- Name (String) 1..1
100
Name of the person
- National Patient Identifier (Identifier) 1..1
110
National Patient Identifier, here: Dutch Burgerservicenummer
- Date of birth (Date) 1..1
120
Date of birth
- Gender (Code) 1..1
130
Gender
Vital signs 1..1 20
Vital signs
- Body height 0..1
210
Body height
- Identification (Identifier) 1..1
2100
Identification
- Result measurement (Quantity) 1..1
2110
Results measurement
- Date (Date/time) 1..1
2120
Date
- Comments (String) 1..1
2130
Comments
- Body height, lying 0..1
220
Body height, lying
- Identification (Identifier) 1..1
2200
Identification
- Result measurement (Quantity) 1..1
2210
Results measurement
- Date (Date/time) 1..1
2220
Date
- Comments (String) 1..1
2230
Comments
- Body weight 0..1
230
Body weight
- Identification (Identifier) 1..1
2300
Identification
- Result measurement (Quantity) 1..1
2310
Results measurement
- Date (Date/time) 1..1
2320
Date
- Comments (String) 1..1
2330
Comments
- Result measurement (String) 1..1
2340
Results measurement
- Heart rate 0..1
240
Heart rate
- Identification (Identifier) 1..1
2400
Identification
- Result measurement (Quantity) 1..1
2410
Results measurement
- Date (Date/time) 1..1
2420
Date
- Explanation (String) 1..1
2430
Explanation
- Result measurement (Code) 1..1
2440
Results measurement
- Heartbeat regularity (Code) 1..1
2445
Heartbeat regularity
- Respiratory rate 0..1
250
Respiratory rate
- Identification (Identifier) 1..1
2500
Identification
- Result measurement (Quantity) 1..1
2510
Results measurement
- Date (Date/time) 1..1
2520
Date
- Comments (String) 1..1
2530
Comments
- Blood pressure 0..1
260
Blood pressure
- Identification (Identifier) 1..1
2600
Identification
- Systolic blood pressure (Quantity) 1..1
2610
Systolic blood pressure
- Diastolic blood pressure (Quantity) 1..1
2612
Diastolic blood pressure
- Mean blood pressure (Quantity) 1..1
2614
Mean blood pressure
- Date (Date/time) 1..1
2620
Date
- Explanation (String) 1..1
2630
Explanation
- Method of measurement (Code) 1..1
2640
Method of measurement
- Cuff (Code) 1..1
2650
Cuff
- Localisation of measurement (Code) 1..1
2660
Localisation of measurement
- End-diastolic pressure (Code) 1..1
2670
End-diastolic pressure
- Position (Code) 1..1
2680
Position
- O2 Saturation 0..1
270
O2 Saturation
- Identification (Identifier) 1..1
2700
Identification
- Result measurement (Quantity) 1..1
2710
Results measurement
- Date (Date/time) 1..1
2720
Date
- Explanation (String) 1..1
2730
Explanation
- Supplemental oxygen (Boolean) 1..1
2740
Supplemental oxygen
- Pulse 0..1
280
Pulse
- Identification (Identifier) 1..1
2800
Identification
- Result measurement (Quantity) 1..1
2810
Results measurement
- Date (Date/time) 1..1
2820
Date
- Explanation (String) 1..1
2830
Explanation
- Pulse regularity (Code) 1..1
2840
The normal pulse rhythm is regular, meaning that the frequency of the pulsation felt by your fingers follows an even tempo with equal intervals between pulsations. If you compare this to music, it involves a constant beat that does not speed up or slow down, but stays at the same tempo. Thus, the interval between pulsations is the same.
However, sinus arrhythmia is a common condition in children, adolescents, and young adults. Sinus arrhythmia involves an irregular pulse rhythm in which the pulse rate varies with the respiratory cycle: the heart rate increases at inspiration and decreases back to normal upon expiration. The underlying physiology of sinus arrhythmia is that the heart rate increases to compensate for the decreased stroke volume from the heart’s left side upon inspiration.
- regular
- irregular
- regular
- irregular
- Body temperature 0..1
290
Body temperature
- Identification (Identifier) 1..1
2900
Identification
- Result measurement (Quantity) 1..1
2910
Results measurement
- Date (Date/time) 1..1
2920
Date
- Explanation (String) 1..1
2930
Explanation
- Method of measurement (Code) 1..1
2940
Method of measurement
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