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breathing in smoke from an accident(passive) caused byinhalation injuries
breathing smoke from a fire or chemical fumes(passive) are caused byInhalation injuries
breathing smoke Some precautions to prevent burns(passive) caused byan inhalation injury ,
breathing in smoke and other toxic fumes released by burning materials(passive) are caused byInhalation injuries
breathing smoke , and tissue damage from cold injuries such as frost bite(passive) caused byinhalation injury
heat exposure and(passive) is caused bydeath.6 Inhalation injury
direct heat injury(passive) is caused byPathophysiology Inhalation injury
The best wayto preventinhalation injury
These sourcescan causepelletier inhalation injury
all serious injuries ... a single exposure to such hazardous substancesto causean inhalation injury
CO . CO ... a chemical asphyxiantcan causeinhalation injuries
smoke or chemical products of combustion(passive) caused byInhalation injuries
extreme heat(passive) can ... be caused byInhalation injuries
Chlorine gasmay causeinhalation injuries
cornstarch dust explosion in intubated patients(passive) caused byInhalation injury
smoke and other chemicals(passive) caused byinhalation injuries
Common chemicalsleadingto inhalation injuries
inhalation of heat , toxic or irritating gases which lead to respiratory and pulmonary parenchyma damage(passive) is caused byInhalation injury
Pulmonary edema ... chlorinecauseacute inhalation injury
airway fire during tracheostomy(passive) caused by13.Fatal inhalation injury
Fire Inhalation injuries(passive) Caused ByInhalation Injuries
fire in confined spaces(passive) caused byinhalation injury
heat and the inhalation of hot dust(passive) caused byinhalation injury
breathing in toxic chemicals or fumes(passive) is ... caused byacute inhalation injury
your exposure to chemicals at the construction site(passive) caused byinhalation injuries
hydrofluoric acid and nitric acid by Pu , Qinhua and Qian , Jinxian and Tao , Weiyi and Yang , Aixiang and Wu , Jian and Wang , Yaodong Medicine ( United States(passive) caused byinhalation injury
smoke bombs[J].J Thoracic Dis,2016,8(11):3160 - 3167(passive) caused byacute inhalation injury
inhaling hot fumes or smoke during a fire(passive) Caused byInhalation Injury
inhalation of smoke or toxic gas produced by a fire(passive) is caused byAn inhalation injury
smoke bombs - Cao L , Zhang XG , Wang JG , Wang HB , Chen YB , Zhao DH , Shi WF , Xie LX(passive) caused byacute inhalation injury
breathing in toxic gas or fumes from a fire or chemical leak in a poorly ventilated area(passive) caused byInhalation injuries
breathing in hot air(passive) are caused byInhalation injuries
breathing in toxic gases or fumes , which triggers an inflammatory response in the lungs(passive) caused byInhalation Injuries
Fires where the victim breathes in particles in the air and toxic fumescommonly causeinhalation injuries
asthma attack(passive) caused byAn inhalation injury
steam or toxic inhalants such as fumes , gases , and mists(passive) is caused byInhalation injury
Arc blastcan causeinhalation injuries
exposure to carbon monoxide and smoke commonly occurs with flame injuries(passive) caused byInhalation Injury-
flawed equipment or poor advice(passive) caused byInhalation injuries
a lot of smokeresultingin inhalation injuries
from frequent and widespread use of household cleaning agents and industrial gases ( including chlorine and ammonia ) or from bioterrorism - related eventsmay resultfrom frequent and widespread use of household cleaning agents and industrial gases ( including chlorine and ammonia ) or from bioterrorism - related events
significant morbidity and mortality in burn victimscausessignificant morbidity and mortality in burn victims
the lung fibrosis(passive) caused bythe lung fibrosis
from the explosion ’s extinction of available oxygen and creation of particulate matter , smoke , superheated gases , and toxic byproductscan resultfrom the explosion ’s extinction of available oxygen and creation of particulate matter , smoke , superheated gases , and toxic byproducts
sudden airway obstructioncan causesudden airway obstruction
to the death rate of burnscontributeto the death rate of burns
from fire accidentsresultingfrom fire accidents
in the following symptomsresultin the following symptoms
in delayed aggressive airway edema causing patients to lose their airways quicklycan resultin delayed aggressive airway edema causing patients to lose their airways quickly
inflammatory reactions ( bronchitis , asthma , and/or bronchiolitis ) in the airway or lung tissue reactions - alveolitis , pulmonary edema and pulmonary fibrosiscan causeinflammatory reactions ( bronchitis , asthma , and/or bronchiolitis ) in the airway or lung tissue reactions - alveolitis , pulmonary edema and pulmonary fibrosis
to upper airway edema within 12 - 24 hourscan leadto upper airway edema within 12 - 24 hours
upper airway obstruction and carbon monoxide poisoning requiring high concentration or hypobaric oxygencausingupper airway obstruction and carbon monoxide poisoning requiring high concentration or hypobaric oxygen
death with less - severe cutaneous burns ( figure 5could causedeath with less - severe cutaneous burns ( figure 5
when hot air from a fire , fumes from chemical spills or other toxic fumes are inhaledCausedwhen hot air from a fire , fumes from chemical spills or other toxic fumes are inhaled
a primary large and small airway epithelial insult that results in ventilation abnormalities , rather than a primary alveolar lesion that results in oxygenation abnormalities as occur in multiple - system organ failurecausesa primary large and small airway epithelial insult that results in ventilation abnormalities , rather than a primary alveolar lesion that results in oxygenation abnormalities as occur in multiple - system organ failure
pulmonary dysfunction that is exacerbated by the large fluid resuscitation required following major burn injurycausespulmonary dysfunction that is exacerbated by the large fluid resuscitation required following major burn injury
extensive damage to the lungs and airwayscan causeextensive damage to the lungs and airways
permanent lung damagecausepermanent lung damage
damage to the lungs and other organscan causedamage to the lungs and other organs
when toxic gases , smoke or chemicals that fill the air are breathed itmight also resultwhen toxic gases , smoke or chemicals that fill the air are breathed it
from numerous noxious triggers and in association with other injuriesmay resultfrom numerous noxious triggers and in association with other injuries
an onset of the underlying conditioncan causean onset of the underlying condition
to the impairment of the body ’s normal gas exchange and even respiratory failurecan leadto the impairment of the body ’s normal gas exchange and even respiratory failure
damage to the lungs that affects performancecan causedamage to the lungs that affects performance
from gas leakscan resultfrom gas leaks
from chemical inhalation , asbestos exposure or other exposureresultingfrom chemical inhalation , asbestos exposure or other exposure
the airway to become swollen rapidlycan causethe airway to become swollen rapidly
in a PaO2resultingin a PaO2
swelling(passive) caused byswelling
a patient ’s condition to weaken and to result in an increased mortality rateto causea patient ’s condition to weaken and to result in an increased mortality rate
inaccurate readingscan causeinaccurate readings
The initial insults(passive) caused byThe initial insults
from exposure to toxic fumesmay resultfrom exposure to toxic fumes
to fatalities in more that 40 % of burn injuriesleadto fatalities in more that 40 % of burn injuries
to feelings of irritability , restlessness , pacing , crying and sighing , and complaints of dry environmentscan leadto feelings of irritability , restlessness , pacing , crying and sighing , and complaints of dry environments
to mucosal sloughing , hypermetabolic states , pneumonia , and ARDScan leadto mucosal sloughing , hypermetabolic states , pneumonia , and ARDS
from exposures between 200 and 400 ppmresultfrom exposures between 200 and 400 ppm
hypoxemia and mixed gas poisoning followed by tracheobronchitis , pneumonia , pulmonary atectasis , pulmonary embolisms , pulmonary congestion , and pulmonary edema due to direct injuries and secondary inflammatory reactions13immediately causeshypoxemia and mixed gas poisoning followed by tracheobronchitis , pneumonia , pulmonary atectasis , pulmonary embolisms , pulmonary congestion , and pulmonary edema due to direct injuries and secondary inflammatory reactions13
The reason or this(passive) are caused byThe reason or this
rapid , early airway occlusioncausesrapid , early airway occlusion