2. At the completion of this lecturer the students
will be able to:
Define Vital Signs.
Define terms related to Vital signs.
Identify ways that affect heat production and
heat loss in the body.
Define types of body temperature according
to its characteristics.
3. Identify the sign and symptoms of fever.
Discuss the normal ranges for
temperature,
pulse, respiration and blood pressure.
List the factors affecting temperature,
pulse, respiration.& BP.
Describe the characteristics of pulse and
respiration.
4. Introduction:
Vital signs are sign of life which used in
measurement the level of health
Vital signs are objective data to determine
the health status of a persons /pts
Vital signs reflect the body’s physiologic
status and provide information critical to
evaluating homeostatic balance.
5. To obtain base line data about the patient
condition.
for diagnostic purpose.
For therapeutic purpose.
6. Vital sign tray
Stethoscope, BP apparatus
Thermometer
Second hand watch
Red and blue pen, Pencil;
Vital sign sheet
Cotton swab in bowel
Disposable gloves if available
kidney tray
7. On admission – to obtain baseline
According to nursing or medical order
Before and after the administration of certain
medications that could affect vital signs
Before and after surgery procedures
Before and after any nursing intervention that
could affect the vital signs. (Ambulation)
According to hospital /other institution policy.
8. Vital signs are includes .
1.Body temperature
2.Pulse rate
3. Respiration rate
4.Blood pressure
5th one is pain
9. it is the hotness or coldness of the body.
It is the balance b/n heat production &heat
loss of the body.
Thermogenesis: heat production by
(chemical regulation or metabolisms)
Thermolysis : heat lose by (physical
regulation)
The regulatory center of the body
temperature is hypothalamus .
10. 1:Oxidation of food:
1gm . carbohydrates 4k calorie
1 gm. of protein 4 k calorie
1gm .of fat 9 k calorie
2: specific dynamic action of food
specific dynamic action of carbohydrates 5-6%
specific dynamic action of protein 30%
specific dynamic action of fat 4%
11. 1:Through skin:
a. Conduction :3%(transfer of heat from hot part
to the cold ) ie. chair ,bed .
b. conviction: 15% due to contact with air
movement
c. Radiation: 60% direct contact ,
d. Evaporation 22%
Through lungs
Through kidney
Through GIT
12. 1 Oral route (by mouth)
Normal oral. 37 0C or 98.6 0F
Duration 2-3 mint
Contraindication:
psychiatric patient
Mouth trauma/surgery case
Infant / children
2:Axila route
Normal axilla temperature37.5 0C or 99.6 0F
13. it is the best route for infants and children
Duration :5 mint
3: Rectal temperature
Most rare method in Pakistan
Normal Rectal temperature 37.5C 99.6F
Position leftletral
Duration 2 mint
15. Before taking temperature:
with moist or wipe swab bulb to stem
After taking temperature :
with dry swab wipe stem to bulb
16. Pyrexia, fever or febrile
Hyperpyrexia/hyperthermia
(41,C -42 c 104-105.5F)
Hyperpyrexia/hypothermia
(34 C – 35 C, 95F-94F)
17. 1:Intermittent fever -alternate body
temperature at regular intervals.
2: Remittent fever- wide range of
temperature fluctuation occur over the 24hrs.
3: Relapsing fever - short febrile periods few
days then normal (1-2 days )
4: Constant fever - continuous & also called
persistent fever .
18. Monitor vital signs accordingly •
Provide cool sponging.
Assess skin color and temperature
Monitor laboratory results for signs of
dehydration or infection
Remove excess blankets when the client
feels warm
Provide adequate drink/fluid intake,
19. Reduce physical activity
Administer antipyretic as ordered
Provide oral hygiene
Provide dry clothing and bed linens
Measure intake and output record
20. Provide warm environment
Provide dry clothing
Apply warm blankets
Keep limbs close to body
Cover the client’s scalp
Supply warm oral or intravenous fluids
Apply warming pads
21. Pulse :
Pulse is a wave of blood created by the
contraction of left ventricle.
pulse reflects the heart beat.
22. Peripheral pulse : is a pulse located in the
periphery of the body.
Apical pulse: is a central pulse located at the
apex of the heart.
23. 1Temporal:
located, between the upper, lateral part of the
eye
2. Carotid- at the side of the neck
3. Apical- at the apex of the heart.
4. Brachial- at the anterior part of the arm
5. Radial – located at the wrist (anterior part),
along with the thumb. It is where the radial
artery is located.
24. 6. Femoral – at the inguinal ligament, the
femoral artery is located.
7. Popliteal- at the popliteal region, located at
the back of the knee
8. Posterior Tibial- at the medial aspect of the
ankle, it is where the posterior tibia artery is
located
25. 9. Dorsal is Pedi's: where the dorsal is Pedi's
artery passes over the bones of the foot, at
the space between the big toe and the 2nd
toe.
26. When assessing the pulse, there is a need to
take note of the following
1. Rate referred to (tachycardia/ Bradycardia
2. Rhythm (is the patterns or interval
between the beats.)
3. volume (the force of blood with each beat )
bounding/full; weak/feeble/ thready pulse
5. presence or absence of bilateral equality.
27. Age Average Range
New born -1
month
130/min 80-180
1 year 120/min 80-140
2 years 110/min 80-130
6 years 100/min 75-120
10 years 70/min 50-90
Adult 80/min 60-100
28. Scale Description of pulse
0 Absent
1 Thready or weak
2 Normal ,detected
readily, obliterated
By strong pressure.
3 Bounding difficult to
29. 1. Age
2. Gender - man’s pulse rate is slightly lower
than the female
3. Exercise
4. Fever- pulse rate increases when metabolic
rate increases
5. Medications
6. Hemorrhage- loss of blood increase pulse
rate
7. Stress
30. Is the act of breathing; It includes the intake of
oxygen and the output of carbon dioxide.
The respiration rate is the number of breaths a
person takes per minute..
31. Inhalation or inspiration- the act of intake of air
into the lungs
Exhalation or expiration- the act of breathing
out of gases from the lungs to the environment
Ventilation- movement of air in and out from
the lungs
Hyperventilation- refers to very deep and
rapid ventilation .
Hypoventilation- refers to very shallow
respiration
32. 1. Costal or thoracic breathing .
2. Diaphragmatic or abdominal breathing.
33. Age Average Range
Neonate 35 b/m 30-80 b/m
1 year 30 b/m 20-40 b/m
2 years 25 b/m 20-30b/m
8 years 20 b/m 15-25b/m
16 years 18 b/m 15-20b/m
Adult 16 b/m 12-20b/m
34. Respiratian is normally described in breaths
per minute
Types of respiration:
Eupnoea- Normal Breathing
Bradypnea- Abnormally slow breath
Tachypnea Abnormally fast
Apnea- interruption of breathing
Dyspnea- difficulty in breathing ◦
Orthopnea- ability to breath in an upright
position
35. Age Average Range
New born -1
month
35 b/m 30-80 b/m
1 year 30 b/m 20-40 b/m
2 years 25 b/m 20-30b/m
8 years 20 b/m 15-25b/m
16 years 18 b/m 15-20b/m
Adult 16 b/m 12-20b/m
37. Blood pressure is the pressure exerted on
the artery walls by circulating blood
(BP is the force exerted by the blood against
the walls of the blood vessels )
38. Systolic pressure: is the maximum of
the pressure against the wall of the
vessel follows ventricular contraction.
Diastolic pressure is the minimum
pressure of the blood against the walls of
the vessels following closure of aortic
valve (ventricular relaxation).