Cardio and Peripheral Vascular Assessment Flashcards

1
Q

where is the base of the heart located?

A

at the top of the heart

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2
Q

where is the apex of the heart located?

A

at the bottom of the heart

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3
Q

where does the heart span across?

A

2nd to 5th ICS

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4
Q

what area does the jugular vein supply?

A

brain

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5
Q

what area does the subclavian artery and vein supply?

A

upper limbs

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6
Q

what area does the superior vena cava supply?

A

upper limbs

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7
Q

what area does the inferior vena cava and thoracic aorta supply?

A

lower limbs

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8
Q

what area does the carotid arteries supply?

A

brain

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9
Q

define perfusion

A

process of delivering blood from capillaries to tissues

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10
Q

define cardiac output

A

amount of blood ejected from the left ventricle each minute

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11
Q

what is the formula for CO?

A

stroke volume x HR

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12
Q

what is the function of the SA node?

A

natural pacemaker that sends impulses to atrial muscles to contract and begin the cardiac cycle

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13
Q

what is the function of the AV node?

A

transmits the SA impulse to activate Bundle of His and Purkinje fibers and synchronize/mediate impulses

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14
Q

what systems control the rate of the heart?

A

parasympathetic and sympathetic nervous system

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15
Q

what is the path that heart impulses travel through?

A

SA node → internodal pathways → AV node → Bundle of His → left and right bundle branches → Purkinje fibers → ventricular myocardium

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16
Q

what is an ECG?

A

a tool that utilizes a variety of electrodes placed throughout the body and records electrical changes of the heart

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17
Q

what cardiac event occurs during P wave?

A

atrial depolarization (contraction)

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18
Q

what cardiac event occurs during PR interval?

A

SA to bundle branch conduction

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19
Q

what cardiac event occurs during QRS interval?

A

ventricular depolarization (contraction)

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20
Q

what cardiac event occurs during T wave?

A

ventricular diastole

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21
Q

what are common s&s with CVS issues?

A
  • Diaphoresis
  • Scar in the chest area
  • Central cyanosis
  • Changes in peripheral colour
  • Edema
  • palpations
  • chest pain
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22
Q

what is the technique for measuring JVP?

A
  • Locate Sternal Angle (Sternal angle is about 5 cm above right atrium)
  • Landmark Right Internal JV location (head turned slightly to left) or EJV if that is more visible
  • Observe for highest point of distention and measure distance from the sternal angle
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23
Q

what is the expected finding of JVP measurement?

A

Level of pulsations should NOT be >3 cm above the sternal angle

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24
Q

what are the expected findings of examining carotid arteries?

A

Normal rate, rhythm, quality with no adventitious sounds

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25
where is the apical pulse located?
5th ICS at the MCL
26
what is S1?
First heart sound (lub) is the closing of the AV valves, marking start of systole
27
what is S2?
second heart sound (dub) is the closing of the SL valves, marking the start of diastole
28
what is the order of auscultation and their landmarks?
1. aortic - R 2nd ICS 2. pulmonic - L 2nd ICS 3. erbs points L 3rd ICS 4. tricuspid L 4th ICS 5. mitral L 5th ICS
29
what is the S2 physiological split?
valves close at slightly different times due to changes in intrathoracic pressure (especially during inspiration) causing a "lub dub dub" sound
30
what is S3
extra heart sound, lub du bub, may be expected in people less than 40 or in CHF
31
what is S4
extra heart sounds, be lub dub, due to pathological origin
32
what are general murmurs caused by?
* disrupted blood flow due to septal defects * valve abnormalities * patent ductus arteriosus (PDA) * stenotic vessels or mitral valve stenosis
33
what are systolic murmurs due to?
* aortic or pulmonic stenosis * AV valve regurgitation * VSD
34
what are diastolic murmurs due to?
* AV valve stenosis * Aortic or pulmonic regurgitation
35
what heart attack symptoms are more common in women?
* unusual fatigue * SOB * anxiety and sleep disturbances * nausea, feeling sick to stomach
36
what red flags do we watch out for relating to CVS?
* LOC changes * chest pain * SOB * lightheadedness * ECG changes * heart attack warnings * fluid volume overload
37
what is fluid volume overload?
condition where the body has too much fluid, potentially leading to swelling, high blood pressure, and heart problems
38
what is the expected finding of cap refill?
≤ 2 sec
39
what are our central pulses?
* carotid * brachial * apical * femoral
40
what are our non-central pulses?
* temporal * radial * popliteal * pedal * posterior tibial artery
41
when are dopplers used?
when pulses are difficult to palpate due to injury, edema or surgery
42
where are the epitrochlear lymph nodes located?
medial aspect between biceps and triceps
43
what is the expected finding of palpating epitrochlear nodes?
non palpable
44
what are the two types of inguinal lymph nodes?
horizontal and vertical
45
what is the expected finding of palpating inguinal nodes?
<2cm, mobile and nontender
46
what is the function of arteries?
carry blood away from heart to the periphery
47
what is the function of veins?
carry blood from the periphery back to the heart
48
what is the function of capillaries?
exchange gases, nutrients and metabolites
49
what is the function of the lymphatic system?
maintain fluid balance and immune function
50
what 2 ducts does lymph drain into?
* thoracic duct * right lymphatic duct
51
define fascia
sheets of connective tissue that enclose the blood vessels, nerves and muscles which make up compartments
52
what is deep vein thrombosis?
formation of a blood clot in one of the deep veins in the body that stops flow of blood to and from toes
53
what are the s&s of deep vein thrombosis?
* Pain * Edema * Warmth * Weak pulses * Delayed cap refill * Swelling
54
what is a tell-tale sign of deep vein thrombosis?
one leg will appear thicker and fuller
55
what is a severe risk associated with DVT?
pulmonary embolism
56
what is pulmonary embolism?
clot is pushed into lungs due to pressure, leading to an obstruction in breathing
57
what are s&s of pulmonary embolism?
* acute respiratory distress * chest pain * high HR * sweating * anxiety
58
what is Raynaud's phenomenon?
loss of circulation in fingertips
59
what is lymphedema caused by?
clotting of lymph in the lymphatic system
60
what is edema?
buildup of fluid in body tissues
61
what constitutes 0+ edema?
No pitting edema – possibly related to lymph
62
what constitutes 1+ edema?
Mild pitting edema, 2 mm depression that disappears rapidly
63
what constitutes 2+ edema?
Moderate pitting edema, 4 mm depression that disappears in 10-15 secs
64
what constitutes 3+ edema?
Moderately severe pitting edema, 6 mm depression that may last more than 1 minute
65
what constitutes 4+ edema?
Severe pitting edema, 8 mm depression that can last more than 2 minutes
66
what is compartment syndrome?
buildup of pressure around a limb usually caused by * bleeding or swelling after injury into a closed compartment * an untreated DVT * significant injury where blood collects under fascia, outside of the vessels
67
what is the tx for compartment syndrome?
fasciotomy, cutting open the limb, to relieve blood
68
how much time can pass until compartment syndrome causes permanent damage?
>6 hrs
69
what is limb ischemia?
death to limb due to lack of blood flow
70
what are the 6 P's of limb ischemia?
* pain * pallor * pulselessness * poikilothermia * parasthesia * paralysis
71
what is Bueger's test?
an assessment tool used to evaluate perfusion sufficiency in the lower limbs by observing color change in the feet and legs during elevation