The phrase "acidosis changes" is correct and usable in written English.
It can be used in medical or scientific contexts to refer to alterations or effects caused by acidosis, a condition characterized by an excess of acid in the body fluids.
Example: "The acidosis changes observed in the patient indicated a need for immediate intervention to restore normal pH levels."
Alternatives: "effects of acidosis" or "alterations due to acidosis".
A secondary objective was to determine whether the severity of acidosis changes with repeated challenges.
Secondary endpoints included improvements in metabolic acidosis, changes in blood biochemistry, and safety.
Acidosis changes the relative binding affinities of inotropes and vasopressors to adrenergic receptors [ 42].
The primary endpoint was improvement of gastrointestinal symptoms; secondary endpoints included improvement in metabolic acidosis, changes in blood biochemistry, and safety 12 weeks after the switch.
Studies investigating the effect of acidosis and changes in oxygen concentration on bone formation have generally used a long exposure time (Brandao-Burch et al. 2005, Martin-Rendon et al. 2007).
Accordingly, in the second solution both BAPTA and EGTA were included in such proportions (EGTA-BAPTA solution, 5 m m total) that during acidosis the change in free Ca2+ could replicate that occurring in acidified, intact myocytes.
Neither hypercapnia nor metabolic acidosis caused significant changes in epithelial permeability to small or large solutes.
Clinical consequences of type-1 diabetes result from the combination of a number of different factors, ranging from acidosis to metabolic changes, to biophysical derangements, such as hyperosmotic stress.
Cardiogenic shock was defined by (1) low systolic blood pressure (<90 mmHg) without use of inotropes/vasopressors, (2) decreased cardiac output assessed by any method, reduced mixed or central venous oxygen saturation, (3) absence of hypovolemia, (4) signs of organ malperfusion (oliguria, lactate-acidosis, cyanosis, centralization, changes in mental status) [37, 38].
There does not appear to be any evidence of additional hyperchloremic acidosis because the change in SBE is almost completely explained by lactate and SIG.
Although fetal hypoxia and acidosis are reflected in changes in fetal heart rate, there is no evidence that cardiotocography has been effective in reducing neonatal morbidity related to fetal distress occurring during labor.
