"Pseudohyponatremia" Pronounce,Meaning And Examples
"Pseudohyponatremia" Natural Recordings by Native Speakers
"Pseudohyponatremia" Meaning
Pseudohyponatremia is a condition in which the level of sodium in the blood appears to be low, but is not. It is not a true decrease in sodium concentration, but rather a seeming decrease due to a laboratory error or because the sodium has become diluted to a greater extent than other substances in the blood.
This can occur when there are high levels of plasma osmoles, such as sugars, mannitol, or lipid emulsions, which can artificially dilute the sodium concentration, creating the illusion of hyponatremia.
Pseudohyponatremia is often seen in patients with end-stage renal disease, severe hyperlipidemia or hyperproteinemia, or when there is a significant change in blood plasma osmolality.
"Pseudohyponatremia" Examples
Example Sentences for "Pseudohyponatremia"
1. Pseudohyponatremia is a condition characterized by low levels of sodium in the blood, due to the alteration of serum protein binding of sodium.
2. Hypoalbuminemia can lead to pseudohyponatremia because the lack of albumin disrupts the balance between sodium and proteins in the blood.
3. Pseudohyponatremia often occurs in patients with chronic liver disease due to hypoalbuminemia.
4. The diagnosis of hyponatremia was complicated by pseudohyponatremia caused by elevated triglycerides in the patient's blood.
5. Pseudohyponatremia can occur in patients with kidney diseases, as certain substances in high concentrations can affect sodium levels in the blood.
"Pseudohyponatremia" Similar Words
Pseudogenes
Pseudogenes are genomic regions that were once genes, but have since become non-functional due to mutations over time. They are essentially "fossil genes" that have lost their ability to encode a functional protein product. Pseudogenes can arise through various mechanisms, such as gene duplication, mutation, and subsequent loss of function.<br><br>Pseudogenes can be thought of as "vestigial" genes, similar to vestigial structures in organisms that no longer have a functional role but have been retained as a result of evolutionary history. However, unlike vestigial structures, pseudogenes are not immediately evident in the phenotype, and their existence is typically detected through genetic analysis.<br><br>Pseudogenes can serve several purposes in an organism's genome, including:<br><br>1. Genetic regulation: Pseudogenes can act as regulatory elements, influencing the expression of nearby genes.<br>2. Gene evolution: Pseudogenes can provide a record of past gene evolution, allowing researchers to study the history of gene duplication and loss.<br>3. Gene function annotation: Pseudogenes can provide information about the evolution and annotation of gene function.<br>4. Genome stability: Pseudogenes can contribute to genome stability by occupying regulatory regions and preventing gene takeover.<br><br>Overall, pseudogenes can be an underappreciated resource for understanding the evolution and function of an organism's genome.
Pseudogestational
Pseudogeusia
Pseudogout
Pseudography
Pseudohermaphrodites
Pseudohistory
Pseudohyphae
Pseudoisochromatic
Pseudolaguvia
Pseudoleucine
Pseudologist
Pseudology
Pseudology is the study of pseudonyms, nicknames, assumed names, or false names. It involves the collection and classification of such names, as well as the analysis of their origins, meanings, and cultural significance.<br><br>In a broader sense, pseudology can also refer to the study of fictional characters, personas, or identities that are created for various purposes, such as literature, drama, or advertising.<br><br>The term pseudology is derived from the Greek words "pseudes" meaning "false" and "logos" meaning "study" or "science".
Pseudolymphoma
Pseudomalachite
Pseudomembrane