Microbial Stress Biology

1. Fundamental and biological response to stress<br>2. Microbial adaptation to pressure: cellular, genomic and proteomic level<br>3. Microbial adaptation to oxygen and an oxygenated environment and molecular adaptations and regulations<br>4. Microbial adaptation in marine ecosystem: molecular adaptations and regulations<br>5. Microbial adaptation under pH fluctuation: response and molecular strategies<br>6. Adaptations and acclimatization of microbial communities under osmotic stress: response and molecular strategies<br>7. Nutrition limitations and adaptations: changes at the cellular, genomic and proteomic level<br>8. Host-associated stress and molecular regulations<br>9. Biotechnological applications: an understanding of molecular adaptation behavior<br>10. Heat shock proteins and microbial adaptations<br>11. Indigenous and autochthonous microbial-mediated response (competition and cooperation) and strategies at cellular, genomic and proteomic levels<br>12. Microbes under integrated stress and their strategies to address different stressors<br>13. Microbial molecular behavior (genomic and proteomic) under acidic and alkaline stress conditions<br>14. Microbial stress in extreme environments and their molecular adaptations and regulations<br>15. Microbial response under radiation stress: molecular adaptations and regulations<br>16. Cellular, proteomic, and genomic responses of microbial communities under pesticide stress and carbon metabolism<br>17. Cellular, proteomic, and genomic response of microbial communities under heavy stress<br>18. Microbial molecular behavior from cardinal to extreme thermal conditions<br>19. Microbial response, strategies under cold conditions (during preservation to extremely low temperature)<br> 20. Application of omics technology and predictive modelling for the understanding of microbial molecular stress biology<br>21. Application of microbial stress biology in biotechnology, medicine, bioremediation strategies and industrial processes<br>22. Characterization of novel proteins and enzymes in stress environments from microbial communities