Endotracheal tube verification in the mechanically ventilated patient in a critical care unit
- Authors: Fataar, Danielle
- Date: 2013
- Subjects: Respirators (Medical equipment) , Critical care medicine , Intensive care units
- Language: English
- Type: Thesis , Masters , MCur
- Identifier: vital:10020 , http://hdl.handle.net/10948/d1008057 , Respirators (Medical equipment) , Critical care medicine , Intensive care units
- Description: Critically ill patients often require assistance by means of intubation and mechanical ventilation to support their spontaneous breathing if they are unable to maintain it. Mechanical ventilation is one of the most commonly used treatment modalities in the care of the critically ill patient and up to 90% of patients world-wide require mechanical ventilation during some or most parts of their stay in critical care units Management of a patient’s airway is a critical part of patient care both in and out of hospital. Although there are many methods used in verifying the correct placement of the endotracheal tube, the need and ability to verify placement of an endotracheal tube correctly is of utmost importance, because many complications can occur should the tube be incorrectly placed. Since unrecognized oesophageal intubation can have many disastrous effects on patients, various methods for verifying correct endotracheal tube placement have been developed and considered. Some of these methods include direct visualization, end-tidal carbon dioxide measurement and oesophageal detector devices. This research study aimed to explore and describe the existing literature on the verification of endotracheal tubes in the mechanically ventilated patient in the critical- care unit. A systematic review was done in order to operationalize the primary objective. Furthermore, based on the literature collected from the systematic review, recommendations for the verification of the endotracheal tube in the mechanically ventilated patient in the critical care unit were made. Ethical considerations were maintained throughout the study and the quality of the systematic review was ensured by performing a critical appraisal of the evidence found.
- Full Text:
- Date Issued: 2013
- Authors: Fataar, Danielle
- Date: 2013
- Subjects: Respirators (Medical equipment) , Critical care medicine , Intensive care units
- Language: English
- Type: Thesis , Masters , MCur
- Identifier: vital:10020 , http://hdl.handle.net/10948/d1008057 , Respirators (Medical equipment) , Critical care medicine , Intensive care units
- Description: Critically ill patients often require assistance by means of intubation and mechanical ventilation to support their spontaneous breathing if they are unable to maintain it. Mechanical ventilation is one of the most commonly used treatment modalities in the care of the critically ill patient and up to 90% of patients world-wide require mechanical ventilation during some or most parts of their stay in critical care units Management of a patient’s airway is a critical part of patient care both in and out of hospital. Although there are many methods used in verifying the correct placement of the endotracheal tube, the need and ability to verify placement of an endotracheal tube correctly is of utmost importance, because many complications can occur should the tube be incorrectly placed. Since unrecognized oesophageal intubation can have many disastrous effects on patients, various methods for verifying correct endotracheal tube placement have been developed and considered. Some of these methods include direct visualization, end-tidal carbon dioxide measurement and oesophageal detector devices. This research study aimed to explore and describe the existing literature on the verification of endotracheal tubes in the mechanically ventilated patient in the critical- care unit. A systematic review was done in order to operationalize the primary objective. Furthermore, based on the literature collected from the systematic review, recommendations for the verification of the endotracheal tube in the mechanically ventilated patient in the critical care unit were made. Ethical considerations were maintained throughout the study and the quality of the systematic review was ensured by performing a critical appraisal of the evidence found.
- Full Text:
- Date Issued: 2013
Respiratory management of the mechanically ventilated spinal cord injured patient in a critical care unit
- Authors: Love, Janine Ann
- Date: 2013
- Subjects: Respirators (Medical equipment) , Critical care medicine , Intensive care units , Spinal cord -- Wounds and injuries
- Language: English
- Type: Thesis , Masters , MCur
- Identifier: vital:10031 , http://hdl.handle.net/10948/d1008451 , Respirators (Medical equipment) , Critical care medicine , Intensive care units , Spinal cord -- Wounds and injuries
- Description: Background: Spinal Cord Injuries (SCIs) are traumatic, life-changing injuries that can affect every aspect of an individual's life and can lead to death if not treated timeously and appropriately. Respiratory complications occur frequently after the SCI and are the leading cause of mortality and morbidity. Respiratory complications are predictable based on the neurological level of impairment of the spinal cord lesion; the higher the neurological injury, the more severe the respiratory complication. Changes in pulmonary function, poor cough, hypersecretion, immobility and bronchospasm all contribute to the development of respiratory complications. If the patient is unable to protect his/her airway or if respiratory failure occurs, mechanical ventilation is often required. Many patients require prolonged ventilation and subsequently need to go for tracheostomies. The critical care nurse plays an important role in the early identification of complications and can, therefore, act to limit and prevent these complications, which may be a direct result from the injury or treatment modality such as mechanical ventilation. Respiratory management has been promoted in preventing and treating respiratory complications and is associated with better prognosis in the SCI patient. Design and method: The research study aims to explore and describe existing literature and to make recommendations for the respiratory management of a mechanically ventilated spinal cord injured patient in a critical care unit (CCU). A systematic review was undertaken with clear inclusion and exclusion criteria. Ethical principles were maintained throughout the study. The quality of the study was ensured by critically appraising data that was utilized in the systematic review. It is envisaged that the results from this systematic review will improve the respiratory management of the SCI patient and prevent any variations in practice. Results: Were presented under the following themes: priorities of care for the SCI patient in the acute phase, during the critical care phase and preventative care. Conclusion: The SCI patient regardless of the neurological level or completeness of injury should be admitted to the CCU for intensive ventilatory, cardiopulmonary support and hemodynamic monitoring in order to detect and prevent respiratory complications. The use of larger tidal volumes is associated with improved comfort and less dyspnea however if a patient has acute lung injury or ARDS the use of low tidal volumes 6ml/kg is recommended. Prevention and early identification of respiratory complications is associated with improved outcomes for the SCI patient.
- Full Text:
- Date Issued: 2013
- Authors: Love, Janine Ann
- Date: 2013
- Subjects: Respirators (Medical equipment) , Critical care medicine , Intensive care units , Spinal cord -- Wounds and injuries
- Language: English
- Type: Thesis , Masters , MCur
- Identifier: vital:10031 , http://hdl.handle.net/10948/d1008451 , Respirators (Medical equipment) , Critical care medicine , Intensive care units , Spinal cord -- Wounds and injuries
- Description: Background: Spinal Cord Injuries (SCIs) are traumatic, life-changing injuries that can affect every aspect of an individual's life and can lead to death if not treated timeously and appropriately. Respiratory complications occur frequently after the SCI and are the leading cause of mortality and morbidity. Respiratory complications are predictable based on the neurological level of impairment of the spinal cord lesion; the higher the neurological injury, the more severe the respiratory complication. Changes in pulmonary function, poor cough, hypersecretion, immobility and bronchospasm all contribute to the development of respiratory complications. If the patient is unable to protect his/her airway or if respiratory failure occurs, mechanical ventilation is often required. Many patients require prolonged ventilation and subsequently need to go for tracheostomies. The critical care nurse plays an important role in the early identification of complications and can, therefore, act to limit and prevent these complications, which may be a direct result from the injury or treatment modality such as mechanical ventilation. Respiratory management has been promoted in preventing and treating respiratory complications and is associated with better prognosis in the SCI patient. Design and method: The research study aims to explore and describe existing literature and to make recommendations for the respiratory management of a mechanically ventilated spinal cord injured patient in a critical care unit (CCU). A systematic review was undertaken with clear inclusion and exclusion criteria. Ethical principles were maintained throughout the study. The quality of the study was ensured by critically appraising data that was utilized in the systematic review. It is envisaged that the results from this systematic review will improve the respiratory management of the SCI patient and prevent any variations in practice. Results: Were presented under the following themes: priorities of care for the SCI patient in the acute phase, during the critical care phase and preventative care. Conclusion: The SCI patient regardless of the neurological level or completeness of injury should be admitted to the CCU for intensive ventilatory, cardiopulmonary support and hemodynamic monitoring in order to detect and prevent respiratory complications. The use of larger tidal volumes is associated with improved comfort and less dyspnea however if a patient has acute lung injury or ARDS the use of low tidal volumes 6ml/kg is recommended. Prevention and early identification of respiratory complications is associated with improved outcomes for the SCI patient.
- Full Text:
- Date Issued: 2013
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