2. DEFINITION OF RADIAL PULSE
Pulse of the radial artery(felt in the wrist).
It is typically taken by applying finger pressure
to the inner wrist and counting the heartbeats.
Most common form of checking a pulse.
Measuring the pulse provides information on
the regularity of heartbeat(heart rhythm) and
indication of strength of heart contraction.
3.
4. ASSESSING RADIAL PULSE
Left ventricle contracts causing a wave of
blood to surge radial arteries called radial
pulse.
Felt by palpating lightly against underlying
bone or muscle.
5. Radial pulse is felt by light compression of the
radial artery over the lower end of radius, in
front of the wrist.
The wrist should be relaxed to get a good
pulse.
Sometimes the radial artery may be aberrant
and felt in the anatomical snuff box, on the
lateral aspect of the wrist, just distal to the
radius.
6. It is mandatory to check therefore concluding that
the radial pulse is absent.
Radial pulse is assessed further by a method
known as trisection or Osler’s manoeuver
(compression using three fingers).
Compression by the first and last fingers occludes
flow from radial artery and retrograde flow from
ulnar artery through palmar arch.
This helps us to assess the vessel wall thickness,
which is done by the middle finger.
7.
8. PROCEDURE
Wash hands/hand hygiene. Reduces
transmission of microorganisms.
Inform the patient where pulse will be
measured.
Make sure the patient’s heartbeat is at its
resting rate.
Straighten the patient’s elbow and face the
inside of his/her wrist upward.
9. Position the index and middle finger of your
dominant hand so the tips of the two fingers
align.
Ask the patient to form a fist.
With the help of your finger tips, apply
pressure on patient’s wrist till you feel his/her
pulse.
Count the number of heartbeats in 30
seconds.
10. To obtain the patient’s pulse multiply the
number with 2.
Continue for 1 minute if the patient’s heartbeat
is irregular.
Record the medical result in the patient’s
medical chart as per instructions.
At last wash your hands again in order to
prevent spreading of infection.
11.
12. RATE & RHYTHM
Normal: 60-100 bpm , average 80 bpm.
Tachycardia: greater than 100 bpm.
Bradycardia: less than 60 bpm.
Rhythm: the pattern of the
beats(regular/irregular)
In addition to gender and age, exercise,
medications, decrease in oxygen saturation,
blood loss, body temperature can all influence
a patient pulse rate.
13. AGE HEART RATE (BEATS/MIN)
INFANTS 120-160
TODDLERS 90-140
PRESCHOOLERS 80-110
SCHOOL AGERS 75-100
ADOLSCENTS 60-90
ADULTS 60-100
NORMAL HEART RATE
14.
15. OUTLOOK
Assessing radial pulse rate assess the rhythm,
strength, and rate of a patient’s peripheral pulse
provides valuable information about the
cardiovascular system.
The rhythm of the pulse is usually regular,
reflecting the time interval between each
heartbeat.
The strength of the pulse correlates with the
volume of blood being ejected against the arterial
walls with each contraction of the heart.
16. Pulse strength is usually described as absent,
weak, diminished, strong, or bounding.
If blood volume decreases, the pulse is often
weak and difficult to palpate.
If blood volume increases, the pulse is often
bounding and easy to palpate.
Although peripheral pulses are palpable at a
variety of body sites, the radial pulse is the easiest
to access and is therefore the most frequently
checked peripheral pulse.
17. Assessment of other peripheral sites, such as the
carotid or femoral pulses, is not usually part of
routine vital-sign measurement.
Clinicians typically access these sites when
performing a complete physical examination.
When they cannot palpate peripheral pulses, they
use a Doppler ultrasound stethoscope to confirm
the presence or absence of the pulse.