Neuro
Cardiac
Respiratory
Pulse
Misc.
100

Asking the patient their name, the date, and their location is to assess

Orientation

100
The last sound heard when taking a blood pressure is the

Diastolic Blood Pressure

100

Vital sign measured by observing chest wall movement

Respiratory rate

100

Documentation of a heart rate of 120 in a 40 year old patient

Tachycardia

100

We begin the head to toe assessment with this system

Neuro

200

Skin color, temperature, pulses and pain are part of this assessment

Neurovascular

200

5th Intercostal space at the left midclavicular line is this cardiac auscultation location

Apex/Apical/PMI/Mitral

200

Location in the lungs (either left or right) where we begin auscultation

Apex

200

Pulse site assessed in an emergency

Carotid

200

Collecting data about physical features

Inspection

300

A score lower than 3 on this scale indicates severe brain injury

Glasgow Coma Scale

300

With good perfusion, this should be less than 3 seconds

Capillary refill

300

Wet popping sounds

Crackles

300

Proper grade of a pulse that is full and bounding

4+

300

"Blood pressure 140/70" or "skin warm, dry and pink" are examples of this type of data

Objective

400

PERRLA

Pupils Equal Round Reactive to Light and Accomodate

400

Systolic blood pressure is noted to be when this occurs

the first sound is heard

400

Ominous high pitched crowing sound indicative of upper airway obstruction/swelling

Stridor

400

The difference between apical heart rate and radial pulse rate

Pulse defecit

400

Fear or pain could cause this alteration to blood pressure

Hypertension

500
The body's thermostat, or the area that controls temperature regulation is the

Hypothalamus

500

A regular size cuff on an obese patient will result in a blood pressure reading that is

falsely elevated

500

A find of the skin that requires emergency intervention to breathing

Cyanosis

500

Pulse site located behind the knee

Popliteal

500

When applying pressure to a tender area, a sharp increase in pain on release of pressure would be documented as

Rebound Tenderness