Chapter 11: Chest Pain Flashcards

1
Q

Most common cause of chest pain

A

GI causes

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2
Q

Precipitated by an imbalance between myocardial oxygen requirements and myocardial oxygen supply

A

Myocardial Ischemia

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3
Q

Causes of increase Myocardial oxygen demand

A

increases in heart rate, ventricular wall stress, and myocardial contractility

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4
Q

Determines myocardial oxygen supply

A

coronary blood flow

coronary arterial oxygen content

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5
Q

Nerves involved in referred cardiac pain

A

Upper 5 thoracic sympathetic ganglia

Upper 5 distal thoracic roots of the spinal cord

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6
Q

cardiac vagal afferent fibers synapse in the _________

A

nucleus tractus solitarius of the medulla

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7
Q

Tract/Route involved in anginal experience perceived in neck and jaw

A

Upper cervical spinothalamic tract

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8
Q

pain of pleural pericarditis is often referred to the____

A

shoulder and neck

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9
Q

Involvement of the____________ can lead to pain in the upper abdomen.

A

pleural surface of the lateral diaphragm

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10
Q

triggered by an emotionally or physically stressful event and may mimic acute MI because of its commonly associated ECG abnor- malities, including ST-segment elevation, and elevated biomarkers of myocardial injury.

A

Takotsubo cardiomyopathy

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11
Q

Takotsubo cardiomyopathy has a predeliction to (2)

A

Women >50 yo

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12
Q

a tear in the aortic intima, resulting in separation of the media and creation of a separate “false” lumen

A

Aortic dissection

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13
Q

ulceration of an aortic atheromatous plaque that extends through the intima and and into the aortic media

A

Penetrating ulcer

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14
Q

aortic wall hematoma with no demonstrable intimal flap, no radiologically apparent intimal tear, and no false lumen

A

Intamural hematoma

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15
Q

Area of aortic dissectionthat presents with cause pain in the midline of the anterior chest

A

Ascending aorta

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16
Q

Area of aortic dissectionthat presents with cause pain in the bakc

A

Descending aorta

17
Q

Type of aortic dissection at high risk for Major complications

A

Type A (Stanford)

18
Q

3 common complications of aortic dissection

A

(1) compromise of the aortic ostia of the coronary arteries, resulting in M1
(2) disruption of the aortic valve, causing acute aortic insufficiency
(3) rupture of the hematoma into the pericardial space, leading to pericardial tamponade

19
Q

conditions associated with deterioration of the elastic or muscular components of the aortic media

A

pregnancy
bicuspid aortic disease
inherited connective tissue diseases ( eg Marfan and Ehlers-Danlos syndromes)

20
Q

Chest discomfort associated with pulmonary embolism (pleuritic) may result from

A

(1) involvement of the pleural surface of the lung adjacent to a resultant pulmonary infarction
(2) distention of the pulmonary artery
(3) possibly, right ventricular wall stress and/or subendocardial ischemia related to acute pulmonary hypertension.

21
Q

chest discomfort associated with pulmonary embolism (pleuritic) may result fromchemia related to acute pulmonary hypertension.

A

(1) involvement of the pleural surface of the lung adjacent to a resultant pulmonary infarction
(2) distention of the pulmonary artery
(3) right ventricular wall stress and/or subendocardial ischemia related to acute pulmonary hypertension

22
Q

Massive pulmonary emboli may cause severe substernal pain that may mimic an MI. Massive or submassive pulmonary embolism may also be associated with what symptoms (3)

A

syncope
hypotension
signs of right heart failure

23
Q

Incidence of Primary Spontaneous Pneumothorax

A

7 in 100,000 in men

<2 in 100,000 in women

24
Q

Risk factors for primary spontaneous pneumothorax

A

male sex
smoking
family history
Marfan syndrome

25
Q

medical emergency caused by trapped intrathoracic air that precipitates hemodynamic collapse

A

Tension pneumothorax

26
Q

knifelike pain that is worsened by inspiration or coughing

A

Pleurisy

27
Q

Chest pain caused by tenderness of the costochondral junctions

A

Tietze’s syndrome (Costochondritis)

28
Q

patients experience relief from angina as they continue at the same or even a greater level of exertion

A

Warm up angina

29
Q

Radiation to the_____ is characteristic of pericardial pain and does not usually occur with angina.

A

trapezius ridge

30
Q

In the setting of _____s, redistribution of blood flow to the splanchnic vasculature after eating can trigger postprandialangina

A

severe coronary atherosclerosis

31
Q

A delay of _______ before relief is obtained after nitroglycerin suggests that the symptoms either are not caused by ischemia or are caused by severe ischemia, such as during acute MI

A

> 10 minutes

32
Q

massaging or clutching their chests may describe their pain with a clenched fist held against the sternum

A

Levine’s sign

33
Q

Indicator of High Risk Disease

A

Pulmonary Edema

34
Q

_________ may reflect underlying chronic athero- sclerosis

A

Vascular pulse deficits

35
Q

______ is the preferred biomarker for the diagnosis of MI and should be measured in all patients with suspected ACS at presentation and repeated in ________

A

Cardiac troponin

3-6 hours

36
Q

Activation of receptors in the atria, great veins, and left ventricle causing increased parasympathetic tone and decreased sympathetic activity leading to a combination of hypotension and bradycardia with a sudden increase in coronary flow.

A

Bezold-Jarisch reflex

37
Q

__________is an important manifestation of submassive pulmonary embolism

A

Sinus tachycardia

38
Q

In Pulmonary embolism/Infarction, a wedge-shaped infiltrate that abuts the pleura

A

Hampton’s hump

39
Q

In chest xray, an abrupt tapering of a vessel caused by pulmonary embolism

A

Westermark’s sign