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CASE DEWASA .pptx
1. Diagnosis and Management of Ventricular
Septal Defect (VSD) with Eisenmenger
syndrome
MONICA OKTARIYANTHY
1
Division of Clinical Cardiology
Department Cardiology and Vascular Medicine
RS DR M Djamil PADANG
2023
2. VSD is the most common congenital heart
defect in children
Asymptomatic VSD without functional
complications (NYHA Class I and II) usually does
not have an impact on pregnancy.
8-10% of VSD develop into Pulmonary
Hypertension (esenmenger syndrom) and
maternal mortality about 55%
2
INTRODUCTION
Mann DL,. Braundwald’s Heart Disease. 10th ed. 2015.
3. Four Types of VSD
Infundibular, outlet
•Rare 6-8% of all VSD
•at below the semilunar valve in the right ventricular outlet
Membran
•Most commmon 80% of all VSD
•At septum membran inferior to supraventricular crista.
Inlet
•8% of all CSD
•>> located at below the inlet valves in the inlet portion of right ventricular septum
•at muscular septum, bounded by the musculature ussually in the apical, central, and outer parts of
intraventricular septum
Muscular, trabecular
3
th
4. CASE ILLUSTRATION
23♀, pregnant • 33-34 weeks
shortness of breath
3 day before being
admitted,
•Not shrinking
•Not influence by food and weather
•Increase even though resting
•Woken up at night due to tightness
•fatique
The nails turned
blue
• 3 month before coming to the
hospital
HISTORY TAKING
4
8. 8
ECG
ST ,QRS rate 110x/min, RAD Extreme, P wave normal and PR interval 0.16 ", QRS 0.08", ST
changes (-/-), LVH (-), RVH (+), QTc 411 msec,
9. 9
Echocardiography
Muscular VSD measuring 18-20 mm R → L
shunt with a trans-VSD gradient of 10 mmHg
with Eisenmenger syndrome. TR Moderate,
high probability PH. LV global systolic with
good function, EF 60% (Simpson), global
normokinetic, good RV contractility, Left
Arch, Coa (-). Muscular VSD + PH
impression.
17. Physiological Adaptation to Pregnancy
• ↑ blood volume ≈50%
• ↑ CO 30-50%, max between
5th and 8th months
• ↓ systolic and diastolic
blood pressure
• ↓ systemic arterial resistance
18. Hemodynamic changes during delivery
• Labour
• ↑ O2 consumption
• ↑ baseline CO
• ↑ CO and blood pressure
during uterine contraction
(depend on mode of
delivery: epidural
analgesia/SC)
• Post partum
• ↑ Blood shift from placenta
• ↑ preload and CO
significant haemodynamic changes
Uterine contractions,positioning (left lateral vs.
supine), pain, anxiety, exertion, haemorrhage, and
uterine involution, anaesthesia and infection
19. CONGENITAL HEART DEFECT TYPE ACYANOTIC
19
Park, Myung K. Pediatric Cardiology for Practitioners. 5th ed; 2008
20. Diagnosis of VSD with
Eisenmenger Syndrom
Anamnesa
Clinical Findings
A widely split and fixed S2 and a grade 2 to 3 of 6
systolic ejection murmur at LLSB
ECG
RAD,RVH, or RBBB
Chest X ray
Cardiomegaly with enlargement of the RA RV prominent PA
segment Increased pulmonary vascular marking
20
Ventricular Septal Defect
Pulmonary Hypertension
(Left to the Right Shunt)
ECHOCARDIOGRAHY
Park, Myung K. Pediatric Cardiology for Practitioners. 5th ed; 2008:
24. 24
• Where these patients are contraindicated for pregnancy.
• If the pregnancy continuesit is strongly recommended for patients to
control regularly to the cardiologists and obstetricians during
pregnancy, during delivery and the puerperium.
25. The class of drugs that are safe for consumption is determined for pregnant
patient VSD with – Eisenmenger syndrome
25
Phosphodiesterase Inhibitor
• Inhibit specificcGMP phosphodiesterase (phosphodiesterase type 5
inhibitor ) icrease the puklmonary vascular respon to inhalational and
endogenous NO in pulmonary hypertension
Antiplatelet therapy
• Patinent with Eisenmenger syndrome are at increased risk of
thrombocytopenia, deficiencies in vitamin K-depende clotting factor,
but the evidence base for using antiplatelet or LMWH is less develop
26. 26
Cesarean delivery
Cesarean delivery needs a plan
In high risk lesions specialist multidisciplinary team.
Preparation of Operations the chosen type of Analgesia is the
Lumbar Epidural.
Continuous lumbar epidural analgesia with local or opiate
anesthesia, or continuous spinal opioid anesthesia can be given
safely
Management Delivery of VSD-PH in Pregnancy Patient
Regitz-Zagrosek V,ESC Guidelines on the Management of Cardiovascular Diseases during Pregnancy, 2011
27. Summary
Pregnancy is contraindicated in cases eisenmenger syndrome
Special attention and comprehensive management are required for pregnant
patients with VSD-Eisennenger (Section Cesaeran, Epidural lumbal analgesia,
sterilization)
One way is termination of pregnancy
27
A 16-year-old woman admitted to Cardiovascular Department of RSUP Dr. M. Djamil Padang with chief complaint of fever since 2 weeks before admission.
On the second day of treatment, there were still complaints of shortness of breath, fever, and phlegm cough with blood pressure was 100/47 mmHg, with heart rate 91 bpm (beat per minute), respiratory rate 24 times per minute, temperature 37.8°C and diuresis 0.8 cc/kg/hour. On physical examination, pansystolic murmur at the apex of the heart and soft wet rales were found, while wheezing and lower extremities edema were not found. Patient was diagnosed with Possible IE. Furosemide bolus iv therapy in the patient was replaced by Furosemide drip iv 3 mg/hour, while antibiotic therapy was continued. PRC transfusions and routine blood tests, MCV, MCH, MCHC, reticulocytes, and post correction electrolyte examinations were also performed in the patient. The patient then was consulted to the Internal Medicine Department. The Internist diagnosed the patient with Normochrome Normocytic Mild Anemia ec Hemolytic ec Autoimmune Suspension/Non-autoimmune Suspension. The patient was recommended to have routine blood tests (Hb, Ht, Leukocytes, Platelets) after transfusion.
The patient was consulted to the Pulmonology Department as well. From history taking, physical and other examinations, the patient was diagnosed with Community Acquired Pneumonia (CAP) and minimal dextral pleural effusion. The patient was recommended for culture and sensitivity test of sputum as well as Molecular Rapid Test (TCM) and Thoracic Ultrasound, if it is possible. The Pulmonologist gave recommendation therapy, i.e. continuing antibiotic therapy as the Cardiologist advised and nebulization of N-Acetylsistein 2x 300 mg.
On the third day of treatment, there were still complaints of phlegm cough, while shortness of breath had decreased and fever had been treated, with with blood pressure was 100/57 mmHg, with heart rate 79 bpm (beat per minute), respiratory rate 22 times per minute, temperature 37.1°C and diuresis 1.2 cc/kg/hour. On physical examination, pansystolic murmur at the apex of the heart and soft wet rales were found, lower extremities edema was not found.
Laboratory tests results showed normochromic anisocytosis, leukocytosis with shift to the right neutrophilia, and thrombocytopenia. Electrolyte blood tests results were calcium 8.2 mg/dL, sodium 133 mmol/L, potassium 3.4 mg/dL and serum chloride 103 mmol/L which showed improvement of hypocalcemia and hypokalemia. Treatments were IVFD RL 500 cc/24 hours, Furosemide drip iv which was maintained at 3 mg/hour, Ramipril which the dose was increased become 1x5 mg, and antibiotics therapy i.e. Ampicillin iv 4x3 g and Gentamicin iv 1x160 mg were continued for 15 days, then potassium was corrected with KCl 30 mEq. The ACE-I was planned to be up titrated, while other therapies were continued.
On the second day of treatment, there were still complaints of shortness of breath, fever, and phlegm cough with blood pressure was 100/47 mmHg, with heart rate 91 bpm (beat per minute), respiratory rate 24 times per minute, temperature 37.8°C and diuresis 0.8 cc/kg/hour. On physical examination, pansystolic murmur at the apex of the heart and soft wet rales were found, while wheezing and lower extremities edema were not found. Patient was diagnosed with Possible IE. Furosemide bolus iv therapy in the patient was replaced by Furosemide drip iv 3 mg/hour, while antibiotic therapy was continued. PRC transfusions and routine blood tests, MCV, MCH, MCHC, reticulocytes, and post correction electrolyte examinations were also performed in the patient. The patient then was consulted to the Internal Medicine Department. The Internist diagnosed the patient with Normochrome Normocytic Mild Anemia ec Hemolytic ec Autoimmune Suspension/Non-autoimmune Suspension. The patient was recommended to have routine blood tests (Hb, Ht, Leukocytes, Platelets) after transfusion.
The patient was consulted to the Pulmonology Department as well. From history taking, physical and other examinations, the patient was diagnosed with Community Acquired Pneumonia (CAP) and minimal dextral pleural effusion. The patient was recommended for culture and sensitivity test of sputum as well as Molecular Rapid Test (TCM) and Thoracic Ultrasound, if it is possible. The Pulmonologist gave recommendation therapy, i.e. continuing antibiotic therapy as the Cardiologist advised and nebulization of N-Acetylsistein 2x 300 mg.
On the third day of treatment, there were still complaints of phlegm cough, while shortness of breath had decreased and fever had been treated, with with blood pressure was 100/57 mmHg, with heart rate 79 bpm (beat per minute), respiratory rate 22 times per minute, temperature 37.1°C and diuresis 1.2 cc/kg/hour. On physical examination, pansystolic murmur at the apex of the heart and soft wet rales were found, lower extremities edema was not found.
Laboratory tests results showed normochromic anisocytosis, leukocytosis with shift to the right neutrophilia, and thrombocytopenia. Electrolyte blood tests results were calcium 8.2 mg/dL, sodium 133 mmol/L, potassium 3.4 mg/dL and serum chloride 103 mmol/L which showed improvement of hypocalcemia and hypokalemia. Treatments were IVFD RL 500 cc/24 hours, Furosemide drip iv which was maintained at 3 mg/hour, Ramipril which the dose was increased become 1x5 mg, and antibiotics therapy i.e. Ampicillin iv 4x3 g and Gentamicin iv 1x160 mg were continued for 15 days, then potassium was corrected with KCl 30 mEq. The ACE-I was planned to be up titrated, while other therapies were continued.