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Chapter 31 CMA
Vital Signs
Question\Term | Answer |
---|---|
Apnea | Absence or cessation of breathing |
Arrhythmia | Abnormality or irregularity in heart rhythm |
Arteriosclerosis | Thickening decreased elasticity and calcification of arterial walls |
Bounding | A pulse that feels full because of increased power of cardiac contraction or as a result of increased blood volume |
Bradycardia | a slow heartbeat |
Bradypnea | slow respirations |
cerumen | ear wax |
copd | diminished lung capacity irreversible |
diurnal | rhythm pattern of activity or behavior that follows a day to night cycle |
dyspnea | difficulty or painful breathing |
ESSENTIAL hypertension | elevated BP of unknown cause or apparent reason called PRIMARY hypertension |
febrile | ELEVATED Temperature |
Homeostasis | Body functions in balance |
Hyperpnea | increase in depth of breathing |
Hypertension | HIGH BP |
Hyperventilation | Prolonged and deep breathing |
Hypotension | BP that is BELOW normal (S under 90, D under 50) |
Intermittent pulse | pulse skips beats |
orthopnea | when someone has to sit or stand to breath comfortably |
Orthostatic hypotension | Temporary fall in BP when the person rapidly changes from a sitting position to a standing position |
otitis external | inflammation or infection of the ears |
peripheral | the area outside of or away from an organ or structure |
pulse deficit | the RADIAL pulse is less than the APICAL pulse |
pulse pressure | difference between Systolic and Diastolic BP |
pyrexia | febrile or fever |
rales | abnormal crackling breath sound during respiration |
rhonchi | abnormal rumbling sounds o expiration |
secondary hypertension | elevated BP resulting from another condition(KIDNEY disease) |
sinus arrhythmia | irregular heartbeat that originates in the sinoatrial node(PACEMAER) |
spirometer | instrument that measures the volume of air inhaled and exhaled |
stertorous | snoring sound |
syncope | fainting |
tachycardia | heart rate over 100 beats per minute |
thread | a pulse that is scarcely visible |
wheezing | high pitched sound on expiration |
pulse rate | varies with age of patient |
what does pulse volume do? | reflects the strength of the heart when it contracts |
What do arterial plaques narrow? | The lumen in the blood vessels, which increases BP. |
Aging increases? | The risk of Arteriosclerosis, which increases BP. |
Overweight or obese patients | are at greater risk of elevated BP |
Patient can faint if the BP ? | drops suddenly when the position is changed quickly |
Systolic | top number |
Diastolic | bottom number |
Caffeine | A stimulant |
caffeine | causes a temporary change in Vital signs |
Trapped air in the BP cuff between readings can cause? | An artificial increase in the BP reading |
To convert IBS to KG | divide # of IBS by 2.2 or X # of IBS by 0.45 |
To convert KG to IBS | X # of KG by 2.2 |
Patient with diabetes must have? | Their weight monitored so that the effectiveness of treatment can be determined |
Stethoscope Bell | used only with young pediatric patient |
Any item that comes in contact with potentially infectious waste must be? | Disposed of in a biohazardous waste container |
Cigarette smoking | Temporarily increases Vital signs |
Diurnal rhythms affect? | Vital signs |
Newborns tend to have lower | normal ranges for body temperature |
In healthy patients | the younger the patient the faster the heart rate |
Athletes can have a healthy pulse rate___60 beats per minute because of the increased strength of the myocardium. | Below |
The most accurate method of recording the pulse is | the 60 second Apical pulse measurement |
Internal respiration is the | exchange of gases at the cellular level |
Respiratory homeostasis is | controlled in the brains respiratory center |
The MA should try to observe the patients breathing without | the patients knowledge, because the breathing rate can be altered voluntarily |
Cardiac cycle | A complete heartbeat |
Viscosity | refers to the level of the thickness of the blood |
Shivering | causes an increase in the body temperature because of the energy being released |
The temporal artery temperature and rectal methods | provide the most accurate reflection of core infant temperatures |