Patient Montoring Flashcards
What do we monitor
Saturation
Heart rate
Respiration rate
Temperature
Co2 levels
Bp
When should the patient be monitored
Before during and after
Look listen and feel
Look at patients colours and watch signs for hypoxia
Look at chest movement
Listen to breathe sounds
Audible breathe sounds
Place hand on patients chest or abdomen
How is the patient monitored
ECG
pulse oximeter
thermometer
Respiratory rate monitor
Blood pressure monitor
ECG
Visual display of electrical activity in the heart
Used normally a 3 lead ecg
However 12 can be used for more depth
Electrode placement
Triangle around heart to get the best heart activity
Red=right Under right clavicle
Yellow=left. Under left clavicle
Green=spleen. Over the lower left rib cage edge
Arrhythmia and examples
Abnormal cardiac rhythms or rates
Metabolic imbalances
Cardiac diseases
Hypoxia=low oxygen
Cardiac arrest
Poor electrode placement
Pulse oximetry
Measures arterial blood and oxygen saturation and heart rate
Allows detection of hypoxia
How does pulse oximetry work
Probe is attached and detects saturation of haemoglobin and pulse rate
Alarams can be set for low saturation levels
Monitor displays oxygen saturation as a percentage together with the pulse rate
Blood pressure description
Blood pressure highest when contracts= systolic
Lowest when relaxes diastolic
Bp affected by age bmi emotion physical fitness
Measuring blood pressure
We use a cuff with tube for inflation or deflation
Alarms can be send for high or low
Correct size for accurate readings
Should cover 80% of arms circumference
Invasive blood pressure monitoring
Central venous pressure
Arterial pressure
Arterial line
Cannula placed into artery
Measures pressure of actual artery
Provides systolic and diastolic and mean pressure
Central line
Sterile technique
Assessment of cardiac function
Allows iv access fast high volume fluid administration
Hypothermia and hypothermia
Hypothermia = below 35 degrees
Seen in very old or very young
Hyperthermia=greater than 40 degrees
Can lead to protein denature convulsions and death