Sickle Cell Disease: Transitioning Patients From Pediatric to Adult Care

How to combat the rise in mortality when patients become adults

CQD-CHP4459658-strunk-sickle-650×450

Thanks to newborn screening, preventive antibiotics and updated immunization practices, pediatric deaths from sickle cell disease have dropped significantly over the past 35 years. Almost all children with the disease now survive to adulthood. But transitioning from pediatric to adult care remains a challenge for both patients and providers, contributing to a rise in mortality once patients enter their 20s and 30s.

Advertisement

Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy

Teenage sickle cell patients struggle with the same challenges as other adolescents, such as increasing risk-taking, learning life skills and developing executive function, says Crawford Strunk, MD, a pediatric hematologist-oncologist at Cleveland Clinic. Taking on responsibility for managing their own care and medical decision-making at a time when their health remains fragile can be perilous.

“Any adolescent with a chronic disorder has issues with transitioning to adult care,” says Dr. Strunk. “They may think ‘I want to be independent; I want to be normal; I don’t want to worry about this anymore.’”

Compounding those concerns, many young adults with sickle cell disease also have neurocognitive impairment due to complications of the disease.

“That makes it even more challenging for these patients to get the care they need,” he says.

Start transitions early

Best practices for providers include starting the transition to adult care as early as age 12 to 14 so the patient has years to learn skills like making appointments, navigating visits with their providers and following their plan of care.

“We don’t want them, all of a sudden at age 18, to be pushed to start going to appointments on their own,” says Dr. Strunk. “It should be a gradual process.”

Advertisement

Providers should follow transition guidelines like the toolkit created by the American Society of Hematology, which outlines a series of steps for making the shift, he adds. Steps include creating a transition policy, monitoring and tracking progress, assessing the patient’s readiness, and creating a plan for transition to adult care.

“Even after the patient’s first meeting with their adult provider, there should be a crossover period where the new and old providers maintain open communication and ensure the patient’s needs are being met,” he says.

Making transitions seamless

Cleveland Clinic has taken steps to make the transition of care seamless with an approach involving both pediatric and adult physicians, including pulmonologists, nephrologists, ophthalmologists and cardiologists with expertise in sickle cell disease. The team meets regularly to coordinate each patient’s care.

“We are a life-span clinic, which means we take care of patients from birth through adulthood, so patients don’t have to worry about transitioning from pediatric to adult practice,” says Dr. Strunk. “However, they still have to learn all the basics about how to be an adult, how to take care of themselves, and how to engage in medical decision-making.”

These steps are facilitated by two dedicated care coordinators and two social workers, who support patients with the transition and help them learn key skills for managing their care.

Disease progression causes organ damage

While transition challenges are one reason mortality increases in early adulthood, disease progression also contributes to deaths. Dr. Strunk notes that, while the most visible symptom of sickle cell in children is pain, these patients also experience ongoing damage to their kidneys, lungs, heart, brain and other organs.

Advertisement

“We know that mortality peaks in the third decade of life,” he says. “Some of that is related to sudden death, but some is related to organ damage that has been developing all along, becoming more apparent in adulthood.”

Dr. Strunk notes that after nearly two decades without new treatment options for sickle cell disease, new medications are now available, with more therapies on the horizon. The most recent treatments, two gene therapies approved for use in patients in late 2023, are available for patients age 12 and older.

“They promise to be transformative for many patients,” he says. “They’re some of the most exciting new therapies to come along.”

Additional research is underway on treatments to improve the lives of people with sickle cell disease, with Cleveland Clinic physicians participating in studies. In addition to research, Cleveland Clinic providers are working to address a shortage of hematologists who care for adults with sickle cell disease.

“We’re working to build on the hub-and-spoke model of caring for patients by participating in larger networks to help standardize practice and education,” he says. “We want care across the country to be the same no matter where you are.”

Related Articles

Patient with sickle cell disease
Unique Medical “Neighborhood” Addresses Needs of Patients With Sickle Cell Disease

Nurses play key role in comprehensive lifetime treatment program

Patient in hospital getting bone marrow transplant
Updated Recommendations for Long-Term Survivors of Bone Marrow Transplant

New guidelines expand on psychosocial, sexual health, cognitive and other issues

Closeup of bone marrow
Bridging the Gap Between Bone Marrow Transplant and cGvHD

Consensus conference begins work on new recommendations for clinical care and research

Smiling child in green shirt with superimposed outline of the lymphatic system
Trials to Study Use of 2 Cancer Drugs in Patients With Lymphatic Malformations

Genetic changes are similar between some vascular anomalies and cancers

650×450-QD-Rotz-Sickle-Cell-Disease
Trial of Gene Therapy to Treat Sickle Cell Disease Reports Initial Positive Results

First in-human trial using CRISPR/CASP 12 for gene editing in sickle cell disease

23-CHP-3826419 CQD Thomas And Kodish – Ethicists Role
Paving a Pathway for Ethics in Pediatric Hematology/Oncology

A closer look at training, scholarship and opportunity within this sub subspecialty

22-CHP-3220861 CQD-Trucco – Phase 1 trial Disulfiram Combined
Trial Tests Alcoholism Drug in Relapsed/Refractory Sarcomas to Overcome Chemotherapy Resistance

Can disulfiram boost the efficacy of chemotherapy in this patient population?

22-CHP-3146209 CQD-Rotz-GenChildCancerSurvivalandObesity650x450
Childhood Cancer Survivorship Clinic Addresses Unique Needs of Pediatric Cancer Survivors

Highlighting the importance of a multidisciplinary approach to care

Ad