THE BLOOD ELECTROLYTE CHANGES IN ETHER ACIDOSIS

Electrolyte equilibria in erythrocytes during diabetic acidosis.

Transcriptomic Changes in the Rumen Epithelium of Cattle after the Induction of Acidosis

The transition from normal forage to a highly fermentable diet to achieve rapid weight gain in the cattle industry can induce ruminal acidosis. The molecular host mechanisms that occur in acidosis are largely unknown. Therefore, the histology and transcriptome profiling of rumen epithelium was investigated in normal and acidosis animals to understand the molecular mechanisms involved in the dis...

ECG Changes in Acute Experimental Ruminal Lactic Acidosis in Sheep

For induction of ruminal acidosis, 10 clinically healthy three years old non pregnant female sheep were selected. Prior to the infusion of sucrose (0 hour), rumen and blood samples were obtained in order to determine baseline rumen and blood pH, respectively. Electrocardiogram (ECG) was also recorded. Acute ruminal acidosis was induced experimentally with sucrose at a dose of 18g kg-1 body weig...

The Circulating Blood Volume in Diabetic Acidosis.

The clinical evidences of dehydration which are present during severe acidosis in diabetes mellitus raises the question as to whether alterations may occur in the volume of the circulating blood. Such alterations, if present, would influence the apparent concentration of various blood constituents in acidosis and would be of pathological significance in several particulars. It seems likely that...

Plasma electrolyte changes in hypothermia.

Despite the widespread use of hypothermia in clinical surgery, the nature of the plasma electrolyte changes associated with this state is far from clear, and little attempt has been made to consider them in relation to adrenocortical activity. Haemoconcentration has been recorded in hypothermia by Rosenhain and Penrod (1951), Millar (1954), and Villalobos, Adelson, and Barila (1955), although S...