |
513 | Laccase |
426 | Peroxidases |
332 | Phanerochaete |
324 | Fungal Proteins |
283 | Molecular Sequence Data |
244 | Wood |
223 | Fungi |
222 | Hydrogen-Ion Concentration |
218 | Culture Media |
213 | Pleurotus |
208 | Oxidation-Reduction |
202 | Kinetics |
200 | Trametes |
200 | Amino Acid Sequence |
187 | Coloring Agents |
171 | Fermentation |
157 | Biomass |
154 | Temperature |
154 | Oxidoreductases |
139 | Polyporales |
137 | Water Pollutants, Chemical |
131 | Phylogeny |
127 | Cellulose |
127 | Base Sequence |
125 | Animals |
124 | Time Factors |
124 | Gene Expression Regulation, Fungal |
121 | Cloning, Molecular |
117 | Bioreactors |
112 | Substrate Specificity |
111 | DNA, Fungal |
108 | Plant Diseases |
106 | Sequence Analysis, DNA |
100 | Polyporaceae |
99 | Industrial Waste |
97 | Soil Microbiology |
93 | Color |
92 | Genes, Fungal |
90 | Biotechnology |
86 | Environmental Pollutants |
86 | Biotransformation |
83 | Molecular Weight |
83 | Enzyme Stability |
81 | Coriolaceae |
80 | Phenols |
79 | Recombinant Proteins |
79 | Ascomycota |
76 | Soil Pollutants |
75 | Isoenzymes |
74 | Waste Disposal, Fluid |
74 | Manganese |
74 | Hydrolysis |
72 | Agaricales |
69 | Water Purification |
68 | Mycelium |
67 | Sequence Homology, Amino Acid |
66 | Hydrogen Peroxide |
66 | Glucose |
66 | Azo Compounds |
65 | Gene Expression |
64 | Gene Expression Profiling |
63 | Triticum |
63 | Humans |
63 | Chromatography, High Pressure Liquid |
62 | Electrophoresis, Polyacrylamide Gel |
61 | Nitrogen |
59 | DNA, Complementary |
58 | Genome, Fungal |
57 | Sequence Alignment |
57 | Polycyclic Aromatic Hydrocarbons |
57 | Cytochrome P-450 Enzyme System |
56 | Waste Water |
56 | Cellulase |
53 | Copper |
52 | Species Specificity |
52 | Polysaccharides |
52 | Carbon |
52 | Adsorption |
51 | Soil |
50 | Models, Molecular |
49 | Transcription, Genetic |
48 | Bacteria |
47 | Gas Chromatography-Mass Spectrometry |
45 | Plant Roots |
45 | Ethanol |
44 | Molecular Structure |
44 | Mass Spectrometry |
44 | Catalysis |
44 | Benzyl Alcohols |
43 | Oxygen |
43 | Magnetic Resonance Spectroscopy |
43 | Carbohydrate Dehydrogenases |
41 | Anthraquinones |
40 | Trees |
40 | Gene Expression Regulation, Enzymologic |
39 | Polymerase Chain Reaction |
38 | Zea mays |
38 | Spectroscopy, Fourier Transform Infrared |
38 | Carbohydrate Metabolism |
37 | Industrial Microbiology |
37 | Escherichia coli |
36 | Transformation, Genetic |
35 | Reishi |
35 | Alcohol Oxidoreductases |
34 | Pycnoporus |
34 | Peroxidase |
34 | Chromatography, Gel |
33 | Ganoderma |
33 | Enzymes |
32 | Plant Stems |
31 | Textile Industry |
31 | Spectrophotometry |
31 | RNA, Fungal |
31 | Pichia |
31 | Animal Feed |
30 | Metals |
30 | Enzyme Inhibitors |
29 | Refuse Disposal |
29 | Metabolic Networks and Pathways |
29 | Enzyme Activation |
28 | Microscopy, Electron, Scanning |
28 | Enzyme Induction |
28 | DNA, Ribosomal |
28 | DNA, Ribosomal Spacer |
28 | Crystallography, X-Ray |
28 | Cell Wall |
27 | Saccharomyces cerevisiae |
27 | Reverse Transcriptase Polymerase Chain Reaction |
27 | RNA, Messenger |
27 | Plant Leaves |
27 | Glycoside Hydrolases |
27 | Female |
27 | Biofuels |
27 | Agriculture |
26 | Spectrophotometry, Ultraviolet |
26 | Picea |
26 | Models, Biological |
26 | Enzymes, Immobilized |
26 | Carbohydrates |
26 | Antifungal Agents |
25 | Sulfonic Acids |
25 | Polymers |
25 | Oryza |
25 | Fruiting Bodies, Fungal |
25 | Chromatography, Ion Exchange |
25 | Binding Sites |
24 | Protein Conformation |
24 | Multigene Family |
24 | Iron |
24 | Chromatography, Liquid |
23 | Xylariales |
23 | Vitis |
23 | Surface-Active Agents |
23 | Plants |
23 | Plant Oils |
23 | Hot Temperature |
22 | beta-Glucosidase |
22 | Water |
22 | Sewage |
22 | Plasmids |
22 | Oxygenases |
22 | Male |
22 | Hyphae |
22 | Endocrine Disruptors |
22 | Benzothiazoles |
22 | Amino Acids |
21 | Trichoderma |
21 | Polychlorinated Biphenyls |
21 | Phenanthrenes |
21 | Hydroxylation |
21 | Genomics |
21 | Ecosystem |
21 | DNA Primers |
21 | Cattle |
21 | Catalytic Domain |
20 | Transcriptome |
20 | Textiles |
20 | Shiitake Mushrooms |
20 | Saccharum |
20 | Pinus |
20 | Paper |
20 | Electron Spin Resonance Spectroscopy |
20 | Cluster Analysis |
20 | Chlorophenols |
20 | Cells, Immobilized |
20 | Anti-Bacterial Agents |
19 | Promoter Regions, Genetic |
19 | Pentachlorophenol |
19 | Mutation |
19 | Insecticides |
19 | Coculture Techniques |
19 | Cellulases |
19 | Biocatalysis |
18 | Spores, Fungal |
18 | Solubility |
18 | Sequence Homology, Nucleic Acid |
18 | Schizophyllum |
18 | RNA, Ribosomal, 16S |
18 | Plant Extracts |
18 | Oxidative Stress |
18 | Naphthalenesulfonates |
18 | Genetic Vectors |
18 | Fungicides, Industrial |
18 | Extracellular Space |
18 | Dose-Response Relationship, Drug |
18 | Dietary Fiber |
18 | Anthracenes |
17 | Oxalic Acid |
17 | Metals, Heavy |
17 | Lentinula |
17 | Introns |
17 | Carbon Radioisotopes |
17 | Cadmium |
17 | Biodiversity |
17 | Benzhydryl Compounds |
17 | Antioxidants |
16 | Waste Products |
16 | Olive Oil |
16 | Isoelectric Point |
16 | Evolution, Molecular |
16 | Computational Biology |
16 | Carbon Dioxide |
15 | Xylosidases |
15 | Spectrometry, Mass, Electrospray Ionization |
15 | Protein Structure, Tertiary |
15 | Populus |
15 | Polysorbates |
15 | Poaceae |
15 | Pesticides |
15 | Persea |
15 | Oxalates |
15 | Open Reading Frames |
15 | Olea |
15 | Monophenol Monooxygenase |
15 | Minerals |
15 | Lead |
15 | Humic Substances |
15 | Glycosylation |
15 | Fusarium |
15 | Fruit |
15 | Environmental Restoration and Remediation |
15 | Cellobiose |
15 | Benzaldehydes |
15 | Antibiosis |
14 | Solutions |
14 | Sequence Analysis, RNA |
14 | Pyrenes |
14 | Proteome |
14 | Polyporus |
14 | Phenotype |
14 | Phenol |
14 | Organic Chemicals |
14 | Host-Pathogen Interactions |
14 | Herbicides |
14 | Genotype |
14 | Endo-1,4-beta Xylanases |
14 | Disease Resistance |
14 | Cytochrome P-450 Enzyme Inhibitors |
14 | Chromatography, Gas |
14 | Carbamazepine |
13 | X-Ray Diffraction |
13 | Triazoles |
13 | Reproducibility of Results |
13 | Proteomics |
13 | Protein Binding |
13 | Pest Control, Biological |
13 | Molecular Sequence Annotation |
13 | Heme |
13 | Ferric Compounds |
13 | Fagus |
13 | Conserved Sequence |
13 | Biological Oxygen Demand Analysis |
13 | Benzoquinones |
13 | Benzo(a)pyrene |
13 | Bacterial Proteins |
12 | Xenobiotics |
12 | Waste Management |
12 | Virulence |
12 | Thermodynamics |
12 | Tandem Mass Spectrometry |
12 | Symbiosis |
12 | Spectrum Analysis |
12 | Rosaniline Dyes |
12 | RNA Viruses |
12 | Protein Engineering |
12 | Peptide Hydrolases |
12 | Models, Chemical |
12 | Mixed Function Oxygenases |
12 | Lipid Peroxidation |
12 | Isoelectric Focusing |
12 | Hydroxyl Radical |
12 | Genetic Variation |
12 | Free Radicals |
12 | Dioxins |
12 | DNA, Bacterial |
12 | Chemical Phenomena |
12 | Cellulose 1,4-beta-Cellobiosidase |
12 | Blotting, Northern |
12 | Aerobiosis |
11 | Xylans |
11 | Water Pollutants |
11 | Tryptophan |
11 | Trinitrotoluene |
11 | Solvents |
11 | Rumen |
11 | Mycorrhizae |
11 | Mutagenesis, Site-Directed |
11 | Microscopy, Electron |
11 | Lycopersicon esculentum |
11 | Hydroquinones |
11 | Hydrocarbons, Aromatic |
11 | Genetic Markers |
11 | Gene Library |
11 | Gene Expression Regulation, Plant |
11 | Fatty Acids |
11 | Digestion |
11 | DDT |
11 | Culture Techniques |
11 | Crystallization |
11 | China |
11 | Blotting, Western |
11 | Benzenesulfonates |
11 | Analysis of Variance |
11 | Anaerobiosis |
10 | Quercus |
10 | Protein Structure, Secondary |
10 | Naphthalenes |
10 | Mycology |
10 | Microbial Sensitivity Tests |
10 | Microbial Interactions |
10 | Mice |
10 | Hydrazones |
10 | Hoof and Claw |
10 | High-Throughput Nucleotide Sequencing |
10 | Hazardous Substances |
10 | Crops, Agricultural |
10 | Catalase |
10 | Carbon Isotopes |
10 | Blotting, Southern |
10 | Aniline Compounds |
10 | Alleles |
9 | Wine |
9 | Water Microbiology |
9 | Surface Properties |
9 | Superoxide Dismutase |
9 | Stress, Physiological |
9 | Spectrometry, Mass, Matrix-Assisted Laser Desorption-Ionization |
9 | Real-Time Polymerase Chain Reaction |
9 | RNA, Viral |
9 | RNA, Double-Stranded |
9 | RNA Interference |
9 | Polymorphism, Restriction Fragment Length |
9 | Polychlorinated Dibenzodioxins |
9 | Plant Proteins |
9 | Plant Components, Aerial |
9 | Piperonyl Butoxide |
9 | Petroleum |
9 | Molasses |
9 | Microscopy, Electron, Transmission |
9 | Microbiota |
9 | Ligands |
9 | Hydrogen Bonding |
9 | Hordeum |
9 | Hexuronic Acids |
9 | Guaiacol |
9 | Glucuronic Acid |
9 | Estrogens |
9 | Congo Red |
9 | Computer Simulation |
9 | Chromosome Mapping |
9 | Chlorides |
9 | Chile |
9 | Cell Membrane |
9 | Cell Culture Techniques |
9 | Biofilms |
9 | Armillaria |
9 | Antineoplastic Agents |
9 | Alginates |
9 | Aldehydes |
9 | Alcohols |
9 | Agar |
8 | Vanillic Acid |
8 | Triazines |
8 | Structure-Activity Relationship |
8 | Streptomyces |
8 | Sheep |
8 | Sequence Analysis, Protein |
8 | Seeds |
8 | Reactive Oxygen Species |
8 | Pseudomonas |
8 | Polyphenols |
8 | Plants, Genetically Modified |
8 | Pharmaceutical Preparations |
8 | Nanoparticles |
8 | Models, Theoretical |
8 | Mitosporic Fungi |
8 | Methylation |
8 | Methane |
8 | Metabolic Engineering |
8 | Lameness, Animal |
8 | Hydrocarbons |
8 | Gossypium |
8 | Glutathione Transferase |
8 | Gentian Violet |
8 | Gene Expression Regulation |
8 | Esterases |
8 | Environmental Pollution |
8 | Electrophoresis, Gel, Two-Dimensional |
8 | Electron Transport |
8 | Diclofenac |
8 | Coumaric Acids |
8 | Cattle Diseases |
8 | Calcium |
8 | Botrytis |
8 | Biological Evolution |
8 | Biological Availability |
8 | Batch Cell Culture Techniques |
8 | Aspergillus niger |
8 | Adaptation, Physiological |
7 | United States |
7 | Ultraviolet Rays |
7 | Trityl Compounds |
7 | Sporothrix |
7 | Spectrometry, X-Ray Emission |
7 | Sheep Diseases |
7 | Sensitivity and Specificity |
7 | Restriction Mapping |
7 | Polycyclic Compounds |
7 | Phthalic Acids |
7 | Penicillium |
7 | Oxygen Consumption |
7 | Oxides |
7 | NADP |
7 | Mycological Typing Techniques |
7 | Models, Genetic |
7 | Microbial Consortia |
7 | Metal Nanoparticles |
7 | Ions |
7 | Indoles |
7 | In Vitro Techniques |
7 | Hydrolases |
7 | Hexachlorocyclohexane |
7 | Glutaral |
7 | Genes, rRNA |
7 | Gene Silencing |
7 | Fungal Polysaccharides |
7 | Foot Diseases |
7 | Food Industry |
7 | Fluorenes |
7 | Fabaceae |
7 | Exons |
7 | Estradiol |
7 | Enzyme Activators |
7 | Electrodes |
7 | Electrochemistry |
7 | Edetic Acid |
7 | Dimerization |
7 | Colony Count, Microbial |
7 | Chromatography, Thin Layer |
7 | Cell Proliferation |
7 | Cell Line |
7 | Bioelectric Energy Sources |
7 | Benzoic Acid |
7 | Avena |
7 | Agaricus |
6 | Xylose |
6 | Water Pollution |
6 | Wasps |
6 | Volatilization |
6 | Up-Regulation |
6 | Transcription Factors |
6 | Thermogravimetry |
6 | Terpenes |
6 | Tannins |
6 | Sulfhydryl Compounds |
6 | Stereoisomerism |
6 | Soybeans |
6 | Signal Transduction |
6 | Recombinant Fusion Proteins |
6 | Quinones |
6 | Pyrogallol |
6 | Phenylalanine |
6 | Peptides |
6 | Peptide Mapping |
6 | Particle Size |
6 | Palm Oil |
6 | Oxidants |
6 | Naproxen |
6 | Mutagens |
6 | Mutagenesis |
6 | Microsomes |
6 | Methanol |
6 | Metabolome |
6 | Malus |
6 | Malondialdehyde |
6 | Light |
6 | Lactose |