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D Iluchev

Publications and source records attributed to D Iluchev.

35 records · Page 2Linked to original sources
PubMed1982

[Nomograms developed for determining the acid-base and oxygen status of cattle].

Investigations were carried out on a total of 66 lactating cows in order to work out an Octane nomogram for the direct recording of the PO2/HbO2 interrelationship and determine the normal alkali-acidic range in cattle. It is stated that these studies have made it possible to speculate on the clinical veterinary normal values of each particular index of the alkali-acidic balance and its prompt calculation.

Acid-Base Equilibrium↗
PubMed1976

[Participation of the adrenals in the pathogenesis of metabolic acid-base disorders].

The authors examined in dynamics the changes in the functional state of the adrenals on 240 rabbits, which served as models for acute metabolic deviations in the acid-base balance. The obtained results showed that the acute metabolic acidosis increased moderately the values of ACTH and 17-hydroxycorticosteroids in blood without changing their concentration on the adrenal tissue. It lowered strongly the content of catecholamines (adrenaline and noradranaline) in the adrenal medular part. The metabolic alkalosis raised the concentration of ACTH in blood plasma and increased the amount of corticosteroids in blood and adrenals. There was no well formed parallelism in normalizing acid-base and hormonal indices. As a consequence of this a stage of postaciodotic catecholamine adrenal deficit was formed as well as metabasic hypercorticism in the experimental animals.

17-Hydroxycorticosteroids↗
PubMed1975

[Blood sugar and hypoxic dynamics in metabolic acidosis and alkalosis (experimental data)].

The dynamics of the glucose concentration and arterovenous glucose gradient was examined during different metabolic deviations in the acid-base balance. The metabolitic acidosis increased the level of sugar in the blood. A definite influence on the latter had the gravity of the acidosis and to a certain degree its pathogenetic form. The arterio-venous glucose difference changed from negative to positive with the increase of proton activity. The type of the peripheral hypoxic structure, formed during the state of acidosis influenced both the glucose gradient and its quantitative relations to the acid-base and oxygen indices. The sugar content in the blood during metabolitic alcalosis was not changed significantly. There was an increase in the arterio-venous gradient and inverse correlation between the glucose level and the arterio-venous oxygen difference with the increase of the bicarbonate concentration.

Acid-Base Equilibrium↗