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"Latar belakang. Durasi AV delay (DAVD) pada pasien dengan pacu jantung dual chamber menentukan derajat sinkroni atrioventrikular (AV). Pengaturan DAVD yang optimal pada pasien dapat meningkatkan kualitas hidup dan memperbaiki parameter hemodinamik jika dibandingkan dengan pasien yang tidak dilakukan optimalisasi. Namun optimalisasi DAVD merupakan prosedur yang memakan waktu dan biaya. Perlu dicari faktor-faktor yang mempengaruhi nilai DAVD yang optimal. Metode. Penelitian ini merupakan studi potong lintang. Evaluasi dilakukan pada 35 pasien blok AV total dengan pacu jantung permanen dual chamber yang datang ke poliklinik RS Jantung Nasional Harapan Kita periode bulan Oktober sampai dengan pertengahan November 2014. Dilakukan pemeriksaan ekokardiografi terhadap parameter fungsi diastolik pada saat DAVD awal (DAVD pabrikan), lalu dicari DAVD optimal menggunakan VTI-LVOT terbesar. Hasil. Terdapat korelasi lemah antara paramater fungsi diastolik rasio E/A dan nilai DAVD optimal (r - 0,356 dengan p 0,036). Analisa regresi linear antara rasio E/A dengan nilai DAVD optimal (adjusted analysis sesuai usia, fraksi ejeksi, dan DAVD pabrikan) menunjukan nilai koefisien -0.477 dengan nilai p 0,007 (IK 95% - 84.4 s.d. -14.1). Analisa regresi linear antara nilai e' medial dengan DAVD optimal menunjukkan tingkat kemaknaan dengan nilai koefisien -0.390 dan nilai p 0.026 (IK 95% -16.3 s.d. -1.1). Terdapat perbedaan rerata DAVD optimal, 173.46 ±42.23 ms untuk pasien dengan rasio E/A ≥ 1, dan 128.89 ± 42.5 ms untuk rasio E/A <1 (p:0.01). Kesimpulan. Terdapat korelasi negatif yang bermakna antara parameter fungsi diastolik (E/A dan e' medial) dengan DAVD optimal pada pasien dengan pacu jantung permanen dual chamber.

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Background. AV Delay Duration (AVD) in patient with dual chamber pacemaker defines atrioventricular synchrony. Optimazation of AVD could improve quality of life and hemodynamic parameters compared to factory setting. Despite that, AVD optimization is a time consuming procedure and not cost effective. factors that influence the optimal AVD should be sought.

Methods. This is a cross sectional study on 35 total AV block patients that came to National Cardiovascular Center Harapan Kita from October to November 2014. Echocardiography on left ventricle diastolic indices was performed in factory setting AVD. The AVD that gives to the biggest LVOT VTI was set as the optimal AVD. Statistical analysis was done to correlate between diastolic indices and optial AVD.

Results. Weak correlation was noted between diastolic indices (E/A ratio) and optimal AVD (r: - 0,356; p: 0,036). Linear regression analysis showed a negative correlation between E/A ratio {coefficient -0.477; p: 0,007 (CI 95% - 84.4 to -14.1)} and medial e' {coefficient -0.390; p: 0.026 (CI 95% -16.3 to -1.1)} with optimal AVD (adjusted with age, ejection fraction, and factory setting AVD). Different E/A ratio showed a different optimal AVD mean, 173.46 ±42.23 ms for E/A ≥ 1 vs. 128.89 ± 42.5 ms for E/A <1 (p:0.01).

Conclusion. This paper shows a negative correlation between echocardiographic diastolic function indices (E/A ratio and medial e') with optimal AVD."

"Latar Belakang: Komplikasi sirosis hati pada jantung masih sedikit diketahui. Mekanisme patofisiologi sirosis hati yang melibatkan hipertensi portal memungkinkan terjadinya disfungsi diastolik ventrikel kiri. Tujuan: Mengetahui proporsi disfungsi diastolik ventrikel kiri pada pasien sirosis hati dengan kriteria ASE-EAE 2009 dan konvensional, korelasi positif antara beratnya derajat disfungsi diastolik ventrikel kiri dengan beratnya derajat disfungsi hati melalui skor Child Turcotte Pugh ( CTP ) dan menilai hubungan parameter beratnya derajat disfungsi diastolik menurut kriteria ASE-EAE 2009 dengan skor CTP numerik. Metode: Potong lintang pada pasien yang berobat secara konsekutif di Unit Rawat Jalan Hepatologi dan Rawat Inap Departemen Ilmu Penyakit Dalam FKUI-RSCM. Penelitian dimulai di bulan November 2013 hingga tercapai 96 subjek sirosis hati berusia 18-60 tahun. Anamnesis, pemeriksaan fisik, rekam medik dan pemeriksaan penunjang dilakukan. Pemeriksaan dengan ekokardiografi dilakukan oleh dua pemeriksa. Uji kesesuaian Kappa dan uji beda rerata dilakukan antar pemeriksa. Data kemudian diolah untuk diperoleh nilai proporsi, uji normalitas sebaran data, analisis uji korelasi Spearman dan analisis multivariat regresi linier. Hasil: Sebanyak 54,17% pasien mengalami hipertrofi konsentrik ventrikel kiri. Proporsi disfungsi diastolik ventrikel kiri dengan kriteria ASE-EAE 2009 sebesar 34,3% namun 21,9% ditemukan fungsi diastolik normal dengan indeks volume atrium kiri meningkat, dengan kriteria disfungsi diastolik konvensional proporsi menjadi 68,8%. Seluruh parameter fungsi diastolik menunjukkan perubahan abnormal pada CTP B 8-10. Korelasi beratnya derajat disfungsi diastolik ventrikel kiri kriteria ASE-EAE 2009 dengan beratnya derajat disfungsi hati melalui skor CTP skala numerik adalah 0,42 ( p = 0,000 ). Bila penderita diabetes dan pengguna spironolakton dieksklusi, r menjadi 0,51 ( p = 0,000; ASE-EAE 2009 ). Parameter beratnya derajat disfungsi diastolik yang berhubungan dengan beratnya derajat disfungsi hati skor numerik CTP adalah selisih Ar-A, volume atrium kiri dan nilai lateral e’ ( p < 0,005 ). Kesimpulan: Semakin berat disfungsi diastolik ventrikel kiri maka semakin berat sirosis hati. Parameter disfungsi diastolik ventrikel kiri yang berhubungan dengan beratnya sirosis hati adalah tekanan pengisian diastol intraventrikel beserta kekakuan miokard, remodelling atrium kiri dan kecepatan alir balik vena pulmonalis dalam menghadapi tekanan pengisian. Deteksi dini disfungsi diastolik pada sirosis hati dapat dimulai pada CTP B 8.

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Background: Cardiovascular complication of liver cirrhosis is relatively obscure. Liver cirrhosis pathophysiology involving portal hypertension made the possibility of cirrhosis complication manifested as left ventricular diastolic dysfunction.

Objective: To determine proportion of left ventricular diastolic dysfunction among liver cirrhotic patients according to American Society of Echocardiography-European Association of Echocardiography ( ASE-EAE ) 2009 and conventional approach, to determine any correlation between left ventricular diastolic dysfunction severity stages with severity stages of liver dysfunction in cirrhotic patients represented by Child Turcotte Pugh ( CTP ) score, also to asses relationship between severity stages of parameters of diastolic function according to ASE-EAE 2009 with liver cirrhosis severity evaluated by numerical CTP score.

Methods: In this cross sectional design, we targeted 96 liver cirrhotic patients within age of 18-60 year old consecutively due to any cause who admitted to ambulatory unit of Hepatology and Internal Medicine Cipto Mangunkusumo General Hospital wards into intended sample. The study started in November 2013 until proper sample size wasobtained. Echocardiography examination was performed by 2 operators. Interobserver validity was assesed with level of Kappa aggrement and mean difference. Data was extracted to find prevalence, normality test, Spearman correlation test and multivariate linear regression test.

Results: Left ventricular concentric hypertrophy was found in 54,2% of source population. Left ventricular diastolic dysfunction proportion among liver cirrhotic patients according to ASE-EAE 2009 is 34,3% and 21,9% of normal diastolic function subgroup has left atrial volume index ≥ 34 mL/m2. Conventional approach resulted in 68,8% of diastolic dysfuncation. All diastolic parameter showed abnormalities on CTP B 8-10. Spearman’s r values of stage of diastolic dysfunction severity according to ASE-EAE 2009 with severity of numerical CTP score is 0,42 ( p = 0,000 ). Exclusion of diabetic patients and spironolactone treated patients resulted in r 0,51 ( p = 0,000; ASE-EAE 2009 ). Parameters of diastolic function that have relation with liver dysfunction severity in cirrhosis measured by numerical CTP are Ar-A ( p = 0,004 ), left atrial volume index ( p = 0,005 ) and laterale e’ ( p = 0,026).

Conclusion: Severity of left ventricular diastolic dysfunction with severity of liver cirrhosis is correlated positively. Diastolic parameters relate with severity of liver cirrhosis are diastolic ventricular filling pressure with left ventricular chamber stiffness, left atrial remodelling and regurgitant of pulmonary venous flow velocity to oppose filling pressure. Early detection for diastolic dysfunction can be started on CTP B 8."

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