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Fund - vital signs
Lecture 5
Question | Answer |
---|---|
assessment of temperature, pulse, respiration, and blood pressure | vital signs |
physiological balance between the heat produced in the body tissues and the heat lost | temperature |
temperature is produced by _______ activity | metabolic |
normal temperature is | 98.6 degrees F or 37 degrees C + or - 1 degree |
symptoms of a fever | -increased pulse rate -increased respiration -discomfort -aching -flushed dry skin, heat, and chills |
methods to take temperature | -oral, axillary, rectally, tympanic, temporal |
mouth under tongue | oral |
underarm -.5-1 | axillary |
rectally + .5-1 | rectally |
(ear) electronic thermometer displays a accurate reading in 3 seconds - 97.6 | tympanic |
electronic over the temporal artery normal adult 100.1 | temporal |
when is oral temperature not appropriate | unconscious patients or patients who have had hot or cold beverages |
rhythmic throbbing caused by expansion and contraction of an artery | pulse |
a pulse is a measurement of | the heartrate |
average pulse for an infant | 115-130 |
average pulse for an adult | 70-80 |
average pulse for the elderly | 50-60 |
rapid heart rate > 100 bpm | tachycardia |
slow heart rate < 60 bpm | bradycardia |
rate of pulse | normal, fast, or slow |
rhythm of pulse | regular or irregular |
record pulse as | P-80 |
sites for pulse | arteries - temporal, carotid, brachial, popliteal, pedal, apical, radial, femoral, posterior tibeal |
Pulse equipment needed: watch with ______ hand use your _____ or _____ finger count for ____ seconds x 2 = 1 minute if irregular count for ____ seconds ____ pulse used most often to access pulse | second; middle or fourth, 30; 60; radial |
non invasive measuring tool used to assess the hemoglobin, oxygen saturation or arterial blood as well as the patient's pulse | oximeter |
normal oxygen saturation rates | 95-100% |
exchange of 02 and C02 between the external invironment and circulating blood | respirations |
the respiration cycle includes | inspiration and expiration |
average adult respirations per minute | 12-20 |
average infant respirations per minute | 30-50 |
record respirations as | R-20 |
count respirations for ____ seconds, abnormal for ___ seconds, do after checking ______ | 30;60; pulse |
respiration rate observations | slow, normal, rapid |
respiration depth observations | deep, normal, shallow |
respiration quality observations | easy, labored |
respirations pattern observations | regular, irregular |
respirations sound observations | quiet, noisy, rattled |
indicates lack of oxygen in tissues, looking for bluish skin around mouth, gums, and nail beds | cyanosis |
difficulty breathing | dyspnea |
COPD | chronic obstructive pulmonary disease |
absence of breathing | apnea |
too much 02, not enough C02 | hyperventilation |
short, bubbly sound | rales |
abnormal pattern of breathing characterized by cyclical hyperventilation and apnea | cheyne-stokes |
force of blood exerted against arterial wall as it is pumped by the heart, read in mmHg | blood pressure |
greatest pressure exerted against arterial wall during contraction of the ventricle | systolic |
lowest pressure exerted against arterial wall during relaxation of the left ventricle | diastolic |
normal systolic range of blood pressure | 90-120 |
normal diastolic range of blood pressure | 60-80 |
normal blood pressure | 120/80 |
blood pressure varies with | age, sex, and physical condition |
high blood pressure > 140/90 | hypertension |
low blood pressure < 95/60 may be from shock or loss of blood | hypotension |
used to measure blood pressure | sphygomomanometer |
what artery is used to measure blood pressure | brachial artery |
portable cuff | aneroid guage |
listening for pulse beat to begin | systolic reading |
listening for pulse beat to disappear | diastolic reading |
diffusion or transportation of 02 and C02 | oxygen therapy |
portion of the blood containing the RBC that transport 02 to tissues | hemoglobin |
inadequate O2 supply | anoxia |
inadequate O2 in the blood | hypoxemia |
partial pressure of CO2 in arterial blood | PaCO2 |
partial pressure of O2 in arterial blood | PaO2 |
oxygen saturation of arterial blood | SaO2 |
serum bicarbonate | HCO3 |
percent methemoglobinemia | %MetHb |
percent carboxyhemglobinemia | %C0HB |
Low pH | acidosis |
high pH | alkalosis |
normal pH range | 7.35-7.45 |
low pCO2 | alkalosis |
high pCO2 | acidosis |
normal pCO2 range | 35-45 |
low HCO3 | acidosis |
high HCO3 | alkalosis |
normal HCO3 range | 22-26 |
low pO2 | hypoxemia |
high pO2 | O2 therapy |
normal pO2 range | 80-100 |
low SaO2 | hypoxemia |
normal SaO2 range | 95-100% |
true or false oxygen therapy can be given with no doctor order | false it must be ordered by a physician |
oxygen therapy was listed as a drug by the FDA in _____ | 1962 |
wall outlet oxygen therapy ___-___ PSI | 60-80 |
oxygen tanks hold _____ PSI | 2000 |
flow rate for oxygen therapy is measured in | liters/minute |
part O2 from tanks, part from room air O2 system | low flow O2 sytem |
most common O2 sytem | nasal cannula |
how many LPM is usually used by patient using an O2 system | 1-4 LPM |
simple, partial rebreathing O2 system, require greater than 6 LPM | face mask |
bags serve as reservoirs for O2 | nonrebreathing |
controlled amount of room air and O2 - air - entrainment mask | high flow O2 system |
controls the amount of room air and CO2, respiratory therapist monitors | mechanical ventilator |
used by infants to receive oxygen | oxygen hood |
results from inhalation of 100% O2 for more than a few hours - too much supplemental oxygen | oxygen toxicity |