Selection of Active Microorganism Strains Isolated from a Naturally Salty Lake for the Investigation of Different Microbial Potentials

The biological variety of aquatic ecosystems is significantly impacted by the chemical and microbiological composition water bodies, there strong reciprocal feedback between these two factors, especially for reservoirs, which can do have a significant impact on neighboring ecosystems. Today an acute need to identify most effective economically feasible methods cleaning restoring bodies. Therefore, aim study was find strains microorganisms are capable biodegrading such problematic pollutants as insoluble phosphates excess nitrogenous compounds at same time, suppressing bacterial in reservoir waters. In course research, number active were isolated from lake samples. Five isolates obtained salt then identified using morphological, biochemical techniques, well matrix-assisted laser desorption/ionization time-of-flight mass spectrometry (MALDI-TOF MS). addition characterization identification isolates, species-specific levels phosphate solubilizing, nitrifying activities also established. Thus, all studied characterized, their influence content minerals phosphorus nitrogen, important living organisms water, studied. summary, Pseudomonas Extrem-Orientalis isolate observed be highly solubilizing phosphates, nitrifying, had greatest antagonistic capacity among investigated isolates. information gleaned study’s findings helps raise more awareness field microbiology treatment general. offer promise development biopreparations with bioremediation capabilities polluted bodies various sources.