Bioenergetic response of the extreme thermoacidophile Metallosphaera sedula to thermal and nutritional stresses

Medicine & Life Sciences

• Sulfolobaceae 100%
• Heat-Shock Response 52%
• Energy Metabolism 43%
• pyrite 33%
• Iron 20%
• Sulfolobus shibatae TF55 protein 15%
• Temperature 12%
• casamino acids 10%
• Proton-Motive Force 7%
• Molecular Chaperones 7%
• Archaea 7%
• polyacrylamide gels 7%
• Proteins 6%
• Biological Factors 6%
• Growth 6%
• Membrane Potentials 5%
• Hot Temperature 4%
• Cell Membrane 4%

Earth & Environmental Sciences

• bioenergetics 61%
• pyrite 31%
• iron 31%
• cell 29%
• protein 25%
• dilution 20%
• membrane 16%
• rate 11%
• gel 10%
• leaching 9%
• temperature 8%
• sodium 8%
• dissolution 8%
• sulfate 8%
• oxidation 7%
• damage 7%
• acid 7%
• exposure 6%
• chemical 5%
• effect 2%

Agriculture & Biology

• thermal stress 54%
• energy metabolism 46%
• pyrite 25%
• iron 17%
• bioleaching 8%
• casamino acids 8%
• Sulfolobus 8%
• proton-motive force 8%
• molecular chaperones 7%
• temperature 7%
• Archaea 6%
• proteins 6%
• sodium dodecyl sulfate 6%
• membrane potential 5%
• leaching 5%
• polyacrylamide 5%
• cells 5%
• cell membranes 5%
• oxidation 4%
• culture media 4%
• gels 4%
• heat 3%
• sampling 2%