Examples of using Solution ph in English and their translations into Portuguese
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Medicine
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Description: TRIS buffer solution pH 8.8(1.5 mol/l) for biotechnology.
Clever monitoring, dosing anddata logging of solution pH levels.
The influence of the slow mixing time, solution ph, concentration used bentonite powder and okra was studied.
It is completely soluble at the acidic pH of the ABASAGLAR injection solution pH 4.
The solution ph was adjusted to 5.5 and the reaction time for the adsorption was 72 h, alternating 12 h of shaking and 12 h of resting.
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Solution for infusion Clear, colourless solution pH of the solution. .
We evaluated the effects of the initial concentration of adsorbate,adsorbent mass of 0.1 g for kn and solution ph.
Solution pH is measured differentially with process and inner reference(surrounded by a known concentrated pH 7 buffer) electrodes, compared to a third ground electrode.
It is completely soluble at the acidic pH of the Lantus injection solution pH 4.
Solution pH is measured differentially with process(outer hemi glass) and inner reference(surrounded by a known concentrated pH 7 buffer) electrodes compared to a third ground electrode.
It is completely soluble at the acidic pH of the Optisulin injection solution pH 4.
The cu deposition on bdd films was investigated as function of the parameters as the solution ph and the deposition time in addition to the influence of sensitization and activation steps in the process efficiency.
All these drugs and reagents were preservative free anddissolved in buffered saline solution pH 7.0.
After adding the material in PBS buffer solution pH 7.6, endogenous peroxidase blockers were used; the sections were incubated in a solution of 3% hydrogen peroxide in methanol for 30 minutes at room temperature.
In tests conducted in the laboratory the ideal ph for the solution ph 4, reaching removal rate of.
In a final volume of 20 ml, total doses of filgrastim less than 30 MU(300 μ g)should be given with 0.2 ml of human serum albumin 200 mg/ ml(20%) solution Ph.
The reagents are prepared in house, namely:buffering solution pH 6.0, chloramine solution T reactive by Erlich, standard solution for hidroxyproline, phenolphthalein, sodium hydroxy, isopropanol and perchloric acid.
This state is de ned in the system modeling based on the pka of these isolated groups and solution ph.
Studies were performed in column and in batch in order to evaluate how factors such as microparticle weight, contact time,contaminated solution ph, contaminant content and temperature influence the adsorption of contaminants by the microparticles. the adsorption equilibrium data were adjusted into.
The results show that the particle of Pd coating is the minimum andthe dispersion is best when the bath temperature is 70 degrees C and the solution pH is 5.2.
Influence of experimental conditions affecting adsorption capacity,such as amount of adsorbent mass, solution ph, agitation speed, initial dye concentration, contact time and temperature influence were investigated using the batch procedure.
Experimental test in a batch reactor to study the in¿uence that temperature andinitial ion concentration have over the solution ph of the scaling system were run.
For both anodes, solution ph had no significant effect on the removal process of the tested molecules or the solution organic load(cod and toc); however, the process was quite dependent on j, except for cod, when mass transport limitation was observed.
During the procedure, due to the precipitation of magnesium phosphate salt,it was necessary to reduce the solution pH to 7 by addition of hydrochloric acid.
The presented study investigated the influence of process variables solution ph, immersion time, temperature and reagent concentration on the corrosion resistance of a converted layer based on hexafluorozirconic hexafluorotitanic acids carried on hot dip galvanized steel substrates.
In order to avoid cell destruction by autolysis or bacteria and to preserve tissue morphology and composition,the cochleas were fixed with 4% formaldehyde in a buffer solution pH 7.5.
The study of the optimal conditions andmechanisms that control the adsorption of the aforementioned metals by the biosorbents was performed through the influence of the solution ph, the mass of biosorbent, the contact time between the solution and the biosorbent, the initial concentration of metals in solution(adsorption isotherms) and the temperature during adsorptive process thermodynamics.
For the histological analysis, the specimens n 5 from each group andpreoperative observation period were immersed in 10% EDTA solution pH 7.4 for six weeks for bone tissue decalcification.
The first step was the production of chitosan by ionic gelation using pentasodium triphosphate(tpp) as reticulante agent,the influence of the chitosan solution ph(ph 4; 5; 5.5) in the nanoparticles production was studied.
The mesenteric arteries were dissected in a ring shape 0.5cm long and were carefully placed on stainless steel threads 50µm diameter,suspended on an isolate organ chamber 5.0ml, containing Krebs solution pH 7.4; 37ºC and balanced with carbogenic mixture CO2 5% and O2 95.