Breathing Microbiology

Дыхание бактерий

Leading the subject of Microorganism Ecology. Bacteria's relationship. Soil, water, air. The role of microorganisms in cycling."
1. Microorganism ecology. The spread of microbes in nature. Biosis. Autochton microorganisms. Hello?
2. Bacteria's relationship. Like microbe relationships in biocensos. Symbiosis. Mutualism. Commercialism.
3. Parasiteism. Antagonistic symbiosis. Optional parasites. The bonded parasites. Metabiosis. Satellism. Antagonism.
4. Antibiotics. Fitoncides. Lisa. IFN (Interferon). Bacteriocins. Bacteriocinogenic.
5. Soil mike. A nearby risosphere plant area. Classification of soil pathogenic microorganisms.
6. Microorganisms. Microbial plantkton. Types of aquatic environment.
7. Biological pollution of water bodies. Water purification. Sadness. Polys tested zones. Mesoproof areas. oligosaprobe zones.
8. Microorganisms. Permanent microflora of air. Temporary atmospheric microflora. Aerosol.
9. The role of microorganisms in cycling. Carbon crystal. The role of bacteria in carbon exchange.

Nitrogen is 80 per cent of the Earth ' s atmosphere; the number of nitrogen participating in the cycling is between 108 and 109 tons per year. As nitrogen gas is chemically inert; it cannot be directly used by plants, animals and most microorganisms. The relative deficiency of associated nitrogen on the Earth ' s surface, with virtually non-exhaustive stocks in the atmosphere, implies a certain cycling speed limit. This phase is a nitrogen-fixing exercise conducted exclusively by nitrogen-fixing bacteria. The industrial synthesis of ammonia from nitrogen and hydrogen is not more than 5 per cent of the fixed nitrogen of our planet. Therefore, the importance of biological nitrogen fixation for life on the planet is enormous.

Natural nitrogen is carried out both by free microorganisms (non-biotic nitrogen fixation) and by bacteria in the plant community (symbiotic nitrogen fixation).

Non-symbiotic nitrogen fixation is carried out by bacteria of Azotobacter, which record about 20 mg nitrogen per 1 g of used sugar, anoxygen phototrophtheria, cyanobacteria, rock day, optional anaerobics Bacillus polymixa, Klebsiella pneumoniae,

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