ACETAZOLAMIDE
CARBONIC ANHYDRASE INHIBITORS·ABSENCE EPILEPSY·+8
MCKESSON PACKAG
Indication
Anoxia due to high altitude
Anoxia due to high altitude is a form of severe hypobaric hypoxia characterized by a critical deficiency of oxygen delivery to tissues, precipitated by rapid ascent or prolonged exposure to high terrestrial elevations. Read more about Anoxia due to high altitude
42 drugs 33 manufacturers
Drugs that treat it
Common Anoxia due to high altitude therapies.
ACETAZOLAMIDE
CARBONIC ANHYDRASE INHIBITORS·ABSENCE EPILEPSY·+8
Avet Pharmaceuticals
ACETAZOLAMIDE ER (acetazolamide)
CARBONIC ANHYDRASE INHIBITORS·OPEN ANGLE GLAUCOMA·+4
Avet Pharmaceuticals
ACETAZOLAMIDE
CARBONIC ANHYDRASE INHIBITORS·ABSENCE EPILEPSY·+8
NOVITIUM/ANI PH
ACETAZOLAMIDE
CARBONIC ANHYDRASE INHIBITORS·ABSENCE EPILEPSY·+8
TARO/SUN PHARMA
ACETAZOLAMIDE
CARBONIC ANHYDRASE INHIBITORS·ABSENCE EPILEPSY·+8
AUROBINDO PHARM
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News & literature
Coming soonRelated codes
Coming soonRelated conditions & guidelines
Coming soonAnoxia due to high altitude is a form of severe hypobaric hypoxia characterized by a critical deficiency of oxygen delivery to tissues, precipitated by rapid ascent or prolonged exposure to high terrestrial elevations.
It primarily affects non-acclimatized individuals—such as mountaineers, aviators, or travelers—and predominantly impacts oxygen-sensitive systems, most notably the central nervous and cardiovascular systems.
The pathophysiology stems from decreased ambient barometric pressure leading to a diminished partial pressure of inspired oxygen, which impairs alveolar gas exchange and cellular respiration.
Clinically, this state ranges from early altitude-related manifestations like headache, fatigue, dizziness, and dyspnea to severe neurologic or pulmonary impairment, including confusion, lethargy, loss of consciousness, and life-threatening high-altitude cerebral or pulmonary complications if uncorrected.
- veroscribe.com
Anoxia due to high altitude is a form of severe hypobaric hypoxia characterized by a critical deficiency of oxygen delivery to tissues, precipitated by rapid ascent or prolonged exposure to high terrestrial elevations It primarily affects non-acclimatized individuals—such as mountaineers, aviators, or travelers—and predominantly impacts oxygen-sensitive systems, most notably the central nervous and cardiovascular systems The pathophysiology stems from decreased ambient barometric pressure leadin...
- healio.com
Anoxia due to high altitude is a form of severe hypobaric hypoxia characterized by a critical deficiency of oxygen delivery to tissues, precipitated by rapid ascent or prolonged exposure to high terrestrial elevations It primarily affects non-acclimatized individuals—such as mountaineers, aviators, or travelers—and predominantly impacts oxygen-sensitive systems, most notably the central nervous and cardiovascular systems The pathophysiology stems from decreased ambient barometric pressure leadin...
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