Cardiovascular System PP Flashcards

(54 cards)

1
Q

What do we inspect in the precordium?

A

We inspect for apical impulse and any heaves or lifts (hyperdynamic or LVH).

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2
Q

When does a heave/lift occur?

A

With ventricular hypertrophy, like in pulmonic valve disease, pulmonic HYT, and chronic lung disease.

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3
Q

What do you palpate for in the precordium?

A

thrills and PMI

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4
Q

What is a thrill?

A

palpable vibration, like the throat of a purring kitty. It means turbulent blood flow and accompanies a loud murmur.

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5
Q

What is a bruit, what does it sound like, and what is it’s probable cause?

A

a murmur that sounds like a blowing, swooshing sound. It indicates blood flow turbulence in a vessel. Probable cause is arthersclerosis.

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6
Q

Do we percuss the chest?

A

NO, because of CXR and other imaging studies

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7
Q

What are the 5 loci we auscultate for the heart?

A

Aortic, pulmonic, Erb’s point, tricuspid, and mitral.

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8
Q

What is Erb’s point?

A

Where the 4 loci we auscultate of the heart are heard simultaneously, in the center

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9
Q

How do we auscultate for the CV system?

A

systematically. Sitting then lying, diaphragm then bell, rate, and rythm.

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10
Q

Define a pulse deficit

A

Difference between apical and radial pulses.

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11
Q

How is a pulse deficit obtained?

A

Noted by auscultating the apical beat and palpating the radial pulse at the same time and counting in a serial measurement. Record any differences between the 2 pulses. Subtract the radial from the apical.

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12
Q

A pulse deficit indicates?

A

a weak contraction of the ventricles and occurs with A-fib, premature beats, and heart failure.

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13
Q

What else do we auscultate, aside from the norm, when assessing the CV system?

A

Prosthetic valves and pacemakers

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14
Q

What is a mechanical heart valve and what is its advantage?

A

A mechanical heart valve made of man-made materials. They don’t wear out.

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15
Q

What is a biological heart valve?

A

They’re made from tissue taken from animals or human cadavers. Treated with preservatives and sterilized for human implantation. May need to be replaced every 10-15 yrs.

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16
Q

During auscultation what does a pericardial friction rub (pericarditis) sound like and what does the pt do?

A

scratchy (like sandpaper rubbed), LLSB (lower left sternal border) aka apex. The pt leans forward and holds breath during expiration.

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17
Q

What causes pericarditis and how is it heard best?

A

inflammation of the pericardium. Heard best with diaphragm.

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18
Q

What are the 2 main neck vessels we examine in CV assessment?

A

The carotid aa. and jugular vv.

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19
Q

How can we assess for central venous pressure and why do we do it?

A

From the jugular vv., to assess for heart’s efficiency as a pump.

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20
Q

Why is the internal jugular vv. most reliable for assessment of CVP?

A

Because it is attached more directly to the S. VC

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21
Q

Which neck vessel is palpable and which isn’t?

A

The internal jugular isn’t and the carotid pulse is

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22
Q

How do we assess Jugular Venous DIstention (JVD)?

A

HOB 30-45 degree, no pillow.

23
Q

What is JVD?

A

Jugular venous distention happens with increased pressure in the vena cava, resulting in a bulge on the side of the neck.

24
Q

What is HJR and when do we assess for it?

A

Hepatojugular reflex is assessed when JVD is elevated or you suspect CHF.

25
How do we test for HJR?
Watch the level of the jugular pulsation as you push with your hand. This empties venous blood out of the liver sinusoids and adds its volume to the venous system temporarily. If heart is healthy, jugular vv. will rise for a few secs and then recede to prev. level
26
List vascular system components
27
List arterial system components
28
We palpate _______ and score from 0-4+ which means....
Bilaterally. 0 absent 1+ weak 2+ normal 3+ increased 4+ bounding
29
Locate dorsalis pedis pulse
on the dorsum of the foot in the first intermetatarsal space just lateral to the extensor tendon of the great toe
30
Locate posterior tibial pulse
can be felt behind and below the medial malleolus.
31
Locate popliteal pulse
a diamond-shaped space behind the knee joint
32
Name 1+-4+ pitting edemas and describe them
1+ Mild pitting, slight indentation, no perceptible swelling of the leg​ 2+ Moderate pitting, indentation subsides gradually​ 3+ Deep pitting, indentation remains for a short time, leg looks swollen​ 4+ Very deep pitting, indentation lasts a long time, leg is very swollen
33
Why does a pitting edema form?
due to slow, long CV problems
34
Where can bruits be heard in auscultation?
Aortic bruit in the center. renal bilaterally, iliac bilaterally in lower abdomen
35
What is PIH and when does it occur?
pregnancy-induced HYT, common after 2nd trimester, if systolic >30mm/Hg or diastolic >15mm/Hg
36
Pregnancy increases HR, blood volume, C.O., and _____?
edema which leads to varicosities
37
WHat are 2 CV developmental complications that can occur in infants?
Patent ductus arteriosus (PDA) and Patent foramen ovale (PFO).
38
What is PDA?
A persistent opening between the 2 major blood vessels leading from the heart. Usually Requires immediate intervention.
39
What is PFO?
patent foramen ovale is an opening of ovale which causes backflow "hole in heart".
40
What is a sinus arrhythmia?
a variation of normal sinus rhythm that characteristically presents with an irregular rate in which the change in the R-R interval is greater than 0.12 seconds.
41
What is a Holter?
a small, wearable device that records the heart's rhythm.
42
What is an EST?
exercise stress test
43
Chemical stress test
with dobutamine and Adenosine to stimulate the heart​
44
Define patency
the condition of being open, expanded, or unobstructed.
45
Allen test
radial and ulnar a. patency to evaluate collateral circulation
46
Homan's test
aka dorsiflexion sign test. A physical examination procedure used to test for DVT.
47
Allen test steps
1. Occlude both ulnar and radial arteries of one hand while pt. makes a fist several times​ 2. Hand should blanch.​ 3. Ask pt. to open hand, then release pressure on the ulnar artery while maintaining pressure on radial.​ 4. If color returns to normal in 2-5 seconds, then circulation is adequate. If not, then there is not adequate circulation
48
Define ABI, list steps:
Ankle-Brachial Index:​ 1. Take systolic pressure of dorsalis pedis or posterior tibialis arteries via doppler​ 2. Take systolic pressure of brachial artery​ 3. Divide results: ankle over arm.​ 4. Normal result: 1.0 to 1.2 ---- ankle pressure should be greater than or equal to brachial pressure – indicating no flow reduction.​ 5. Abnormal result – if ABI is less than .9 or 90% --- Peripheral Vascular Disease​
49
CHF (what, causes, s/s?)
Congestive heart failure has no treatment but can be controlled. Caused by AMI, HTN, valvular disease, and thyroid disease. S/S range in severity depending on CHF.
50
Arterial signs of decay
51
venous signs of decay
52
precordium
ant. chest over heart and great vessels
53
List the anatomy of the heart starting with the SVC and ending with Aorta (12)
1. SVC and IVC 2. RA 3. TV 4. RV 5. PV 6. PA 7. PV 8. LA 9. MV 10. LV 11. AV 12. Aorta
54
Layers of the heart
pericardium epicardium myocardium endocardium