Heart - Lecture Flashcards

1
Q

heart sound created by disruption of blood flow when the aortic and pulmonic valves close

A

S2, the second heart sound
ventricular pressure is lower than aortic pressure, pulmonic and aortic valves close, reverses blood flow, sound is heard

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2
Q

heart sound produced by vibrations or turbulence created when the mitral and tricuspid valves close and disrupt the laminar flow of blood.

A

S1, the first heart sound

left ventricle contracts, blood flow reverses, mitral valves closes

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3
Q

heart sound created by turbulent blood flow in a ventricle as the atrium contracts to eject any remaining blood during late diastole. occurs when diminished ventricular compliance increases the resistance to ventricular filling

A

S4, the fourth heart sound

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4
Q

heart sound created when blood flows passively from atria to ventricle. in young people or physically fit individuals, presence of this heart sound is common. in elders or in persons with cardiac disease, this sound is usually pathologic

A

S3, the third heart sound

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5
Q

period when the ventricles relax

A

diastole

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6
Q

period when the ventricles contract

A

systole

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7
Q

What happens to the pressure of the chest when you take a deep breath?

A

pressure drops, which delays closure of pulmonic valve. This is physiological splitting of S2 occurs

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8
Q

What are some chief complaints related to the heart?

A

1) chest pain
2) palpitations
3) shortness of breath
4) ankle swelling

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9
Q

What questions should be asked when their chief complaint is chest pain?

A

same whenever you take a history: OPPPQQRRSSTT and associated symptoms

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10
Q

What PROS questions should be asked related to the heart?

A

1) General - fatigue, fever
2) HEENT - usually negative
3) Respiratory - cough, sputum, blood, pillows, orthopnea, paroxysmal nocturnal dyspnea
4) GI - heart burn, related to food, epigastric pain, history, waterbrash
5) rash, trauma, psychiatric

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11
Q

How many of THECHADS can present as chest pain?

A

7 out of 8

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12
Q

What is the most common cause of sudden death in younger individuals (related to the heart)? What is a close second?

A

1) asymmetric hypertrophic cardiomyopathy

2) arrhythmia

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13
Q

Which part of the stethoscope do you use to listen to S1 and S2 sounds?

A

diaphragm (high-pitched)

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14
Q

Which part of the stethoscope do you use to listen to S3 and S4 sounds?

A

bell (low-pitched)

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15
Q

diastolic event that is the sound of the opening of a pathologically deformed mitral valve commonly heard in cases of mitral valve stenosis. this sound is hear very briefly in early diastole, before an S3 is heard. it is a high-pitched, sharp snap or click sound, not affected by respiration, and easily confused with S2

A

opening snap

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16
Q

heard in early systole, high-pitched, often radiates up into carotids, and is not affected by respiration

A

aortic ejection sound

17
Q

heard in early systole, less intense than aortic ejection sounds, intensifies on expiration and decreases on inspiration

A

pulmonic ejection sound

18
Q

intense, grating sound that may be loud enough to mimic a murmur. best heard at the apex. may be heard in both systole and diastole

A

pericardial friction rub

19
Q

commonly associated with a midsystolic click over the mitral area and a soft mid to late systolic murmur. at times referred to as the “click-murmur” syndrome

A

mitral valve prolapse

20
Q

The jugular venous pulse is 5cm above the sternal angle with the head of bed elevated to 50 degrees. carotid upstrokes are brisk; a bruit is heard over the left carotid artery. PMI is diffuse, at the anterior axillary line and is the 6th intercostal interspace. S1 and S2 are soft. S3 present at the apex. high-pitched harsh 2/6 holosystolic murmur best heard at the apex with radiation to the axilla. no S4 or extra heart sounds. What is the diagnosis?

A

Congestive heart failure

21
Q

The jugular venous pulse is less than 3 cm above the sternal angle with the head of the bed elevated to 45 degrees. carotid upstrokes are brisk, without bruits. PMI is tapping at the mid-clavicular line in the 5th intercostal interspace. crisp S1 and S2. at the base, S2 is greater than S1 and physiologically split, with A2 greater than P2. at the apex, S1 is greater than S2 and constant. No murmurs, S3, S4, or extra heart sounds. What is the diagnosis?

A

normal