Types of oxygen delivery
Types of oxygen delivery #2
Trach
Air
Chest tubes
100

this type of oxygen involves prongs extending from a tube into the nares. Most simple and preferred method. Delivers FiO2 24-44%

nasal cannula

100

nasal cannula with a reservoir under patient's nose; for long term home oxygen use; cannula cannot be cleaned, more expensive, FiO2- 35-50%

oxygen-conserving cannula (Oxymizer)

100

creation of a stoma into the trachea

tracheostomy

100

this device is used by the patient to encourage deep breathing. The patient inhales 5-10 breaths/session every hour while awake.

incentive spirometry

100

if the chest tube becomes dislodged from the patient's chest, the nurse should

cover the chest opening with a gloved hand and call for help; then apply petroleum gauze taped on 3 sides (after the patient coughs and exhales to prevent air from entering but allowing air to escape.)

200

high-flow mask that mixes O2 with room air at precise concentrations. Best for clients with COPD. FiO2- 24-50%

Venturi Mask

200

simple mask with a reservoir bag with no valve; allows re-breathing of exhaled air. FiO2- 60-75%

partial rebreather mask

200

most common trach tube. Has 3 parts

Double Lumen

200

The best position to promote lung expansion

45 degree semi-fowlers

200

For a patient with pulmonary hemorrhage, the patient should be placed _____________________________________

with the affected lung down to prevent bleeding into the healthy lung

300

this mask has a reservoir bag with a one-way valve in it delivering the highest amount of oxygen possible without intubation. Used for clients with profound hypoxia. FiO2- 80-95%

Non-rebreather face mask

300

iv sized cath surgically inserted into trachea from lower neck; for patients with chronic lung disease; the client must remove and irrigate cath 3x/day. Flow rate less than 4L/min through 8F cath

Transtracheal oxygen (TTO)

300
Trach tube has only an outer cannula, used when the standard would be too short. Should not be used with thickened secretions

single cannula

300

this type of breathing involves deep inspiration and prolonged expiration. Helps empty air from lungs; commonly used for exercise tolerance in COPD patients

pursed lip breathing

300

How is drainage measured with a chest tube

marked on the collection device at the end of each shift.

400

Used to non-invasively treat respiratory failure, can titrate to wide rage of FiO2 for adults, children, and infants. Uses an air/oxygen blender up to 60L/min.

high-flow nasal cannula

400

provides positive pressure through leak proof mask keeping airway open; most effective treatment for sleep apnea, heart failure, and infants with underdeveloped lungs. FiO2 titrated 21-100%

CPAP

400

this tube has large or several openings in the posterior wall of the outer cannula. When the inner cannula is removed, allows speech, and airflow through upper airway and trach.

fenestrated

400

this means air under the skin, can be a complication of chest tube

subcutaneous emphysema

400

If a clients chest tube becomes disconnected from the drainage system, the nurse should

place the tube 2-4cm deep in a 250ml bottle of sterile water or normal saline

500

This fits loosely over the mouth and nose, and is used for short-term therapy. Contraindicated with patients who have CO2 retention. Delivers FiO2- 35-50%

simple face mask

500

Provides assistance during inspiration & prevents alveolar collapse during exhalation; increases air remaining in lungs during exhalation; also used to treat sleep apnea. FiO2 titrated 21-100%

BiPap

500

surgical incision into the trachea to manage the airway

tracheotomy

500

For a patient with a pneumothorax or pneumonia, the patient should be placed _________________ to promote oxygenation.

with the good lung down

500

Vigorous bubbling in the suction control chamber is an indicator that

the suction is too high

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