Answer:
nosokomiakos
Explanation:
it is sometimes called a health associated infection
A low serum magnesium level (less than 1.46 mg/dL) in the blood results in hypomagnesemia, an electrolyte disorder. Hypomagnesemia may result in serious consequences that result in abrupt death, ventricular arrhythmia, and coronary artery spasm.
Chronic illness, alcohol use disorder, gastrointestinal losses, renal losses, and other disorders can all contribute to hypomagnesemia.
<u>Warning signs of </u><u>hypomagnesemia</u>
- Tremors.
- Tetany is characterised by muscle cramps, spasms, and/or numbness in the hands and feet.
- inconsistent eye motions (nystagmus).
- weakness and exhaustion.
When a magnesium deficit is symptomatic or chronically below 1.25 mg/dL ( 0.50 mmol/L), magnesium salts should be administered for hypomagnesemia. If patients don't experience seizures or other serious symptoms of hypomagnesemia, give them oral magnesium salts; if they do, give them 2 to 4 g of magnesium sulphate intravenously over 5 to 10 minutes. Additionally, it is linked to higher mortality and longer hospital stays.
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Answer:
"The caloric and nutritional needs will change according to the child's age and weight."
Explanation:
Children need to have their caloric and nutritional needs met efficiently so that their bodies have the necessary resources to develop and grow in a healthy and efficient way. For this reason, it is necessary for parents to do nutritional monitoring of the child with a health professional. This monitoring must be done constantly, since the caloric needs of children change with age and weight they have.
At first it could have hypoxemia with hypocapnia respiratory alcalosis then after some time the patient could even have status astamaticus with hypoxemia hipercapnia and metabolic acidosis .
The discovery of microRNAs (miRNAs) is one of the major scientific breakthroughs in recent years and has revolutionized the way we look at gene regulation.
<h3>
What is MicroRNAs ?</h3>
microRNA is the name of a family of molecules that helps cells control the kinds and amounts of proteins they make
- That is, cells use microRNA to help control gene expression. Molecules of microRNA are found in cells and in the bloodstream.
- The miRNA functions as a guide by base-pairing with target mRNA to negatively regulate its expression.
Learn more about MicroRNAs here:
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