Keyphrases
Sulfadiazine
66%
Antibiotics
55%
Swine Manure
50%
Antibiotic Degradation
45%
Ciprofloxacin
41%
Chlortetracycline
41%
Tetracycline
33%
Livestock Manure
29%
Sawdust
29%
Tetracycline Resistance
25%
Fluoroquinolone Resistance
25%
Tetracycline Degradation
25%
Continuous Thermophilic Composting
25%
Sulfonamide Resistance Genes
25%
Pig Manure
25%
Bacterial Diversity
25%
Resistance Genes
25%
ParC
16%
Antibiotic Resistance Genes
16%
Bacterial Population
15%
Manure
13%
Fluoroquinolones
12%
Without Antibiotics
12%
Composting Process
11%
TetW
8%
Sul1
8%
Sul2
8%
DfrA7
8%
Transient Perturbation
8%
GyrA
8%
DfrA1
8%
TetQ
8%
High Concentration
8%
16S rRNA Gene
8%
Bacterial 16S rRNA Gene
8%
Polymerase Chain Reaction-denaturing Gradient Gel Electrophoresis (PCR-DGGE)
8%
Manure Management
8%
Sulfonamides
8%
Thermophilic Phase
7%
Land Application
6%
Antibiotic Removal
5%
Complete Removal
5%
Mesophilic
5%
Antibiotic-resistant Bacteria
5%
Carbon Decomposition
5%
Organic Matter Decomposition
5%
Weight-based
5%
Thermophilic Composting
5%
Agricultural and Biological Sciences
Composting
100%
Sulfadiazine
56%
Tetracycline
50%
Chlortetracycline
31%
Ciprofloxacin
31%
Farm Animal
29%
Sulfonamide
25%
Pig Manure
25%
Land Application
9%
Ribosomal DNA
6%
Microorganism
5%
Metabolite
5%