The client’s vital signs are the body’s indicators for health.
Usually when a vital sign (or signs) is abnormal, something is wrong in at least one of the body systems.
Provides data that reflects the status of the several body systems.
Vital Signs:
Pulse
Respirations
Bloodpressure
Temperature
Pain – fifth vital sign
Measure the temperature first, followed by pulse, respirations, and bloodpressure.
TEMPERATURE
For the body to function on a cellular level, a core body temperature between 36.5 C to 37.7 C (96 F to 99.9 F) must be maintained.
It can be taken in different anatomic sites and none are completely accurate.
Factors causing normal variations in body temperature:
Exercise
Stress
Ovulation
Body temp is lowest early in the morning (4:00 to 6:00 am) and highest at night (8:00 pm to midnight)
Hypothermia
body temp lower than 36.5 C or 96 F
(seen in prolonged exposure to cold, hypoglycemia, hypothyroidism, or starvation).
Hyperthermia
higher than 38.0 C or 100F
(seen in viral or bacterial infxn, malignancies, trauma, and various blood, endocrine, and immune disorders.
Older adult temperature:
range from95.0°F to 97.5°F. Therefore, the older client may not have an obviously elevated temperature with an infection or be considered hypothermic below 96°F.
PULSE
A shock wave is produced when the heart contracts and forcefully pumps blood out of the ventricles into the aorta.
The shock waves travel along the fibers of the arteries and are commonly called the arterial peripheral pulse.
Types of Pulses
Carotid
Brachial
Apical/ Central Pulse
Radial Pulse
Femoral
Popliteal
Posterior Tibial
Pedal pulse (dorsalis pedis)
PULSE ASSESSMENT •
1. Rate -number of beats/minute
60 -100-normal
Pregnant -90 but not greater than 100
Less than 60 -bradycardia (near death, late sign of shock, elderly)
Regular or Irregular/ Arrythmia / Dysrhytmia (skip beats, smoking)
Note: for cardiac patient & initial Assessment: • take PR for 1 full minute; for normal client & successive taking of PR -15 seconds x 4
3. Amplitude/ Volume/Depth -Strength of heart contraction ; force of blood with each beat; For peripheral pulse only
Grading of Pulse Strength
0 - absent; dead
1 - weak; thready; feeble (EASY TO OBLITERATE)
2 - normal pulse; pulse can be easily taken (OBLITERATE WITH MODERATE PRESSURE)
3 - full, increased pulse
4 - bounding, strong/ bounding ((UNABLE TO OBLITERATE OR REQUIRES FIRM PRESSURE)
PULSE ASSESSMENT
Equality- both pulses/ present on both sides of the body
PULSE ASSESSMENT
Elasticity-reflects expansibility or its deformities - Normal-smooth, straight, soft, and pliable
PULSE DEFICIT
difference between apical and radial pulse taken simultaneously
taken by two nurses or 1 nurse only
normal pulse deficit = 0
if w/ deficit -bleeding or obstruction
BLOOD PRESSURE
force or pressure exerted on arterial wall every contraction of the heart
FACTORS AFFECTING BP
Age
Stress
Exercise
Race
Obesity
Gender = Females – lower after puberty but higher after menopause
Medications
Diurnal variations – lower in am and higher in the afternoon
• Disease process
2 COMPONENTS OF BP
Systole - heart contraction
Diastole - heart relaxation
Normotensive - systole of less than 120 mm Hg and diastole of less than 80 mm Hg.
Hypotensive – Systole less than 90 mmHg; diastole less than 60 mmHg
Hypertensive – Systole greater than 140 mmHg; diastole less than 60 mmHg
PULSE PRESSURE
difference between systolic and diastolic pressure
Normal PP: 30-40 mm HG
PULSE PRESSURE
Identifying Korotkoff’s Sounds
P1 - sharp tapping sound—SYSTOLE
P2 - muffled, swooshing, or swishing
P3 - thumping but softer than P1
P4 - muffled, soft blowing
P5 - last sound to be heard followed by silence- DIASTOLE
Errors in BP Taking
Arm unsupported
Insufficient rest before assessment
Assessing immediately after smoking, in pain, or meal
Failure to use the same arm consistently inconsistent measurements
Failure to identify auscultatory gap systolic and low diastolic
Repeating Assessment too quickly- low diastolic and high systolic
Assessing Orthostatic Hypotension
results from peripheral vasodilation causing blood to leave central/organs such as the brain, and heart towards the periphery
Place client in supine position for 2-3mins
Take BP & RR
Assist client to sit or stand
After 1 min, take BP or PR
PR increase of 40 beats/min & drop of 30mmHg in BP results to abnormal orthostatic vital signs
RESPIRATION
the act of breathing (automatic/effortless)
controlled by:
(a) respiratory centers in the medulla oblongata and pons
(b) chemoreceptors located centrally in the medulla and peripherally in the carotid and aortic bodies
TYPES OF BREATHING
Costal/thoracic -uses external intercostals muscles and other accessory muscles such as sternocleidomastoid muscles; can be observed by upward and outward movement of the chest
Diaphragmatic/abdominal - involves the contraction and relaxation of the diaphragm observed by movement of the abdomen
Pursed Lip Breathing -inhale and exhale in pursed lip; prolongs EXPIRATION to expel excess CO2 in the lungs; for patient with COPD
ASSESSMENT OF RESPIRATION
Rate- number of respiration per minute
TERMINOLOGIES (RESPIRATION)
EUPNEA -normal breathing
TACHYPNEA - quick, swallow breaths
BRADYPNEA -slow breathing
APNEA - absence of breathing
Note: for bradypnea —never give narcotic analgesics- cause CNS and respiratory depression
ASSESSMENT OF RESPIRATION
2. Rhythm- regularity or pattern of Respiration
HYPERVENTILATION
overexpansion of the lungs characterized by rapid and deep breaths (air hunger)
HYPOVENTILATION
under expansion of the lungs characterized by shallow, slowrespirations.
Kussmaul Respiration
rapid breathing, a type of hyperventilation
Cheyne Stokes Respiration-
rhythmic waxing & waning of respiration from very deep to very swallow and temporary apnea
Biot’s Respiration
period of Normal breathing (3-4 breaths) followed by a varying period of apnea (10 sec-1minute)
Apneustic Respiration-
prolonged in halation followed by short exhalation
CNS problem, asthma
ASSESSMENT OF RESPIRATION
3. Character/ Quality-aspects of breathing that are different from normal, effortless breathing
DYSPNEA
difficulty breathing
Mngt: Semi fowler’s or High Fowler’s
Orthopnea
DOB when lying; common inpatients with asthma and emphysema;
Mngt: Orthopneic Position
Breath Sounds
Stridor - shrill harsh sound heard during Inspiration caused by laryngeal spasm, edema, or obstruction
Breath Sound
Wheeze - musical, squeaky, whistling sound caused by narrowing of bronchioles during EXPIRATION initially