Exemplos de uso de Agar diffusion em Inglês e suas traduções para o Português
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For this purpose, the agar diffusion technique was utilized.
Materials and methods: the antimicrobial analysis was performedusing the agar diffusion test.
Agar diffusion and direct contact/plating method were used to evaluate the effectiveness in vitro.
Samples were then analyzed with respect to cellular toxicity by means of the agar diffusion method.
Initially, the agar diffusion test was done for the qualitative selection of microorganisms producers of lipases.
The antimicrobial activityagainst c. albicans(atcc 10231) was evaluated through the agar diffusion test, at baseline.
The agar diffusion test is an acceptable method for differentiating the antimicrobial activity of substances at an early stage.
For the in vitro test antiseptics were analyzed against different microorganisms,using the agar diffusion test.
The antibacterial activity was determined by agar diffusion method by well technique and by the minimum inhibitory concentration mic.
We tested the antimicrobial activity of synthesized adhesives against streptococcus mutansusing agar diffusion assays.
In the agar diffusion technique the terminalia fagifolia bark extract showed better antibacterial activity than the extract of the leaves.
Several in vitro studies have evaluated the antimicrobial effectiveness of bonding materials by the agar diffusion method.
The antimicrobial susceptibility was determined by agar diffusion(clsi, 2015) and mic determination by etest¿technical note no.1/2013 anvisa.
These isolates were submitted to conventional phenotypic identification andantimicrobial susceptibility test by agar diffusion method.
The solutions were tested for agar diffusion and minimum inhibitory concentration(mic) using liquid culture media inoculated with enterococcus faecalis.
Phenotypic tests for species identification were performed andthe antimicrobial susceptibility tests were done by the agar diffusion method.
The phospholipase andhemolytic activities were determined by agar diffusion using egg yolk(phospholipids) and human blood erythrocytes, respectively.
Considering agar diffusion technique, the zones of inhibition were measured in millimeters by the visual method and the descriptive analysis was performed.
The interpretation of these results was based on the biological reactivity grades of the agar diffusion method, described in ISO 10.993-5:2009 standard.
In this study, it was used the agar diffusion method to observe the activity of the agent against one of the most common bacteria associated with caries: Streptococcus mutans.
The antibacterial effect of six mouthwash was evaluated against s. mutans, s. aureus ande. faecalis by means of agar diffusion and direct exposure tests.
It was observed in the agar diffusion test, the formation of inhibition zone of 1.35± 0.322 cm, and in the minimum inhibitory concentration analysis, the value of 3.13.
After removal of tannins or not the patterning and 84 mg/ml,were evaluated in agar diffusion test to compare the antagonism of two isolates eschechiria spp.
In vitro was made the agar diffusion test with discs of filter paper and the detection of xap in seed lots of beans of producers from the western region of parana.
The researchers conducted a qualitative assessment of antifungal activity of each sample through the agar diffusion method, against strains of Candida albicans e Microsporum canis.
Initially, the agar diffusion test was used, where paper discs were impregnated with 2, 1, 0.5, 0.3 or 0.1 mol/l edc, 0.12% chlorhexidine, nistatin 1% or sorensen¿s buffer ph 6.2(control) n=6.
In addition, the following in vitro biological activities were also evaluated:antimicrobial for bacteria and fungi(agar diffusion method and minimum inhibitory concentration), leishmanicidal and cytotoxicity.
For the agar diffusion test, 18 petri dishes with 20 ml of bhia were inoculated with 0.1 ml of the microbial suspensions, using sterile swab, in order to obtain a confluent growth.
From 1791 biological screening plant extract obtained from more than 600 species,held in a disk agar diffusion model and with four strains of e. coli, were identified two active plant extracts.
Extracts of the culture media generated under the various growth conditions were tested against four phytopathogenic fungi of agricultural importance and against grampositive and gram-negative bacteria of medical and industrial interest,using the agar dilution method and agar diffusion, respectively.