Statistical assessment of phenol biodegradation by a metal-tolerant binary consortium of indigenous antarctic bacteria

Medicine & Life Sciences

• Antarctic Regions 100%
• Phenol 79%
• Metals 58%
• Bacteria 46%
• Arthrobacter 26%
• Coculture Techniques 25%
• Heavy Metals 20%
• Temperature 12%
• Chromium 10%
• Arsenic 10%
• Cobalt 10%
• Nickel 10%
• Aluminum 9%
• Cadmium 9%
• Mercury 9%
• Soil 9%
• Silver 9%
• Copper 8%
• Zinc 8%
• Lead 7%
• Analysis of Variance 6%

Agriculture & Biology

• biodegradation 67%
• phenol 61%
• metals 51%
• bacteria 37%
• coculture 27%
• Arthrobacter 21%
• degradation 15%
• metal tolerance 10%
• tourism 10%
• remediation 9%
• soil bacteria 9%
• cobalt 9%
• arsenic 9%
• anthropogenic activities 9%
• mercury 8%
• chromium 8%
• nickel 8%
• response surface methodology 8%
• silver 8%
• aluminum 7%
• cadmium 7%
• heavy metals 7%
• pollution 7%
• analysis of variance 6%
• temperature 6%
• copper 6%
• zinc 6%
• environmental factors 5%

Earth & Environmental Sciences

• phenol 63%
• biodegradation 58%
• bacterium 43%
• metal 40%
• degradation 16%
• tolerance 15%
• heavy metal 12%
• natural attenuation 10%
• response surface methodology 9%
• cobalt 8%
• variance analysis 8%
• chromium 7%
• tourism 7%
• arsenic 7%
• cadmium 7%
• nickel 7%
• continent 6%
• remediation 6%
• mercury 6%
• zinc 6%
• aluminum 6%
• environmental conditions 6%
• human activity 6%
• temperature 6%
• copper 6%
• pollution 5%