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Biomedical subjects

E Marin

Publications and source records attributed to E Marin.

50 records · Page 3Linked to original sources
PubMed1979

[Changes in the biochemical indices of reactivity in calves with subacute bronchopneumonia treated with hyperimmune serum].

Changes in some biochemical indices characterizing the reactivity of calves suffering from bronchopneumonia following treatment with hiperimmune anti-bovine rabbit serum were investigated. It was established that beta-lipoproteins, sialic acid and amilase activity of blood serum were positively affected and the calves recovered following treatment with hiperimmune serum. Results obtained substantiate the conclusion that hiperimmune anti-bovine rabbit serum should be used in combination with chemicotherapeutical means for medical treatment of calf bronchopneumonia.

Acute Disease↗
PubMed1979

[Changes in the sialic acid content in the blood serum of calves with bronchopneumonia following treatment].

The effect of a combination of calcium gluconate, magnesium sulfuricum, natrium salycilate, analgin, vit. C, vit. B1 and norsulfasol diluted in physiological solution of natrium chloride and 5% glucose was investigated. The combination was applied intravenously or per os on two groups of calves suffering from bronchopneumonia. It was established that in calves treated with the combination sialic acid is reduced as compared to calves treated only with antibiotics. Therefore it is recommended to apply in the therapy of bronchopneumonia along with antibiotics also antiinflammatory means and medicative whole milk nourishment.

Animals↗
PubMedDate not supplied

Improved direct epifluorescent filter technique for rapid bioburden control in intravenous solutions.

Epifluorescence microscopy of the microcolonies obtained after filtration of a deliberately contaminated intravenous solution, was used for the rapid detection and enumeration of the bacteria. The technique is adequate for the test of low volume solution (with low contamination). Also it allows one to detect a single colony forming unit (c.f.u.)/mL, with great correlation between fluorescence counts and pour plate colony counts; the morphology of microcolonies is typical for most of the microorganisms and it allows a primoidentification (for a trained analyst).

Acridine Orange↗