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Published on: March 14, 2017
Sickle cell children traveling abroad: primary risk is infection
Camille Runel-Belliard1, Emmanuelle Lesprit, Béatrice Quinet
1Sickle Cell and Travel Consultation Unit, Department of Pediatrics, Armand Trousseau Hospital, Paris, France. camillourun@hotmail.com
Insights
Sickle cell children traveling to Africa face infection risks, primarily malaria and digestive septicemia. Pediatricians should emphasize malaria prophylaxis, sanitary conditions, and shorter trip durations for young patients.
Area of Science:
- Pediatrics
- Hematology
- Infectious Diseases
Background:
- Pediatricians lack travel guidance for children with sickle cell disease (SCD).
- Current travel advice relies on anecdotal experience rather than studies.
- Understanding travel consequences is crucial for developing recommendations.
Purpose of the Study:
- To investigate the risks and notable events associated with international travel in children with SCD.
- To inform evidence-based travel recommendations for pediatricians and families.
Main Methods:
- A prospective study was conducted from June 2006 to December 2007.
- Observed travel desires, actual trips, and events during travel and post-return.
- Tracked events for at least two months after returning.
Main Results:
- 42 children with SCD traveled, primarily to Africa, for a median of 1.29 months.
- Events included hospitalizations (4.8%), transfusions (2.4%), and medical exams (9.6%).
- Post-travel infections: malaria (4.8%) and digestive bacteremia (4.8%). No in-flight events or deaths occurred.
Conclusions:
- Infection, particularly malaria and digestive septicemia, poses the main risk for SCD children traveling to Africa.
- Extended travel duration and poor sanitation exacerbate these risks.
- Pre-travel preparation, including malaria prophylaxis and hygiene, is essential, especially for younger children and longer trips.
Background:
Pediatricians taking care of sickle cell children in France are concerned about giving travel advice. Very few articles are published and no study has been done about it. A lot of pediatricians are using their own experience to decide if sickle cell children can travel abroad. Studying the consequences of such travel for sickle cell children is important to discuss common recommendations.
Methods:
We conducted a prospective study from June 2006 to December 2007 on desires to travel expressed during our consultations with sickle cell children. We studied notable events that occurred during travel and at least 2 months after return.
Results:
Of 52 desires to travel, 10 were cancelled. All of the 42 trips were to Africa. Median duration of travel was 1.29 months (0.5-3). Median age at travel was 7.6 years (0.2-17.7). Events during travel were two hospitalizations (4.8%), a transfusion (2.4%), and four paramedical or medical examinations (9.6%). After return, four events occurred: two SS children had Plasmodium falciparum malaria (4.8%) and two had digestive bacteremia (4.8%) in SC and Sbeta+ children. No event occurred during plane travel. None of our patients died.
Conclusions:
The primary risk for sickle cell children traveling to Africa is infection: malaria first and digestive septicemia second. These risks are increased by long travel and poor sanitary conditions. Each travel should be prepared a long time before departure, and each pediatrician should insist on malaria prophylaxis and sanitary conditions, especially for young children. Trips should be shorter than 1 month when possible. A longer prospective study will be done to confirm these results.
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