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Congenital Heart Disease

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episodes total cited expert statements Updated Sep 8, 2026
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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 Β· 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 Β· 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 Β· 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 Β· Jun 2026
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Psychosocial Outcomes: New Horizons in Medical and Surgical Fontan Management...
Physicians from theCincinnati Children’s Heart Institutediscuss the long-term care of single ventricle patients from infancy to adulthood, including new insights on Fontan management and quality of life.During this session,Dr. Stacey Morris
video22:39 Β· Jan 2019
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Psychosocial Outcomes: New Horizons in Medical and Surgical Fontan Management...
Stacey Morrison is a clinical psychologist working in adult congenital heart disease and the Fontan Clinic.
host_summary0:03 β†—
Psychosocial functioning is the interplay between psychological factors (internal processes including neurocognitive functioning, cognitive and intellectual functioning, executive functioning, mood, anxiety, temperament, and personality factors) and social factors (levels of social support including family supports, school supports for children, employment, social interactions with peers, community involvement, and areas where they may feel productive in their social roles).
clinicalStacey Morrison1:42 β†—
The presence of a congenital heart defect, especially a Fontan, often results in enormous emotional and financial strain on families, with continual effects from ongoing medical care and routine disruptions.
clinicalStacey Morrison2:40 β†—
Early life experiences of families with Fontan patients have profound impact and these experiences resonate across a lifetime.
clinicalStacey Morrison3:11 β†—
Children with complex CHD are at risk of neurological and cognitive impairment, and Fontan patients may be especially vulnerable.
clinicalStacey Morrison3:24 β†—
A multidisciplinary clinic at Children's includes psychology, developmental pediatricians, cardiologists, social work, education consultant, OT, nutrition, and speech and language professionals, focusing on evaluation, consultation, and coordination of care for especially vulnerable children followed into adulthood.
clinicalStacey Morrison3:34 β†—
As adults, Fontan patients remain at risk for significant sequelae and face significant and very unique life stressors that place them at increased risk for ongoing distress.
clinicalStacey Morrison4:13 β†—
Typical neurodevelopmental issues in Fontan patients include lower IQ, difficulty with math and language-based academic achievement, impairments in expressive and receptive language skills and written expression skills (including organization and planning of expression), executive functioning deficits (behavioral and metacognitive), flexible attention shifting problems (distractibility and hyperfocus), poor planning and organization problems, difficulty with time management, diminished fine and gross motor skills, working memory issues, and slowed processing speed.
clinicalStacey Morrison4:32 β†—
A very high number of Fontan patients are left-handed (anecdotal observation).
clinicalStacey Morrison5:44 β†—
Approximately 1 in 3 adults with CHD in North America experience difficulty with depression and/or anxiety.
epidemiologicalStacey Morrison6:02 β†—
Adolescents with single ventricle congenital heart disease have a 5-fold increase in rates of anxiety disorders as well as ADHD compared with their healthy control peers.
epidemiologicalStacey Morrison6:13 β†—
Adults with CHD may have significantly higher risk of PTSD than in the general population.
epidemiologicalStacey Morrison6:29 β†—
The chronic impact over time of disruption contributes to PTSD risk, and parents early on also show signs of PTSD.
clinicalStacey Morrison6:50 β†—
Mitigating psychosocial factors for adults with Fontan include differences in body image or perceptions of scarring, perceived health status or severity of disease, poor social support or social anxiety, performance anxiety, tendency to compare themselves and feel different than others with difficulties in social situations, communication skill deficits extending into adulthood, lack of awareness of how these factors impact self-adjustment and ability to interact with others and coping skills, perceived or real lack of independence, impulsivity or poor problem solving, ongoing difficulty maintaining employment for physical or psychological reasons, and contributing financial strain.
clinicalStacey Morrison7:07 β†—
The case patient is a 15-year-old female with complex medical history resulting in a Fontan, who had feeding difficulties early on requiring a G-tube in early childhood.
clinicalStacey Morrison8:43 β†—
Extra medical requirements such as G-tubes can contribute to changes in parent-child interactions and family dynamics.
clinicalStacey Morrison9:06 β†—
The case patient has an extensive medication regimen, could verbalize her medication list, was very aware of all medications, and was reported to take them consistently; on adaptive scales, self-care and health management was really high.
clinicalStacey Morrison9:16 β†—
Children and young adults who tend to be anxious do a really nice job of taking care of their healthcare regimen and are very hypervigilant about that area.
clinicalStacey Morrison9:39 β†—
The case patient lives in a rural area with her mother and 16-year-old brother; parents are divorced (contentious early on), and she does not have consistent contact with her father.
clinicalStacey Morrison10:05 β†—
The case patient had friends in school but recently moved, lost established friends, and her closest friend had moved away with no contact; the family as a whole is pretty isolated and mother is under quite a bit of stress.
clinicalStacey Morrison10:21 β†—
The case patient just transitioned into high school with academic concerns surrounding reading comprehension, math reasoning, retention of complex academic information (especially abstract reasoning), and applied skills including written expression.
clinicalStacey Morrison11:00 β†—
The case patient missed quite a bit of school for medical reasons (appointments and procedures), and over time there were increased days staying home because she didn't feel good, probably could have gone to school at least part of the day, which played into anxiety and comfort of being home.
clinicalStacey Morrison11:09 β†—
Loss of school days results in losing instruction time, piled-up assignments, and missing social interaction and positive social experiences that contribute to sense of satisfaction and competency.
clinicalStacey Morrison11:45 β†—
At presentation, the case patient was complaining of fluttering heart and a lot of somatic body pain; she denied anxiety when asked directly, but her mother reported she reported feeling panicky and was panting (significant signs of anxiety).
clinicalStacey Morrison12:05 β†—
The case patient is described as very meek, very self-conscious, and often very keyed up or on edge; at school she would not ask for help and wanted to be under the radar if at all possible.
clinicalStacey Morrison12:31 β†—
The case patient worried about missing assignments, which could lead to more procrastination and avoidance of school; she did not view herself as being as capable as peers, and any talk about differences led her to report feeling stupid or not smart.
clinicalStacey Morrison12:44 β†—
During evaluation, the case patient presented as extremely polite, arrived a bit late, very cooperative, very soft-spoken, difficult to get her to engage, does not initiate; on verbal components there was a lot of query and exploring needed to get information; if not sure of an answer she was hesitant to take a guess; on nonverbal tasks her approach was disorganized; she seemed anxious and when things became more challenging she tended to shut down and become tearful, appeared embarrassed.
clinicalStacey Morrison13:07 β†—
On the WISC-5 (standardized cognitive measure), the case patient's full-scale IQ is 82, which falls in the low average range when compared to other children her age.
clinicalStacey Morrison14:18 β†—
The case patient's verbal index was in the average range, nonverbal in the low average range, and her weakest areas of performance were working memory and processing speed.
clinicalStacey Morrison14:35 β†—
Academically, the case patient's stronger areas are basic phonetic decoding, reading accuracy, sentence completion, spelling, and numerical sequencing (basic rote skills).
clinicalStacey Morrison14:57 β†—
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