apnoea in English
thousands suffer from sleep apnea
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1. Apnoea synonyms, Apnoea pronunciation, Apnoea translation, English dictionary definition of Apnoea
2. Synonyms for Apnoea in Free Thesaurus
3. Check if you have sleep Apnoea Symptoms of sleep Apnoea mainly happen while you sleep.
4. Aka ‘impact brain Apnoea’ rapid correction (e.g
5. Central Apnoea (10-25 per cent of all Apnoea) may be provoked by vagal stimulation such as oral or nasal …
6. Apnoea In children younger than 6 months, Apnoea was also regarded as a typical clinical symptom
7. Sleep Apnoea in children may get better without treatment, especially in children with mild sleep Apnoea and enlarged tonsils and adenoids.
8. Central Apnoea (10-25% of all Apnoea) may be provoked by vagal stimulation eg oral or nasal suctioning or the passage of a naso-gastric tube.
9. Bonducs Karlsbad full-lined implicational outpulls off-colored proconfession scorper apnoea
10. Apnoea in pre-term babies may be caused by an underlying illness but is most commonly due to idiopathic Apnoea of prematurity (AoP)
11. Apnea, Apnoea, or apnœa is a technical term for suspension of external breathing
12. Sleep Apnoea is common in children, especially in preschool children
13. The most common type is called obstructive sleep Apnoea (OSA)
14. Example sentences from the Web for Apnoea This succession of dozing Apnoea and waking dyspnoea belongs to a late stage of heart disease, and usually ends in death
15. Apnea, apnoea, or apnœa is a technical term for suspension of external breathing
16. Central Apnoea - a pause of alveolar ventilation due to immaturity of neurological controls
17. Central Apnoea a pause of alveolar ventilation due to immaturity of neurological controls
18. Apnoea definition: a temporary inability to breathe Meaning, pronunciation, translations and examples
19. Sleep Apnoea is when your breathing stops and starts while you sleep
20. By bystanders) of brain impact Apnoea may facilitate full neurological recovery; PATHOPHYSIOLOGY
21. Apnoea The obstruction of the airway experienced during Apnoea episodes repeatedly deprives the body of oxygen during sleep. This triggers the body’s natural response to what it perceives to be a dangerous situation
22. Sleep Apnoea occurs when the walls of your throat come together while you sleep, blocking off your airway
23. Obstructive sleep Apnoea is a condition that causes frequent pauses in your breathing when you're asleep, interrupting your sleep
24. The Apnea–Hypopnea Index or Apnoea–Hypopnoea Index (Ahi) is an index used to indicate the severity of sleep apnea
25. Miniature pigs could provide clues to help experts tackle sleep Apnoea in humans, a new study claims
26. A conversion algorithm was created for studies that did not use the American Academy of Sleep Medicine (AASM) 2012 scoring criteria to identify obstructive sleep Apnoea, allowing determination of an equivalent Apnoea-hypopnoea index (AHI) for publications that used different criteria.
27. Although morning headache is significantly more common in patients with sleep Apnoea than in the general population, headache present upon awakening is a non-specific symptom in a variety of primary and secondary headache disorders, in sleep-related respiratory disorders other than sleep Apnoea (eg, Pickwickian syndrome, chronic obstructive
28. Apnoea puts strain on the heart, as it races to pump blood more quickly to compensate for the lack of oxygen
29. Obstructive sleep Apnoea is an increasingly common disorder of repeated upper airway collapse during sleep, leading to oxygen desaturation and disrupted sleep
30. Obstructive Sleep Apnoea (OSA) is defined as the cessation of airflow during sleep preventing air from entering the lungs caused by an obstruction
31. Apnoea – where the muscles and soft tissues in the throat relax and collapse sufficiently to cause a total blockage of the airway; it's called an Apnoea when the airflow is blocked for 10 seconds or more hypopnoea – a partial blockage of the airway that results in an airflow reduction of greater than 50% for 10 seconds or more
32. An Alte is a descriptive term based on an event that is frightening to the observer including a combination of: apnoea, colour change, change in muscle tone, choking or gagging
33. Intermittent hypoxia, reoxygenation, and hypercapnia or hypocapnia occur in both adults and children during untreated Apnoea and hypopnoea, along with changes in cerebral blood flow and sleep fragmentation
34. Sleep Apnea, also spelled sleep apnoea, is a sleep disorder in which pauses in breathing or periods of shallow breathing during sleep occur more often than normal
35. An Apnoea was scored as ‘mixed’ if there was absent inspiratory effort in the initial portion of the event, followed by resumption of inspiratory effort in the second portion of the event
36. Background Obstructive sleep Apnoea (OSA) is associated with higher body mass index (BMI), diabetes, older age and male gender, which are all risk factors for severe COVID-19
37. The first 10 minutes following TBI has been described as ‘the critical phase’ (it is followed by exponential, plateau and resolution phases) and is thought to involve 2 key components: Apnoea
38. In our investigation we compared the EEG power of infants at high risk of SIDS in the anamnesis and a high apnoea index, with that of a control group of children.
39. at least two of: temperature > 38 °C or < 36,5 °C or temperature instability, tachycardia or bradycardia, apnoea, extended capillary refilling time (CRT), metabolic acidosis, hyperglycaemia, other sign of BSI such as apathy
40. Apnoea Absence of breathing for short periods. This may be a pre- AGONAL effect or may result from forced overbreathing which reduces the blood levels of carbon dioxide and hence a major stimulus to respiration
41. Two different ways of monitoring respiration in the neonatal period are compared: Detection of the movements of the thorax and abdomen with a mercury-in-rubber strain gauge and the apnoea-alarm mattress.
42. Hypersensitivity/infusion reactions Hypersensitivity/infusion reactions (including some life-threatening and rare fatal reactions), including and not limited to flushing, chest pain, dyspnoea, hypotension, apnoea, loss of consciousness, hypersensitivity and anaphylaxis, have been associated with the administration of temsirolimus (see section
43. Reason: a) The alcalizing effect of THAM is more reliable than the one of bicarbonate, for it is independent from an adequate ventilation. b) The application of bicarbonate during apnoea includes at least theoretically the danger of intracellular acidaemia. c) The hypercapnia of the apnoic newborn is improved.
44. Delaying desaturation by extending the safe Apnoea time not only reduces the risk of exposing the patient to hypoxia while airway interventions are performed but also makes an important psychological contribution, decreasing clinician stress and thereby potentially improving both cognitive and motor function during airway management.
45. Safe Apnoea time is the duration of time following cessation of breathing/ventilation until critical arterial desaturation occurs (typically considered SaO2 88% to 90% in clinical settings) Denitrogenation involves using oxygen to wash out the nitrogen contained in lungs after breathing room air, resulting in a larger alveolar oxygen reservoir