Class 1 nursing management and interventions in CV Flashcards

1
Q

HTN management

A

-DASH diet
-Low sodium diet 1200-1500 mg with max of 2000 mg per day
-Healthy body weight and moderate exercise activity
-Limit alcohol consumption and tobacco use
-Stress management

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2
Q

HTN drug management

A

-Multiple drugs often used, especially with Type 2 diabetes
-Replace multiple antihypertensive agents with single pill combination therapy
-Single pill combinations or monotherapy should be considered for initial antihypertensive therapy.
-Low doses of multiple drugs may be more effective and better tolerated than higher doses of fewer drugs
-Don’t mix ACE&ARBs
-In combination therapy, an ACE inhibitor plus a long-acting dihydropyridine CCB is preferred

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3
Q

Hypertensive crisis

A

-Severe and abrupt
-Treatment goals is to decrease MAP to 10-20% in first 1 to 2 hours, with gradual reduction in the next 24 hours

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4
Q

Hypertensive emergency IV medications

A

-Vasodilators (sodium nitroprusside*, nitroglycerin, hydralazine)
-Adrenergic inhibitors (phentolamine, labetalol, esmolol)
-Ace Inhibitors (Enalapril)

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5
Q

Nursing considerations in hypertensive emergency

A

-Monitor BP with an art line
-Continuous ECG monitoring to observe for dysrhythmias
-Hourly urine output
-Bed rest to avoid cerebral ischemia and fainting

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6
Q

Hypertensive emergency therapy goals

A

-Minimize end-organ damage (cardiac, renal, respiratory, and retinal damage), maintain adequate perfusion with special assessment of neuro, cardiac, and renal monitoring

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7
Q

Hypertensive urgency

A

-Can be managed with PO medications (captopril and clonidine)

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8
Q

Acute hypertension

A

-Evidenced by hypoperfusion to the brain, heart & kidneys

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9
Q

Acute hypotension caused by blood or fluid loss tx

A

-IV fluids, blood, or blood products

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10
Q

Acute hypotension caused by primary CV dysfunction tx

A

-AMI, cardiac tamponade & pulmonary embolism will result in a fall in CO and may need drug intervention

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11
Q

Acute hypotension caused by secondary CV dysfunction tx

A

-Result of negative chronotropic & inotropic effects caused by beta blockers, digoxin, or opioids and may need to administer vasoconstrictive agents

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12
Q

Non-cardiac factors causing decreased O2 supply

A

-Anemia
-Low blood volume
-Hypoxemia
-Pneumonia
-Asthma
-COPD

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13
Q

Non-cardiac factors that increase myocardial O2 demand

A

-Anxiety
-Cocaine
-Physical exertion
-HTN, hyperthermia, hyperthyroidism

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14
Q

Cardiac factors that decrease O2 supply

A

-Coronary artery spasm & thrombis
-Dysrhythmias
-HF
-Valve disorders

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15
Q

Cardiac factors that increase O2 demand

A

-Aortic stenosis
-Cardiomyopathy
-Dysrhythmias
-Tachycardia

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16
Q

Angina goal of treatment

A

-Improve perfusion, and reduce pain through vasodilation
-Also with use of antiplatelet and cholesterol lowering drug therapy

17
Q

Pneumonic for treatment of stable angina

A

-A; Antiplatelet agent, antianginal, ACE I
-B; Beta-adrenergic blockers, BP
-C; Cigarette smoking, cholesterol
-D; Diet, diabetes
-E; Education, exercise
-F; Flu vaccination

18
Q

Coronary artery disease management: Diagnostic testing

A

-Stress test: Outpatient procedure, non-urgent
-Echocardiogram

19
Q

Acute coronary syndrome: Serum cardiac markers after AMI

A

-Full Electrolyte Panel with focus on: Sodium, potassium, magnesium
-Lipid Panel: Total Cholesterol, triglycerides, HDL, LDL
-Creatinine, BUN
-Blood Glucose
-B-Type (Brain-type) Natriuretic Peptide

20
Q

Acute coronary syndrome and unstable angina

A

-Unstable lesion that may be partially blocking coronary artery (unstable angina (UA) or NSTEMI) or totally blocking coronary artery (STEMI)
-Chest pain that is new in onset, occurs at rest, or has a worsening pattern is unstable angina

21
Q

Unstable angina treatment

A

-Anticoagulant therapy (IV or SC Heparin)
-Antiplatelet therapy (ASA)
-Antihypertensive to manage myocardial demand (Beta blockers, Ace Inhibitors, Statin)

22
Q

Pain management in acute coronary syndrome and unstable angina

A

-Rapid acting SL nitro spray for chest pain, if that does not work then IV nitro
-Must be in a critical care area to be monitored for continuous ECG and BP; morphine and supplemental oxygen if needed

23
Q

Acute coronary syndrome diagnostic tests

A

-Angiogram
-Angioplasty

24
Q

Post angiogram/angioplasty management

A

-Fibrinolytic therapy
-Coronary revascularization: Angiogram, balloon angioplasty, Percutaneous Coronary Insertion (PCI), stents, patient must be immobile prior to procedure, mark pulses with a marker

25
Fibrinolytic therapy indications
-Tx of ST elevations, stroke, DVT or PE
26
Fibrinolytic therapy contraindications
-Aortic dissection -Internal bleeding -Intracranial tumor -Pericarditis
27
Fibrinolytic therapy procedure purpose
-Dissolves blood clots
28
Angiogram/angioplasty post procedural care
-May be on class IIb/IIIa Inhibitors; reperfusion dysrhythmias -ASA, Beta, “Pril”, Statin and Plavix if PCI -Fluids as patient may be bleeding or hypotensive -Palpate pulses distal to insertion site -Auscultate insertion site for a bruit -Ambulation
29
Post procedure care following a CABG
-Pulmonary artery catheter for measuring CO, other hemodynamic parameters -Art line for continuous BP monitoring -Chest tube for drainage -Continuous ECG monitoring to detect dysrhythmias (esp. atrial dysrhythmias) -Endotracheal tube/mechanical ventilation: extubate within 12 hours -Epicardial pacing wires for emergency pacing of the heart -Monitor urine output -NG tube for gastric decompression
30
Post procedure care following CABG
-Monitor for bleeding, fluid, electrolyte imbalances, hypothermia (blood is cooled in bypass machine), & issues with the bypass machine -Replacing electrolytes PRN -Restoring temperature (e.g., warming blankets) -Monitoring rhythm, BP, and CO -Assist with ambulation
31
Management of dysrhythmias
-Transcutaneous pacemaker -Permanenet pacemaker
32
Management of sinus tachycardia
-B-adrenergic blockers to reduce HR and myocardial oxygen consumption -Antipyretics to treat fever -Analgesics to treat pain
33
Management of common dysrhythmias + TEE
-Patients may need a transesophageal echocardiogram (TEE) prior to cardio version
34
Pulseless electrical activity 6 H's & 6T's
-Hyperkalemia, hydrogen ion excess, hypovolemia, hypoxia, hypothermia, hypoglycemia -Tampanode, tension pneumothorax, thrombis (PE), thrombus (MI), toxins, trauma
35
Implantable cardioverter-defibrillator (ICD)
-Appropriate for patients who: -Have survived SCD -Have spontaneous sustained VT -Have syncope with inducible ventricular tachycardia/fibrillation during EPS -Are at high risk for future life-threatening dysrhythmias -Consists of a lead system placed via subclavian vein to the endocardium
36
Implantable cardioverter-defibrillator (ICD) nursing considerations and pt teaching
-Fear of body image change & recurrent dysrhythmias -Expectation of pain with ICD discharge -Anxiety about going home -Participation in an ICD support group should be encouraged.