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CLINICAL CASE

Done by:

Haneen Burgan 201710496

Raneen Ammar 201710375

Sana Zakria 201710623

Course Instructor: Dr. Zelal Kharaba

Course Name: Hospital Pharmacy - Training

Course Code: 0204590

Chronic Diastolic (Congestive) Heart Failure

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TABLE OF CONTENTS

Demographics of HF

Patient presentation

Drug therapy problem

Treatment

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2

3

4

5

Counseling and monitoring

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1

Demographics of Heart Failure

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What is Heart Failure?

  • Heart failure is a progressive clinical syndrome that can result from any disorder that impairs the ability of the ventricle to fill with or eject blood.

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1. Increased ventricular stiffness

  • Ventricular hypertrophy
  • Infiltrative myocardial disease
  • Myocardial ischemia and infarction

2. Mitral or tricuspid valve stenosis

3. Pericardial disease (e.g., pericarditis, pericardial tamponade)

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Etiology

Systolic Dysfunction (decreased contractility)

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Diastolic Dysfunction (Restriction in ventricular filling)

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Epidemiology

80% men & 70 % women up to 65 years will die within 8 years

~ 550,000 HF cases /year

Men > Women

33 billion $$ are spent /year

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PATHOPHYSIOLOGY

  • Heart not providing tissues with adequate blood.
  • Elevation of pulmonary\systemic venous pressures.
  • A change in cardiomyocyte function.
  • can result from diastolic\systolic function abnormalities

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  • can be a change in cardiomyocyte function
  • Changes in collagen turnover
  • Cardiac structural defects
  • Rhythm abnormalities
  • High metabolic demands

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Cardiac output (CO) = HR x SV

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Clinical representation of HF

  • SOB

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Signs and symptoms

  • Fatigue

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  • Dizziness

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  • Coughing

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  • Edema

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  • Lack of appeptite (nausea)

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  • S3 gallop

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  • palpitations

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  • Hepatojugular reflux

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2

Patient presentation

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Chief complaint (CI)

A 62-year-old man is complaining of constant weight gain with SOB

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HPI: history of present illness

AGE: 62 years

GENDER: male

ALLERGIES: NKA

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2

3

A.K presents to the hospital with SOB and lower extremity edema.

Symptoms started 1-1.5 weeks ago.

Gaining 2 Ib daily

4

Using albuterol\ipratropium MDI for his COPD symptoms

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PMH, FH, SH

PMH

- CAD (s\p STEMI 6 years ago)

- COPD x3 years

- Diastolic HF x2 years

- Dyslipidemia x10 years

- HTN x20 years

- Type 2 DM x3 years

FH

- Father is 86 years old with type 2 DM

- Mother is 84 years old, had HTN and dyslipidemia

- Brothers ( 48 and 54 years old) both have type 2 DM and HTN

SH

- Tobacco use (30 pack- year) but quit 3 years ago

- Non-alcoholic

- Lives alone

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PHYSICAL FINDINGS

Increased shortness of breath from baseline

X chest pain

Dyspnea on exertion

20-Ib weight gain over the past week

BP 156/92, P 80 (regular), RR 24, T 36.9°C; Wt 100 kg (usual weight 90 kg)

  • Chronic venous stasis changes on bilateral lower extremities
  • 2+ pitting pedal edema bilaterally

Obese with a nontender, nondistended abdomen

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Laboratory results

Na 140 mEq/L

Hgb 15.3 g/dL

Mg 1.7 mEq/L

CK 20 IU/L

K 4.2 mEq/L

Hct 47.2%

Ca 9.1 mg/dL

CK-MB 0.8 IU/L

Cl 103 mEq/L

Plt 298 × 103/mm3

AST 50 IU/L

PT 12.6 s

CO2 26 mEq/L

WBC 6.4 × 103/mm3

ALT 43 IU/L

INR 1.1

BUN 20 mg/dL

Troponin I 0.5 ng/mL

Alk phos 80 IU/L

TSH 2.01 mIU/L

SCr 0.9 mg/dL

HDL Cholesterol 1.15 mmol/L

GGT 24 IU/L

A1C 7.2%

Glucose (Fasting) 108 mg/dL

LDL Cholesterol 2.82 mmol/L

T. bili 0.2 mg/dL

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BNP 900 pg/mL

Triglycerides 1.70 mmol/L

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Imaging and other studies

  1. ECG - Sinus rate of 70; QRS 0.08; no ST–T wave changes; low voltage
  2. CXR - Interstitial edema and some early alveolar edema
  3. 2D echocardiogram (2 Years ago) - Diastolic dysfunction & preserved systolic function (EF 55%)
  4. Recent 2D echocardiogram:
  5. Impaired ventricular relaxation and elevated left atrial filling pressures (Grade II diastolic dysfunction)
  6. EF = 44%
  7. Dilated inferior vena cava

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Drug therapy problems

  • Adverse drug events that must be monitored:
  • Aspirin + Amlodipine
  • Metformin + furosemide
  • Furosemide + Carvedilol
  • Amlodipine + Carvedilol
  • Aspirin + Carvedilol
  • Amlodipine is contributing to the patient's pedal edema.
  • Edema therapy should be intensified
  • Patient’s BP is uncontrolled (>20\10 mmhg than the target), therapy should be intensified
  • High dose salicylate is contributing factor to his HF
  • Needs additional anticoagulant agent for his STEMI CAD and low INR (risk of blood clot)
  • STATIN therapy should be intensified

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3

Treatment

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  • Improve quality of life
  • Relieve / reduce the symptoms
  • Prevent / minimize hospitalizations for exacerbations of heart failure
  • Slow progression of the disease process
  • Prolong survival�

DESIRED OUTCOME

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https://www.acc.org/latest-in-cardiology/articles/2018/02/28/12/19/diabetes-management-in-older-adults-with-cvd

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PHARMACOLOGICAL TREATMENT

Drug

Strength

Frequency

Duration

Comments

Bisoprolol

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90 days

Core therapy (ACEI/ARB + selective beta 1 blocker)

Enalapril

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90 days

Core therapy (ACEI/ARB + selective beta 1 blocker)

Bumetanide

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90 days

High bioavailability loop diuretic

Causes hypokalemia

Spironolactone

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90 days

Better control

Prevents hypokalemia caused by loop

Aspirin

81 mg

Once daily

90 days

STEMI CAD

INR = 1.1 (low)

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PHARMACOLOGICAL TREATMENT – CONT.�

1000 mg

81 mg

20 mg

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NON-PHARMACOLOGICAL INTERVENTIONS

  • Restrict dietary sodium (<2g/day)
  • Restrict fluid intake (2L/day)
  • DASH diet (fruit, vegetables, and fish, as well as poultry and nuts)
                  • Reduce intake of saturated fats <7% of total calories, trans fatty acids <1% of total calories and cholesterol <200 mg/day.

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  • Weight loss plan (~ 5-10%)
  • Limit his physical activity
  • Stable & excess fluid removed? 🡪 encourage physical activity

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  • Avoid tight socks or stockings that slow blood flow to the legs and cause clots.

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  • Use pillows to prop up head

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4

Counseling and Monitoring�

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Counselling

SL nitroglycerin

Diuretics

Bisoprolol

ACEI (Enalapril)

  • Take your first dose before bedtime
  • When getting out of bed or standing up move slowly
  • Restrict food rich in potassium

Information should be provided to the patient about the medications used to treat his heart failure

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  • After the first dose be careful operating heavy machinery or driving until are aware of how the drug affects you
  • Move slowly when getting up 
  • Limit food rich in SALTS ( calcium, sodium, magnesium)
  •  Take the pill in the morning 

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  • 1 tablet may be used every 5 minutes as needed for chest pain, for up to 15 minutes.
  • Do not take more than 3 tablets in 15 minutes
  • place the tablet under your tongue  and wait for it to dissolve.
  • You may feel burning or tingling in your mouth as the tablet dissolves

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Counselling

Clopidogrel plus low dose aspirin

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Information should be provided to the patient about the medications used to treat his heart failure

  • Take these 2 together daily
  • The most common side effects of Clopidogrel are getting out of breath and bleeding more easily than normal. 

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Monitoring (Non-laboratory parameters):�

Chest x-ray

Pulmonary function testing (PFT)

  • Electrocardiogram (ECG)
  • 2D Echocardiogram

Physical examination

  • Blood pressure
  • Weight

Exercise stress test

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Monitoring (Laboratory parameters):�

  • Troponin
  • BNP
  • Electrolytes
  • SrCr
  • HbA1c
  • PT/INR
  • Lipid profile

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REFERENCES

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  • Diagnosis and management of Diastolic ... - AAFP Home. (n.d.). Retrieved November 6, 2021, from https://www.aafp.org/afp/2006/0301/afp20060301p841.pdf.
  • Diabetes management in older adults with cardiovascular disease. American College of Cardiology. (n.d.). Retrieved November 1, 2021, from https://www.acc.org/latest-in-cardiology/articles/2018/02/28/12/19/diabetes-management-in-older-adults-with-cvd.
  • BMJ Group. (2020). Bnf 80: September 2020 - March 2021.
  • DiPiro, J. T. (2020). Pharmacotherapy: A pathophysiologic approach. McGraw Hill.

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