Respiratory Assessment Flashcards
Factors affecting Respiratory Assessment
- Age
- Exercise
- Acid Base Balance
- Brain Lesions
- Increased Altitude
- Respiratory Or Cardiovascular Diseases
- Anemia
- Anxiety
- Medications
- Enviornmental Causes
- Acute Pain
Newborn respiratory rate…
30-55 breaths per minute
Adult respiratory rate…
12-20 breaths per minute
Acidosis results in…
hyperventilation
Brain lesions result in…
Cheyne-Strokes
Anemia results in…
decrease on O2 carrying hemoglobin, causes increase rate in respiration’s.
Anxiety increases the…
depth and rate; sighing type.
Medicines that affect respiratory rate…
narcotics, sedatives, general anesthetics
Respiratory interventions that can be done without a physician’s order…
- Positioning of head
- Cough and deep breathe
- Get up and move around
- Pursed lip breathing
This device helps to increase lung volume and inflation of alveoli and facilitates venous return
Incentive Spirometer
often ordered for patients having surgery, and the proper technique for using it should be practiced preoperatively.
Incentive Spirometer
Finds peak excretory volume, measures how much someone exhales, must be doctor ordered.
Peak Flow Meter
Routinely used for patients with moderate or severe asthma to measure the severity of the disease and degree of disease control.
Peak Flow Meter
How is a Peak Flow Meter used?
With the patient standing or sitting with the back positioned as straight as possible, the patient takes a deep breath and places the peak flow meter in the mouth, closing the lips tightly around the mouthpiece. The patient forcibly exhales into the peak flow meter, and an indicator on the meter rises to a number. The patient is asked to repeat this three times, and the highest number is recorded.
The Peak Flow Meter produces a measurement in ___________.
Liters
The Peak Flow Meter measurement indicates….
the maximum flow rate during a forced expiration.
sterile cup, sterile technique during a sputum for culture and sensitivity, 48 hours for final result to come. best done in the early morning, as food can alter results.
Pure Sputum Sample
Solution for preservatives, take sterile sample and dump into cup with formalin
Sputum for Sitology
quick palpate of the hand beforehand, measures the percent of O2 that is bound to hemoglobin, we rely on capillary flow, s a noninvasive technique that measures the arterial oxyhemoglobin saturation (SaO2 or SpO2) of arterial blood. The reported result is a ratio, expressed as a percentage, between the actual oxygen content of the hemoglobin and the potential maximum oxygen-carrying capacity of the hemoglobin
Pulse Oximetry
measurement of CO2 a person is exhaling, close to the face, if a person is not taking deep breaths, their CO2 level will rise
Capnography
note how long it takes to get the air out
Pursed Lip Breathing
encourage them to use belly muscles, have them cough out mucus
Abdominal Breathing
the procedure of puncturing the chest wall and aspirating pleural fluid. The pleural cavity is a potential cavity because it is normally not distended with fluid or air. The physician or other advanced practice professional can perform a thoracentesis at the bedside with the nurse assisting, or it can be performed in the radiology department.
Thoracentesis
is used to assess the position of the lungs, density of lung tissue, and identify changes in the tissue
Percussion
Frequently remind patients to perform effective coughing throughout the day. Develop a specific schedule for coughing on the patient’s plan of care. Coughing early in the morning after rising removes secretions that have accumulated during the night. Coughing before meals improves the taste of food and oxygenation. At bedtime, coughing removes any buildup of secretions and improves sleep patterns. For a patient who is unable to cough voluntarily, manual stimulation over the trachea and prolonged exhalation can be helpful. If neither of these methods is successful, mechanical endotracheal suctioning with a catheter may be necessary.
Voluntary Coughing
often accompanies respiratory tract infections and irritations. Many times respiratory infections lead to the production of respiratory secretions. These secretions can trigger the cough mechanism. When the cough is productive, it helps clear the airway. However, when the cough is nonproductive, it can be fatiguing and irritating. Medications may control involuntary coughing
Involuntary Coughing