| [estimation of level of aminoglycosides susceptibility of bacterial strains isolated from patients with systemic and general infections]. | susceptibility tests to aminoglycosides of 200 bacterial strains isolated in period 1.01.2007-30.04.2008 from hospitalized patients in different wroclaw clinics were performed. among tested strains were 96 gram-negative rods belonging to the enterobacteriaceae family, 74 non-fermentative rods and 30 strains of staphylococcus aureus. the results of antibiotic susceptibility determined by serial antibiotic dilution in solid medium indicated that among enterobacteriaceae the most susceptible to ami ... | 2008 | 19143174 |
| antiradical and antimicrobial activity of phenolic fractions obtained from honeys. | honey is a natural product consisting of multiple components which determine its dietary and medicinal properties. in this work there were studied methanol fractions obtained from seven honeys from lower silesia (poland) collected in different seasons of three successive years. melissopalynologic studies revealed that two of them were polyfloral, and five were classified as monofloral (two buckwheat and three rapes). the amount of phenolic compounds in honeys varied from 0.09 to 0.38 mg per g of ... | 2016 | 27180430 |
| [carbenicillin and gentamycin sensitivity of pseudomonas aeruginosa strains isolated in wrocław in the years 1973-1976]. | | 1977 | 412021 |
| the colloid hematite particle migration through the unsaturated porous bed at the presence of biosurfactants. | colloidal particles have an ability to sorb heavy metals, metalloids, and organic compounds (e.g. biosurfactants) present in soil and groundwater. the ph and ionic strength changes may promote release of such particles causing potential contaminant transport. therefore, it is very important to know how a colloid particle-mineral particle and colloid-mineral-biosurfactant system behaves in the natural environment. they can have negative impact on the environment and human health. this study highl ... | 2017 | 28620850 |