Why do standard decontamination checks frequently fail to register these resilient bacteria as active contamination?
Answer
The process of 'playing dead' prevents the detection of active metabolic processes or growth.
Decontamination checks often rely on detecting active metabolic processes or growth; if the spore's near-death state is perfect, these standard tests fail to register the living contamination.
Related Questions
Where were the highly resilient, dormancy-capable microbes isolated for study?What specific biological structure allows these bacteria to achieve such an extreme form of survival?What is the primary Planetary Protection concern raised by the survival of these spores?How is the profound state of dormancy achieved by these microbes best described?Why do standard decontamination checks frequently fail to register these resilient bacteria as active contamination?What specialized attire is required for personnel working in the highly controlled assembly environments?Why are bacteria that survive the clean room environment considered prime candidates for surviving a journey through space?How is the DNA within a dormant endospore protected from damage?What unintended consequence might routine sterilization protocols have on the microbial population in assembly areas?What change in diagnostic technology is suggested for future clean room monitoring?