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Chapter 12


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[Front]


When measuring vital signs what can happen?
[Back]


a change in one has the potential to alter the others

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When measuring vital signs what can happen?
A change in one has the potential to alter the others
When measuring vital signs what can happen?
A change in one has the potential to alter the others
When measuring vital signs what can happen?
A change in one has the potential to alter the others
Ausculate
Listen for sounds within the body to evaluate the condidion
What are the guidelines for obtaining vital signs?
Measuring them correctly, understanding & interpreting the values, communicating findings appropriately, beginning interventions as needed
High temperature
Body can be fighting off infection
High B/P
Patient can be prone to having a stroke
What is the 5th vital sign?
Pain or comfort level
2 types of body temperature
Core temp & surface temp
Core temp
Deep tissue of the body; remains relatively constant
Surface temp
Temperature of the skin
Hypertension
High blood pressure
Fever
A body defense mechanism
What happens when the body temp is elevated?
Helps destroy invading bacteria
Radial Pulse Rate
Is obtained at the radial artery thumb
Remittent
Fluctuates, does not return to normal until feeling better
Intermittent
Rise/falls to normal everyday ex: normal in the morning & spikes in the after noon
Apical pulse
Actual beating of heart
Lub-Dub
One cardiac cycle
Internal resperation
Gas exchange on tissue level
Paracentesis
Fluid out of the lungs
Apnea
Stopped breathing
How frequently are vital signs measured?
Depend on the nurse's judgment of the need
Neonate Heart Rate
120-160 per minute
Neonate Resp. Rate
36-60 per minute
Neonate B/P
Systolic 20-60
Infant B/P
Systolic 70-80
Toddler B/P
Systolic 80-100
School Age B/P
Systolic 90-100 Diastolic 60-64
Adolescent B/P
Systolic 100-120 Diastolic 70-80
Adult B/P
Systolic 100-120 Diastolic 70-80
Older Adult B/P
Systolic 130-140 Diastolic 90-95
Temperature
A relative measure of sensible heat or cold of 98.6 which is considered normal
Where is the hypothalamus located?
In the brain and forms the floor & part of the lateral wall of the third ventricle
Pyrexia, febrile & hyperthermia
Used to describe the condition of having above-normal body temperature
Temperatures exceeding 105
Have the potential to damage normal body cells
What are fever classified as?
Constant, intermittent, & remittent
Constant fever
Remains elevated consistently and fluctuates very little
Hypothermia
Body temperature is abnormally low
Hypothyroidism
Produce a subnormal temperature
Factors that affect body temperature
Age, exercise, hormonal influences, diurnal (daily) variations, stress, environment, ingestion of food & hot & cold liquids, & smoking
What are some signs & symptoms of elevated body temp?
Anorexia, disorientation, elevated pulse/respirations, warm skin, headache, irritability,thirst
Tympanic
Temperature by scanning the tympanic (eardrum) membrane
What are the instructions for tympanic probe positioning?
Gently tug ear pinna upward and back for an adult, down and back for a child
Stethoscope
An instrument that is placed against the patient's chest or back to hear heart & lung sounds
Cultate
Listen for sounds within the body to evaluate the condition of heart, lungs, pleura, intestines, or other organs or to detect fetal heart tones
Oral temp
Most accessible site; comfortable for patient; necessitates no position change
Rectal temp
Argued to be more reliable when oral temperature cannot be obtained
Axilla temp
Safe method because noninvasive
Tympanic Temperature
Noninvasive, accurate, safe; provides core reading
Temporal artery temp
Provides core temperature; rapid, noninvasive method; tolerated well by children; lessens need to handle newborns, which aids in preventing heat loss
Pulse
A rhythmic beating or vibrating movement
What does pulse signify?
The regular recurrent expansion and contraction of an artery produced by the waves of pressure that are caused by the ejection of blood from the left ventricle of the heart as it contracts
Tachycardia
Pulse is faster than 100 beats per minute
Bradycardia
Pulse slower than 60 beats per minute
Hypovolemia
An abnormally low circulating blood volume
What may cause tachycardia?
Shock, hemorrhaging, exercise, fever, medication, or substance abuse, and acute pain
What may cause bradycardia?
Unrelieved severe pain; stimulates the parasympathetic nervous system, which slows the heart rate
Dysrhythmia
Any disturbance or abnormality in a normal rhythmic pattern, specifically, irregularity in the normal rhythm of the heart
Imperceptible
A pulse you are unable to feel at all
What do you do when taking the pulse?
Note the rate, the rhythm, and the volume or strength of the pulse
Factors that influence pulse rates
Acute pain/anxiety, age, exercise, fever/heat, hemorrhage, medications, metabolism, postural changes, pulmonary conditions, unrelieved severe pain/chronic pain
Thready pulse (1+)
Difficult to feel; not palpable when only slight pressure applied