Rosemary Radley Smith1, Jo Wray, Asghar Khaghani, Magdi Yacoub. 1. Royal Brompton, Harefield NHS Trust, Paediatric Surgical Unit, Harefield Hospital, Harefield, Middlesex UB9 6JH, UK. r.radley-smith@rbh.nthames.nhs.uk <r.radley-smith@rbh.nthames.nhs.uk>
Abstract
OBJECTIVE: To report 10 years survival in children under the age of 16 years undergoing heart transplantation in a single institution. METHODS: One hundred and thirty nine/one hundred and ninety three patients (73%) survived more than 1 year after transplant. Seventy four (53%) of these survived more than 10 (10.0-20.1) years. Age at operation was 10 days-15.5 (mean 8.1) years. Patients were maintained on ciclosporin and azathiaprine alone. Routine steroids only given to 4 patients for either persistent rejection or deteriorating renal function. Rejection diagnosed on clinical or echocardiographic grounds. No routine biopsies were performed. Bi-annual coronary angiography was used to diagnose graft coronary disease. RESULTS: Graft coronary disease was found in 8 patients (11%), 2 were re-transplanted and have survived 4.3-7.2 years since. Two patients are alive without intervention 2.0-13.0 years from initial diagnosis. Two patients have undergone interventional procedures 11 and 16 years after transplantation and are alive 3 and 4 years, respectively, later. Seven patients have had post transplant lymphoproliferative disease (PTLD) and 6 have had no recurrence for 3-13 years after treatment. Impaired renal function with abnormal serum creatinine levels is increasingly common-11 patients have developed end stage renal failure, 7 requiring renal transplantation, hypertension occurred in only 3 patients other than those in renal failure. Late rejection episodes associated with probable non-adherence occurred in 7 patients. There were 10 late deaths; 2 from graft coronary disease; 1 from PTLD; 3 from renal failure; 3 from acute rejection and 1 from infection. Conditional actuarial survival from 1 year post transplant was 76 and 67% at 10 and 15 years, respectively. CONCLUSIONS: Survival for more than 10 years is increasingly realistic. In this age group adherence and deteriorating renal function are major challenges.
OBJECTIVE: To report 10 years survival in children under the age of 16 years undergoing heart transplantation in a single institution. METHODS: One hundred and thirty nine/one hundred and ninety three patients (73%) survived more than 1 year after transplant. Seventy four (53%) of these survived more than 10 (10.0-20.1) years. Age at operation was 10 days-15.5 (mean 8.1) years. Patients were maintained on ciclosporin and azathiaprine alone. Routine steroids only given to 4 patients for either persistent rejection or deteriorating renal function. Rejection diagnosed on clinical or echocardiographic grounds. No routine biopsies were performed. Bi-annual coronary angiography was used to diagnose graft coronary disease. RESULTS: Graft coronary disease was found in 8 patients (11%), 2 were re-transplanted and have survived 4.3-7.2 years since. Two patients are alive without intervention 2.0-13.0 years from initial diagnosis. Two patients have undergone interventional procedures 11 and 16 years after transplantation and are alive 3 and 4 years, respectively, later. Seven patients have had post transplant lymphoproliferative disease (PTLD) and 6 have had no recurrence for 3-13 years after treatment. Impaired renal function with abnormal serum creatinine levels is increasingly common-11 patients have developed end stage renal failure, 7 requiring renal transplantation, hypertension occurred in only 3 patients other than those in renal failure. Late rejection episodes associated with probable non-adherence occurred in 7 patients. There were 10 late deaths; 2 from graft coronary disease; 1 from PTLD; 3 from renal failure; 3 from acute rejection and 1 from infection. Conditional actuarial survival from 1 year post transplant was 76 and 67% at 10 and 15 years, respectively. CONCLUSIONS: Survival for more than 10 years is increasingly realistic. In this age group adherence and deteriorating renal function are major challenges.
Authors: Scott R Auerbach; Jane Gralla; David N Campbell; Shelley D Miyamoto; Biagio A Pietra Journal: Transplantation Date: 2014-02-27 Impact factor: 4.939
Authors: Christina M Phelps; Cecile Tissot; Shannon Buckvold; Jane Gralla; D Dunbar Ivy; Biagio A Pietra; Shelley D Miyamoto Journal: Pediatr Cardiol Date: 2010-10-21 Impact factor: 1.655
Authors: Tajinder P Singh; Carey Faber; Elizabeth D Blume; Sarah Worley; Christopher S Almond; Leslie B Smoot; Shay Dillis; Colleen Nasman; Gerard J Boyle Journal: J Heart Lung Transplant Date: 2010-01-12 Impact factor: 10.247