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Ismail
"Penggantian katup aorta dengan katup mekanik memerlukan biaya mahal, meningkatkan risiko endokarditis dan tromboemboli, serta memerlukan antikoagulan seumur hidup. Perikardium autolog merupakan alternatif untuk penggantian katup aorta. Tujuan penelitian ini adalah membandingkan luaran penggantian katup aorta antara katup mekanik dan perikardium autolog dengan teknik strip tunggal perikardium. Penelitian ini merupakan uji klinis terandomisasi di Pelayanan Jantung Terpadu Rumah Sakit Cipto Mangunkusumo (PJT-RSCM). Subjek dibagi ke dalam 2 kelompok berdasarkan jenis katup yang diterima, yaitu katup mekanik (kelompok mekanik) dan strip perikardium (kelompok strip). Luaran left ventricular reverse remodeling (LVRR), 6 minute walking test (6MWT), dan kadar soluble suppression of tumorigenicity-2 (sST-2) diperiksa preoperasi, 3 bulan, dan 6 bulan pascabedah. Terdapat 34 subjek yang ikut serta dari Juli 2016-Februari 2022, 17 subjek pada masing-masing kelompok. Tidak terdapat beda kejadian LVRR pada kedua kelompok, yaitu 26,7% pada kelompok mekanik dan 29,4% pada kelompok strip (p = 0,703). Pada pemeriksaan jarak 6 minute walking test (6MWT) tidak terdapat perbedaan bermakna jarak 6MWT antara kelompok strip perikardium dan kelompok mekanik pada 6 bulan pascabedah, yaitu 431,93 (SB 93,41) m vs. 404,28 (SB 79,25) m, p = 0,427 pascabedah. Kadar sST-2 kelompok mekanik 16,12 (SB 5,92) pg/mL secara bermakna lebih tinggi dibandingkan kelompok strip 11,52 (SB 6,96) pg/mL, p = 0,023) pada 6 bulan pascabedah. Disimpulkan teknik strip tunggal perikardium memiliki luaran yang sebanding dengan katup mekanik sehingga dapat digunakan sebagai alternatif penggantian katup aorta.

Aortic valve replacement with mechanical valves are quite expensive, increased the risk of adverse events such as endocarditis and thromboembolism, and requires patients to take anticoagulants for the rest of their life. Autologous pericardium is an alternative for aortic valve replacement. This study aims to compare outcomes of aortic valve replacement using mechanical valve and prosthetic valve with single-strip pericardium technique. This was a randomized clinical trial conducted at the Cipto Mangunkusumo Hospital (PJT-RSCM). Eligible subjects were randomized to either receive mechanical valve (mechanical group) or single-strip pericardium (single-strip group). Outcome assessments of left ventricular reverse remodeling (LVRR), 6 minute walking test (6MWT), and soluble suppression of tumorogenicity-2 (sST-2) were carried out at preoperation, 3 months, and 6 months postoperation. There were 34 subjects recruited from July 2016 to February 2022, 17 subjects in each groups. There was no difference in postoperative LVRR incidence between both groups, 26.7% in mechanical group vs. 29.4% in single strip group (p = 0.703). There was no significant difference of 6MWT between the mechanical and pericardial strip at six months post-operation, 404.28 (SD 79.25) m vs. 431.93 (SD 93.41) m, p = 0.427. The sST-2 level is significantly higher in mechanical group 16.12 (SD 5.92) pg/mL compared to single strip group 11.52 (SD 6.96) pg/mL, p = 0.023 at six months post-operation. We concluded that single strip pericardium technique showed comparable outcomes to mechanical valve and is considered a feasible alternative for aortic valve replacement."
Jakarta: Fakultas Kedokteran Universitas Indonesia, 2022
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UI - Disertasi Membership  Universitas Indonesia Library
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Dicky Fakhri
"[ABSTRAK
Latar Belakang: Pada anak dengan penyakit jantung bawaan (PJB) yang
menjalani operasi jantung terbuka, sepsis merupakan salah satu komplikasi
pascaoperasi. Lama prosedur pintas jantung paru, usia, status gizi, timektomi, dan
variasi genetik, seperti polimorfisme toll-like receptor (TLR) 2 dan tollinteracting
protein (TOLLIP) dapat memengaruhi respons imun. Informasi
mengenai peran faktor tersebut terhadap kejadian sepsis dan respons imun
pascaoperasi jantung terbuka masih terbatas.
Tujuan: Mengetahui peran polimorfisme TLR2, TOLLIP, dan faktor lainnya
terhadap kejadian sepsis dan respons imun pascaoperasi jantung terbuka untuk
memperoleh strategi paling tepat dalam penanganan kasus bedah jantung pada
anak.
Metodologi: Studi longitudinal dengan non-probability consecutive sampling
dilakukan pada anak <1 tahun yang menjalani operasi jantung terbuka.
Pemeriksaan polimorfisme TLR2 Arg677Trp, TLR2 N199N, TOLLIP rs5743867,
sel CD4 dan CD8 yang menyekresikan IFN-γ intraselular, sel Dendritik yang
mengekspresikan TLR2, dan sel NK. Pasien menjalani operasi jantung terbuka.
Setelah operasi, pasien dimonitor untuk menilai sepsis dan respons imun
pascaoperasi.
Hasil: Dari 108 subjek yang terlibat, 21,3% diantaranya mengalami sepsis.
Seluruh subjek adalah mutan TLR2 Arg677Trp, 92,6% pasien adalah mutan TLR2
N199N, dan 52,8% pasien adalah mutan TOLLIP rs5743867. Polimorfisme TLR2
N199N dan timektomi total tidak diikutkan dalam model analisis multivariat.
Polimorfisme TOLLIP rs5743867 (p = 0,358) menurunkan resiko sepsis, lama
prosedur pintas jantung paru ≥90 menit (p = 0,002), usia neonatus (p = 0,032), dan
gizi buruk (p = 0,558) meningkatkan risiko sepsis pascaoperasi. Jumlah respons
imun bervariasi antara kategori, namun secara umum komponen respons imun
lebih rendah pada pasien yang mengalami sepsis dibanding pada pasien yang tidak
mengalami sepsis.
Simpulan: Lama prosedur pintas jantung paru dan usia neonatus secara signifikan
memengaruhi risiko dan kecepatan sepsis pascaoperasi. Peran polimorfisme TLR2
N199N dan TOLLIP rs5743867 terhadap kejadian sepsis dan respons imun
pascaoperasi memerlukan studi komprehensif lebih lanjut.

ABSTRACT
Background: Sepsis is one of the complications in children with congenital heart
defect who underwent open heart surgery. Cardiopulmonary bypass (CPB) time,
age, nutritional status, thymectomy, and genetic variants, such as toll-like receptor
(TLR) 2 and toll-interacting protein (TOLLIP) polymorphism affect immune
response. Information regarding those factors in the development of sepsis and
immune response after open heart surgery is still limited.
Objectives: To understand the role of TLR 2 and TOLLIP polymorphism, as well
as other risk factors, in the development of sepsis and immune response following
open heart surgery to develop the best strategy in open heart surgery in children.
Methods: Longitudinal study with consecutive sampling were done in children <1
year old who underwent open heart surgery. Blood sample was obtained to check
for TLR2 Arg677Trp polymorphism, TLR2 N199N polymorphism, TOLLIP
rs5743867 polymorphism, the numbers of intracellular interferon γ CD4 and CD8,
TLR2 expression in Dendritic cells, and NK cells. Patient then underwent open
heart surgery. Thymectomy was done as indicated and CPB time was recorded.
After surgery, patient was monitored for signs of sepsis and immune response was
checked.
Results: Out of 108 patients involved in this study, 21.3% developed
postoperative sepsis. TLR2 Arg677Trp polymorphism was found in all patients,
TLR2 N199N polymorphism was found in 92.6% of the patients, and TOLLIP
rs5743867 polymorphism was found in 52.8% of the patients. TLR2 N199N
polymorphism and thymectomy were not included in multivariate analysis.
TOLLIP rs5743867 polymorphism (p = 0.358) reduced the risk of sepsis, CPB
time ≥90 menit (p = 0.002), neonates (p = 0.032), and severe malnutrition (p =
0.558) increased the risk of postoperative sepsis. Immune response?s counts vary
in each category, but were generally lower in patients who developed
postoperative sepsis.
Conclusion: Cardiopulmonary bypass time and neonates significantly influenced
the risk and hazard of postoperative sepsis. Further investigation on the role of
TLR2 N199N and TOLLIP rs5743867 polymorphism are necessary to provide
more comprehensive explanation on the development of postoperative sepsis and
the immune response after open heart surgery;Background: Sepsis is one of the complications in children with congenital heart
defect who underwent open heart surgery. Cardiopulmonary bypass (CPB) time,
age, nutritional status, thymectomy, and genetic variants, such as toll-like receptor
(TLR) 2 and toll-interacting protein (TOLLIP) polymorphism affect immune
response. Information regarding those factors in the development of sepsis and
immune response after open heart surgery is still limited.
Objectives: To understand the role of TLR 2 and TOLLIP polymorphism, as well
as other risk factors, in the development of sepsis and immune response following
open heart surgery to develop the best strategy in open heart surgery in children.
Methods: Longitudinal study with consecutive sampling were done in children <1
year old who underwent open heart surgery. Blood sample was obtained to check
for TLR2 Arg677Trp polymorphism, TLR2 N199N polymorphism, TOLLIP
rs5743867 polymorphism, the numbers of intracellular interferon γ CD4 and CD8,
TLR2 expression in Dendritic cells, and NK cells. Patient then underwent open
heart surgery. Thymectomy was done as indicated and CPB time was recorded.
After surgery, patient was monitored for signs of sepsis and immune response was
checked.
Results: Out of 108 patients involved in this study, 21.3% developed
postoperative sepsis. TLR2 Arg677Trp polymorphism was found in all patients,
TLR2 N199N polymorphism was found in 92.6% of the patients, and TOLLIP
rs5743867 polymorphism was found in 52.8% of the patients. TLR2 N199N
polymorphism and thymectomy were not included in multivariate analysis.
TOLLIP rs5743867 polymorphism (p = 0.358) reduced the risk of sepsis, CPB
time ≥90 menit (p = 0.002), neonates (p = 0.032), and severe malnutrition (p =
0.558) increased the risk of postoperative sepsis. Immune response?s counts vary
in each category, but were generally lower in patients who developed
postoperative sepsis.
Conclusion: Cardiopulmonary bypass time and neonates significantly influenced
the risk and hazard of postoperative sepsis. Further investigation on the role of
TLR2 N199N and TOLLIP rs5743867 polymorphism are necessary to provide
more comprehensive explanation on the development of postoperative sepsis and
the immune response after open heart surgery;Background: Sepsis is one of the complications in children with congenital heart
defect who underwent open heart surgery. Cardiopulmonary bypass (CPB) time,
age, nutritional status, thymectomy, and genetic variants, such as toll-like receptor
(TLR) 2 and toll-interacting protein (TOLLIP) polymorphism affect immune
response. Information regarding those factors in the development of sepsis and
immune response after open heart surgery is still limited.
Objectives: To understand the role of TLR 2 and TOLLIP polymorphism, as well
as other risk factors, in the development of sepsis and immune response following
open heart surgery to develop the best strategy in open heart surgery in children.
Methods: Longitudinal study with consecutive sampling were done in children <1
year old who underwent open heart surgery. Blood sample was obtained to check
for TLR2 Arg677Trp polymorphism, TLR2 N199N polymorphism, TOLLIP
rs5743867 polymorphism, the numbers of intracellular interferon γ CD4 and CD8,
TLR2 expression in Dendritic cells, and NK cells. Patient then underwent open
heart surgery. Thymectomy was done as indicated and CPB time was recorded.
After surgery, patient was monitored for signs of sepsis and immune response was
checked.
Results: Out of 108 patients involved in this study, 21.3% developed
postoperative sepsis. TLR2 Arg677Trp polymorphism was found in all patients,
TLR2 N199N polymorphism was found in 92.6% of the patients, and TOLLIP
rs5743867 polymorphism was found in 52.8% of the patients. TLR2 N199N
polymorphism and thymectomy were not included in multivariate analysis.
TOLLIP rs5743867 polymorphism (p = 0.358) reduced the risk of sepsis, CPB
time ≥90 menit (p = 0.002), neonates (p = 0.032), and severe malnutrition (p =
0.558) increased the risk of postoperative sepsis. Immune response?s counts vary
in each category, but were generally lower in patients who developed
postoperative sepsis.
Conclusion: Cardiopulmonary bypass time and neonates significantly influenced
the risk and hazard of postoperative sepsis. Further investigation on the role of
TLR2 N199N and TOLLIP rs5743867 polymorphism are necessary to provide
more comprehensive explanation on the development of postoperative sepsis and
the immune response after open heart surgery;Background: Sepsis is one of the complications in children with congenital heart
defect who underwent open heart surgery. Cardiopulmonary bypass (CPB) time,
age, nutritional status, thymectomy, and genetic variants, such as toll-like receptor
(TLR) 2 and toll-interacting protein (TOLLIP) polymorphism affect immune
response. Information regarding those factors in the development of sepsis and
immune response after open heart surgery is still limited.
Objectives: To understand the role of TLR 2 and TOLLIP polymorphism, as well
as other risk factors, in the development of sepsis and immune response following
open heart surgery to develop the best strategy in open heart surgery in children.
Methods: Longitudinal study with consecutive sampling were done in children <1
year old who underwent open heart surgery. Blood sample was obtained to check
for TLR2 Arg677Trp polymorphism, TLR2 N199N polymorphism, TOLLIP
rs5743867 polymorphism, the numbers of intracellular interferon γ CD4 and CD8,
TLR2 expression in Dendritic cells, and NK cells. Patient then underwent open
heart surgery. Thymectomy was done as indicated and CPB time was recorded.
After surgery, patient was monitored for signs of sepsis and immune response was
checked.
Results: Out of 108 patients involved in this study, 21.3% developed
postoperative sepsis. TLR2 Arg677Trp polymorphism was found in all patients,
TLR2 N199N polymorphism was found in 92.6% of the patients, and TOLLIP
rs5743867 polymorphism was found in 52.8% of the patients. TLR2 N199N
polymorphism and thymectomy were not included in multivariate analysis.
TOLLIP rs5743867 polymorphism (p = 0.358) reduced the risk of sepsis, CPB
time ≥90 menit (p = 0.002), neonates (p = 0.032), and severe malnutrition (p =
0.558) increased the risk of postoperative sepsis. Immune response?s counts vary
in each category, but were generally lower in patients who developed
postoperative sepsis.
Conclusion: Cardiopulmonary bypass time and neonates significantly influenced
the risk and hazard of postoperative sepsis. Further investigation on the role of
TLR2 N199N and TOLLIP rs5743867 polymorphism are necessary to provide
more comprehensive explanation on the development of postoperative sepsis and
the immune response after open heart surgery, Background: Sepsis is one of the complications in children with congenital heart
defect who underwent open heart surgery. Cardiopulmonary bypass (CPB) time,
age, nutritional status, thymectomy, and genetic variants, such as toll-like receptor
(TLR) 2 and toll-interacting protein (TOLLIP) polymorphism affect immune
response. Information regarding those factors in the development of sepsis and
immune response after open heart surgery is still limited.
Objectives: To understand the role of TLR 2 and TOLLIP polymorphism, as well
as other risk factors, in the development of sepsis and immune response following
open heart surgery to develop the best strategy in open heart surgery in children.
Methods: Longitudinal study with consecutive sampling were done in children <1
year old who underwent open heart surgery. Blood sample was obtained to check
for TLR2 Arg677Trp polymorphism, TLR2 N199N polymorphism, TOLLIP
rs5743867 polymorphism, the numbers of intracellular interferon γ CD4 and CD8,
TLR2 expression in Dendritic cells, and NK cells. Patient then underwent open
heart surgery. Thymectomy was done as indicated and CPB time was recorded.
After surgery, patient was monitored for signs of sepsis and immune response was
checked.
Results: Out of 108 patients involved in this study, 21.3% developed
postoperative sepsis. TLR2 Arg677Trp polymorphism was found in all patients,
TLR2 N199N polymorphism was found in 92.6% of the patients, and TOLLIP
rs5743867 polymorphism was found in 52.8% of the patients. TLR2 N199N
polymorphism and thymectomy were not included in multivariate analysis.
TOLLIP rs5743867 polymorphism (p = 0.358) reduced the risk of sepsis, CPB
time ≥90 menit (p = 0.002), neonates (p = 0.032), and severe malnutrition (p =
0.558) increased the risk of postoperative sepsis. Immune response’s counts vary
in each category, but were generally lower in patients who developed
postoperative sepsis.
Conclusion: Cardiopulmonary bypass time and neonates significantly influenced
the risk and hazard of postoperative sepsis. Further investigation on the role of
TLR2 N199N and TOLLIP rs5743867 polymorphism are necessary to provide
more comprehensive explanation on the development of postoperative sepsis and
the immune response after open heart surgery]"
2015
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UI - Disertasi Membership  Universitas Indonesia Library