Serum bicarbonate determination is clinically significant as it helps assess the acid-base balance in the body, which is crucial for diagnosing and managing conditions like metabolic acidosis or alkalosis. Abnormal bicarbonate levels can indicate respiratory or metabolic disorders, kidney function issues, or the body’s response to various diseases. Monitoring bicarbonate levels can guide treatment decisions, such as bicarbonate therapy in acidosis or adjustments in ventilation for respiratory conditions. Overall, it serves as a vital marker in evaluating a patient's overall metabolic status.
Hannu Somer has written: 'Determination and clinical significance of creatine kinase isoenzymes in the serum'
i believe it is low because ketoacidosis is a metabolic problem - it is characteristic of a metabolic acidosis, where one has too much H+ (acid) hanging around in the body because there is no bicarb to buffer the H+, buffering acid is one of the main jobs of bicarb, so if you do not have enough, you get an acidosis - in this case ketoacidosis. source: 3rd year clinical biochemistry course.
What is the significance of a hemolyzed serum sample? In: Blood [Edit categories]Read more: What_is_the_significance_of_a_hemolyzed_serum_sample
It is the Anti-BOdy determination in Blood Serum
The clinical reference range for serum sodium is typically between 135-145 mmol/L, while for serum potassium it is usually between 3.5-5.0 mmol/L. These values may vary slightly depending on the laboratory performing the analysis.
1.024g/mL Determination of Serum and Blood Densities Lorna T. Sniegoski' and John R. Moody 1979
serum urea estimation oju
titan yellow used determination of magnesium in serum
A serum separator tube is a type of blood collection tube that contains a gel at the bottom to separate blood cells from serum during centrifugation. After spinning, the gel forms a barrier between the serum and the blood cells, making it easier to collect and analyze the serum for various tests.
Basal serum refers to blood serum that is collected under standard conditions, typically after fasting for a specified period, to measure baseline levels of various substances, such as hormones or metabolites. This type of serum is often used in clinical assessments to evaluate physiological states or diagnose medical conditions. The measurements obtained from basal serum can help in understanding an individual's health status and guiding treatment decisions.
S. S. Marwah has written: 'The determination of aluminium at trace level in blood serum'
A. P. Moody has written: 'Development work on a method for the fluorimetric determination of serum alphaxalone levels'