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Central apnea is quite common and can be found in healthy, full-term infants for short periods of time before breathing patterns in the infant stabilize. [4] In premature infants, central apnea is attributed to an underdeveloped respiratory system which results in decreased response to higher carbon dioxide levels and difficulty breathing. [1]
Breath-holding spells (BHS) are the occurrence of episodic apnea in children, possibly associated with syncope (loss of consciousness and changes in postural tone).. Breath-holding spells occur in approximately 5% of the population with equal distribution between males and females.
The diagnosis is made by the clinical picture and the chest X-ray, which demonstrates decreased lung volumes (bell-shaped chest), absence of the thymus (after about six hours), a small (0.5–1 mm), discrete, uniform infiltrate (sometimes described as a "ground glass" appearance or "diffuse airspace and interstitial opacities") that involves ...
This is a shortened version of the sixteenth chapter of the ICD-9: Symptoms, Signs and Ill-defined Conditions. It covers ICD codes 780 to 799. The full chapter can be found on pages 455 to 471 of Volume 1, which contains all (sub)categories of the ICD-9. Volume 2 is an alphabetical index of Volume 1.
Central sleep apnea is common in preterm, newborn, and infancy stages but a decrease in risk is found with aging and maturity of the central nervous system. Underlying neurological disorders are the most common cause of CSA in full term infants. Of the apnea related events in preterm infants born at less than 29 weeks, 25% are central in origin ...
Mixed apnea involves elements of both obstructive and central apnea. Many episodes of apnea of prematurity may start as either obstructive or central, but then involve elements of both, becoming mixed in nature. [1] Over 50% of infants who are born preterm are estimated to be affected by apnea of prematurity. [2]
Pleural effusions can also develop, which are also seen with meconium aspiration but not with respiratory distress syndrome. [2] The lungs may also appear hyperinflated. [5] It is a diagnosis of exclusion as it is a benign condition that can have symptoms and signs similar to more serious syndromes, such as respiratory distress or meconium ...
[2] For infants that have concerning features on history or physical, and are thus categorized as high-risk, further evaluation is warranted. This will vary greatly depending on the infants symptoms, but may include, urinalysis, complete blood count, imaging with chest x-ray, and laboratory screening for ingestion of medications or poisons.