The phrase "atmosphere bacteria" is not standard in written English and may cause confusion.
It could be used in a scientific context to refer to bacteria that exist in the atmosphere, but it would require clarification.
Example: "Researchers are studying atmosphere bacteria to understand their role in climate change."
Alternatives: "airborne bacteria" or "atmospheric microorganisms".
Moreover false positive secondary SO2 can be formed at fumaroles due to rapid oxidation of H2S by the atmosphere or bacteria.
Although Campylobacter requires special growth conditions and is not able to multiply in an aerobic atmosphere, the bacteria may survive on food or in the environment for several days [ 9, 10].
An international team of scientists lofted balloons into the upper atmosphere and found bacteria -- so high up, they said (about 25 miles), that they most likely dropped in from another world.
Some nitrogen does return to the atmosphere, however, as denitrifying bacteria break down nitrates to obtain oxygen, thereby releasing gaseous N2.
Epithelial cells were incubated with inhibitors [see Table 3] for 1 h at 37°C under a 5% CO2 atmosphere prior to adding bacteria.
The inoculated media are usually incubated for 24 72 hours at 35°C at ambient atmosphere to allow the bacteria to form macroscopically visible colonies.
One milliliter of DMEM/F12 containing 300 μg/ml gentamicin and 10 μg/ml penicillin was added to the wells and incubated for 3 h at 37°C in a 5% CO2 atmosphere to eliminate extracellular bacteria.
After 48-hour incubation in aerobic atmosphere, at 30°C, the bacteria were subcultured on Arcobacter agar plates (supplemented with chemotherapeutics mentioned above) and in parallel on agar plates with defibrinated sheep blood (Oxoid).
Most of the methane in the Earth's atmosphere was put there by bacteria that produce it as a by-product of the decay of organic matter.In this section Bit by bit Logic from chaos?
Almost no earthly environment is out of bounds for bacteria, including the atmosphere.
