• Shuffle
    Toggle On
    Toggle Off
  • Alphabetize
    Toggle On
    Toggle Off
  • Front First
    Toggle On
    Toggle Off
  • Both Sides
    Toggle On
    Toggle Off
  • Read
    Toggle On
    Toggle Off
Reading...
Front

Card Range To Study

through

image

Play button

image

Play button

image

Progress

1/70

Click to flip

Use LEFT and RIGHT arrow keys to navigate between flashcards;

Use UP and DOWN arrow keys to flip the card;

H to show hint;

A reads text to speech;

70 Cards in this Set

  • Front
  • Back

Vital signs used to

measure patients condition


ID problems


Evaluate response to intervention

When to do you take vitals

Admission


Routine schedule


Before after procedures


Before administering meds which affect VS


When a patient reports feeling different

Normal Vitals - TPR B/P

Temp 96.8 to 100.4
Pulse 60 to 100
Respirations 12 to 20
B/P systolic < 120, diastolic <80
Pulse pressure 30 to 50

temperate ranges

Rectal temperature problems

Vagal response for patients with cardiac repsonse

Neural Regulation of Body temp

Hypothalamus

Vascular regulation of body temp

Vasoconstriction/Vasodilation

Burn patients are high risk for

temperature loss

Heat production

Basal metabolic rate


increased thyroid hormones


muscle movements


shivering

Heat Loss occurs from the following

Radiation, convection, conduction, evaporation

Conduction

direct contact heat xfer

Convection

air movement heat xfer

Radiation

Heat xfer from indirect contact. i.e cold rooms

evaporation

heat xfer or loss from liquid to gas change

Infants can not

shiver

Febrile seizure occur

seizure due to high fever (6 months to 3 yrs)

Mild elevation of temp

up to 102.2

Pryogens

trigger immune response


part of immune system


Infants temp that is significant

>100.4

Brachycardia

<60 BPM

Tachycardia

>100

stroke volume

60-70mL/beat

SV x HR =

CO


cardiac output

Normal Cardiac output

4-6 L/min

SA node

normal pacemaker 60-80 BPM

AV node

backup pacemaker 40-60 BPM

Location of pulses

Carotid


Brachial


Apical


Brachial


Radial


Femoral


Posterior Tibial


Dorsalis Pedis

Carotid pulse

access one at time

Apical pulse

auscultate used for irregular HR or prior to administering meds

Femoral pulse

shock or arrest

Pulse Character

1 - diminished


2 - normal


3 - strong


4 - bounding

Pulse deficit indicate

abnormal heart rhythms

Factors that affect Pulse

age


exercise


temperature


emotions


drugs


Postural changes


O2 sat


Pain

Ventilation

movement of gases of CO2 and O2


Diffusion

gas exchange

Perfusion

delivery of O2

Hypoxemia



Low O2 in the blood

early signs of Hypoxemia

restlessness, confusion, anxiety

late stages of hypoxemia

cyanosis, tachycardia, bradycardia

Eupnea

Normal breathing

Bradypnea

<12

Tachypnea

>20

Apnea

no respiration

Dyspnea

difficulty breathing

Hyperventilation

fast, excessive breathing

Hypo-ventilation

slow, breathing

Cheyne Stokes

end of life breathing, set pattern, gradual increase of breathing, apnea, then restarts

Kussmaul

associated with DKA (hyperventilation)

O2 saturation normal

>95%

sites to access to check O2 saturation

finger, toes, forehead, earlobe

what affects accuracy of O2 sat

sweating, cold, nail polish, compromised vascular system, edema

critical report for O2 when

<90%

Systolic

contraction of ventricles

Diastolic

heart at rest

Pulse pressure

difference between systolic and diastolic


30 - 50 mm HG (normal)

Blood pressure depends upon

Cardiac Output


Peripheral vascular resistence (afterload)


Blood volume (preload)


Viscosity - (hematocrit)


Elasticity

Viscosity - High

dehydration = low B/P

Viscosity - low

Edema - High B/P

Do not perform B/P on arms with

Shunt


Mastectomy


trauma


IV

MAP

mean aterial pressure

Mean Arterial pressure

average blood pressure in an individual. It is defined as the average arterial pressure during a single cardiac cycle

Orthostatic (Postural) Hypo-tension

Changes in B/P due to position changes

SX of Orthostatic (Postural) Hypo-tension

weakness, dizziness

Orthostatic signs from supine to standing position

Decreasing SBP of 20 mm Hg or more


Decreasing DBP of 10 mm Hg or more


Increasing HR > 20 beats/min

when measuring B/P cuff should be what size to the arm

40% greater

first sound you hear during auscultation when checking B/P

systolic

Last sound you hear during auscultation B/P

diastolic

False high reading B/P

small cuff


deflating to slow


arm below heart

False low reading B/P

cuff to big


deflate to fast


arm above heart

don;t use electronic measure of BP

irregular heart rate


vascular obstruction


shivering


seizures


excessive tumors


SBP<90