Peritoneal Dialysis Access

Also covered as: severe acute kidney injury · congenital heart disease · bladder outlet obstruction · chronic kidney disease · oligohydramnios · posterior urethral valves · anuria · pneumothorax
episodes total cited expert statements Updated Sep 11, 2026
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Managing Advanced Chronic Kidney Disease: Cincinnati Fetal Center
Dr. Foong-Yen Lim introduces the session topics of discussion, the challenges of neonatal dialysis, the pathway of renal transplantation, and pulmonary survivor qualifications. Dr. Paul Kingma, Neonatal Director, Cincinnati Fetal Center, di
video35:10 · Nov 2018
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Fetal management of advanced chronic kidney disease: Fetal Genitourinary...
Dr. Foong-Yen Lim introduces the challenges of neonatal dialysis, the pathway of renal transplantation, and pulmonary survivor qualifications. Dr. Paul Kingma discusses the pulmonary survivor odds based upon amniotic fluid status and postna
video34:05 · Jan 2019
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Renal transplantation: Cincinnati Fetal Center
Dr. Maria Alonso, Intestinal Transplant Surgeon, presents on renal transplantations. She discusses general surgical needs, gastrostomy tube, peritoneal dialysis catheter, hemodialysis catheter, extra peritoneal approach, extra vesicle re im
video13:51 · Nov 2018
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Renal transplantation: Fetal Genitourinary Disease 2015
Dr. Maria Alonso, Intestinal Transplant Surgeon, presents on renal transplantations. She discusses general surgical needs, gastrostomy tube, peritoneal dialysis catheter, hemodialysis catheter, extra peritoneal approach, extra vesicle re-im
video13:44 · Jan 2019
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Early Peritoneal Dialysis and Postoperative Outcomes in Infants After Pediatric Cardiac Surgery
New article you should know by Dr. Alex Halpern "Early Peritoneal Dialysis and Postoperative Outcomes in Infants After Pediatric Cardiac Surgery: A Systematic Review and Meta-Analysis" Authors: Siva P Namachivayam, Suvikrom Law, Johnn
video0:47 · Sep 2023
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Quick Literature Updates Episode 13
We’re back with thirteenth episode of "Quick Literature Updates" the podcast series that delivers the latest updates in pediatric surgery literature in a quick and digestible format. In each episode, we review articles covering the most int
video4:12 · Nov 2023
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Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery in th
Grant Chappell, Darren Turner, Amir Mehdizadeh-Shrifi, David Lehenbauer, Marco Ricci, Meghan M Chlebowski, Stuart L Goldstein, Awais Ashfaq, David L S Morales Hemodialysis after infant congenital heart surgery (CHS) for acute kidney injury
video0:53 · May 2026
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Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery in the
This video highlights a recent PubMed article on hemodialysis outcomes in infants following congenital heart surgery (CHS). It reveals that approximately 1% of infants undergoing CHS develop severe acute kidney injury requiring dialysis, wi
video0:53 · Jun 2026
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Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery in the
This video discusses a PubMed article on dialysis outcomes for infants undergoing congenital heart surgery. It highlights that about 1% of these infants develop severe acute kidney injury requiring dialysis, with a one-year survival rate of
video0:53 · Jun 2026
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Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery...
Lizzy Lee from Cincinnati Children's discusses a study on hemodialysis outcomes in infants after congenital heart surgery (CHS). Approximately 1% of infants undergoing CHS develop severe acute kidney injury (AKI) requiring dialysis, with a
video0:53 · Jun 2026
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PDC 2020 Practice Gaps
This clip from the 2020 Pediatric Surgery Update Course features Elizabeth Beierle, MD, Erik Skarsgard, MD, and Robert Cusick, MD presenting 2020’s practice gaps as identified by the American Pediatric Surgical Association’s (APSA) Professi
video83:26 · Sep 2020
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Summaries and takeawayssummary · key points · takeaways · the doctors · all expert statements+ Show
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Peritoneal dialysis (PD) remains the preferred modality for renal replacement therapy in infants and small children, being technically less challenging than hemodialysis alternatives. Timing of catheter placement is critical: catheters should ideally heal for two weeks before use, though immediate low-volume dialysis is feasible when necessary. Surgical technique matters—gastrostomy tubes must be placed high on the lesser curvature to preserve gastric tissue for potential future bladder augmentation, and adequate spacing between G-tube and PD catheter sites prevents infectious complications. Hernias (inguinal and umbilical) develop commonly during PD but are managed conservatively unless they compromise dialysis mechanics. PD confers a mechanical advantage for early transplantation: infants on PD develop abdominal wall laxity allowing transplant at 8 kg versus 10 kg for non-PD patients. Catheter failure rates remain substantial at 30–50%. In the cardiac surgery population, early PD initiation reduces mortality, shortens mechanical ventilation, and decreases ICU length of stay. However, severe acute kidney injury requiring dialysis post-cardiac surgery carries grave prognosis (46% one-year survival), with outcomes significantly better at high-volume dialysis centers.
  1. PD is the least technically difficult dialysis modality for small children; catheters should heal 2 weeks before use when possible, though immediate low-volume use is feasible.
  2. G-tube placement must be high on the lesser curvature to preserve stomach for future bladder augmentation; inadequate spacing from PD catheter causes infection.
  3. Infants on PD can be transplanted at 8 kg (vs. 10 kg off PD) due to abdominal wall laxity; all infant recipients receive adult donor kidneys extraperitoneally.
  4. Early PD after pediatric cardiac surgery reduces mortality, shortens ventilation and ICU stay; high-volume dialysis centers have 3× hospital survival and 2× one-year survival.
  5. PD catheter failure occurs in 30–50% of cases; hernias develop commonly but are managed conservatively unless they compromise dialysis mechanics.
For patients & families
When a baby has severe kidney problems before birth, doctors focus first on whether the lungs will develop normally, because that determines survival more than the kidney issues themselves . If the baby's amniotic fluid can be restored to normal levels through medical procedures, the chance of the lungs working well enough increases to about 80% [e622-c2, e916-c2]. Even babies who survive the delivery room may face ongoing breathing challenges, and their lung function may never be completely normal [e622-c6, e916-c5]. Many of these babies make large amounts of urine, even though their kidneys aren't working properly, which actually helps doctors manage their care . The medical team monitors growth carefully—if the baby stops gaining weight or growing in length, or if they can't control dangerous chemical imbalances in the blood with medicines alone, dialysis may be needed [e622-c20, e916-c14]. Peritoneal dialysis, where fluid is cycled through the belly to clean the blood, is the most practical option for small babies [e622-c21, e916-c15]. Most families find that one parent needs to stop working to care for the baby full-time [e622-c22, e916-c16]. When babies reach about 8-10 kilograms (roughly 18-22 pounds), usually in their second year, they may be large enough for a kidney transplant [e622-c10, e916-c19].
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Early Peritoneal Dialysis and Postoperative Outcomes in Infants After Pediatric Cardiac Surgery
Dr. Dudike and his team performed a systematic review and meta-analysis on early peritoneal dialysis after pediatric cardiac surgery
clinicalAlex Halpern0:14 ↗
Five studies were included in the meta-analysis
clinicalAlex Halpern0:19 ↗
Early initiation of peritoneal dialysis was associated with decreased postoperative mortality
clinicalAlex Halpern0:24 ↗
Early initiation of peritoneal dialysis shortened duration of mechanical ventilation
clinicalAlex Halpern0:30 ↗
Early initiation of peritoneal dialysis shortened length of stay in the ICU
clinicalAlex Halpern0:30 ↗
Early initiation of peritoneal dialysis may benefit infants after pediatric cardiac surgery
opinionAlex Halpern0:30 ↗
Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery in th
1% of infants can develop severe acute kidney injury and require dialysis after congenital heart surgery
epidemiologicalLizzie Lee0:07 ↗
For infants that needed hemodialysis after congenital heart surgery, one-year survival was 46%
epidemiologicalLizzie Lee0:14 ↗
For infants that did not need hemodialysis after congenital heart surgery, one-year survival was 94%
epidemiologicalLizzie Lee0:14 ↗
Most infants requiring dialysis after congenital heart surgery received continuous renal replacement therapy rather than intermittent dialysis
clinicalLizzie Lee0:23 ↗
Hospitals that use dialysis more frequently had 3 times higher hospital survival for infants after congenital heart surgery
epidemiologicalLizzie Lee0:33 ↗
Hospitals that use dialysis more frequently had double the 1-year survival rate for infants after congenital heart surgery
epidemiologicalLizzie Lee0:33 ↗
Dialysis after infant heart surgery is rare
epidemiologicalLizzie Lee0:39 ↗
Outcomes may improve when infants requiring dialysis after heart surgery are treated at a center with more experience in using dialysis
opinionLizzie Lee0:44 ↗
Practice Patterns and Outcomes of Hemodialysis in Infants Undergoing Congenital Heart Surgery in the
1% of infants can develop severe acute kidney injury and require dialysis after congenital heart surgery
epidemiologicalLizzie Lee0:07 ↗
For infants needing hemodialysis after congenital heart surgery, one-year survival was 46%
clinicalLizzie Lee0:14 ↗
For infants not needing hemodialysis after congenital heart surgery, one-year survival was 94%
clinicalLizzie Lee0:14 ↗
Most infants requiring dialysis after congenital heart surgery received continuous renal replacement therapy rather than intermittent dialysis
clinicalLizzie Lee0:23 ↗
Hospitals that use dialysis more frequently had 3 times higher hospital survival for infants after congenital heart surgery
clinicalLizzie Lee0:33 ↗
Hospitals that use dialysis more frequently had double the 1-year survival rate for infants after congenital heart surgery
clinicalLizzie Lee0:33 ↗
Dialysis after infant heart surgery is rare
epidemiologicalLizzie Lee0:39 ↗
Outcomes may improve when infants requiring dialysis after heart surgery are treated at a center with more experience in using dialysis
opinionLizzie Lee0:44 ↗
1% of infants can develop severe acute kidney injury and require dialysis after congenital heart surgery
epidemiologicalLizzie Lee0:07 ↗
For infants needing hemodialysis after congenital heart surgery, one-year survival was 46%
clinicalLizzie Lee0:14 ↗
For infants not needing hemodialysis after congenital heart surgery, one-year survival was 94%
clinicalLizzie Lee0:14 ↗
Most infants requiring dialysis after congenital heart surgery received continuous renal replacement therapy rather than intermittent dialysis
clinicalLizzie Lee0:23 ↗
Hospitals that use dialysis more frequently had 3 times higher hospital survival for infants after congenital heart surgery
clinicalLizzie Lee0:33 ↗
Hospitals that use dialysis more frequently had double the 1-year survival rate for infants after congenital heart surgery
clinicalLizzie Lee0:33 ↗
Dialysis after infant heart surgery is rare
epidemiologicalLizzie Lee0:39 ↗
Outcomes may improve when infants requiring dialysis after heart surgery are treated at a center with more experience in using dialysis
opinionLizzie Lee0:44 ↗
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