🌟We’re excited to launch the IPTA HLA Community—a new member-led group focused on HLA technology, allocation, matching & patient outcomes in pediatric transplantation. 🎉

📩 Join: Katie.tait@tts.org

Learn more about IPTA 👉 tts.org/ipta

#PediatricTransplant #transplantation

Visual element to accompany article

🚨 Editor’s Choice 🚨
"Advancing robotic surgery in pediatric liver transplantation: A case of fully robotic recipient surgery," by Rela et al tinyurl.com/4mnmshrd
Check out the accompanying video: tinyurl.com/4zkt3mjf
#RoboticSurgery #LiverTransplantation #TransplantSurgery #PediatricTransplant

🌟Today we recognize #DonorDay

We honor the donors who gave the gift of life, the children who received lifesaving transplants, those still waiting, and those who tragically waited too long. ❤️

#OrganDonation #PediatricTransplant #DonateLife

The fourth slide from the July 2025 issue of Journal Watch, titled "EDITORIAL SPOTLIGHT: Pediatric heart transplantation in donation after circulatory death: is it a feasible reality?--in time, yes!" For a more screenreader friendly version, the full issue PDF is at https://www.ishlt.org/docs/default-source/journal-watch/2025-07-journalwatch-pediatrics.pdf

Before Aug's #ISHLTJournalWatch comes out next week, finish reading the July #pediatrictransplant issue! The final slide of the issue spotlights an editorial on #pediatric #DCD.

When will it be a feasible reality?
How can centers expand access to #HeartTx?
What guidelines should pediatricians read?

#feasibility, Acceptability, and Effectiveness of a Smartphone App to Increase Pretransplant Vaccine Rates: #usability Study Background: Vaccine preventable infections result in significant morbidity, mortality and costs in pediatric transplant recipients. Despite intensive care in the pre-transplant period, less than 20% of children are up to date for age-appropriate vaccines at the time of transplant. Mobile health apps have the potential to improve pre-transplant vaccine rates. Objective: Perform Phase 2 beta-testing of the smartphone app, Immunize PediatricTransplant, to determine 1) if it was effective in achieving up to date vaccine status by the time of transplant in a cohort of children awaiting transplant and 2) if the app was feasible and acceptable to parent and transplant provider users. Methods: We recruited 25 dyads of parents and providers of a child awaiting liver, kidney, or heart transplant at Children’s Hospital Colorado, Lurie Children’s Hospital, and the Children’s Hospital of Philadelphia. Parents and providers filled out an Entry Questionnaire before app use to gather baseline information. A research team member entered the child’s vaccine records into the app. The parent and provider downloaded and used the app until transplant to view vaccine records, read vaccine education, communicate with team members, and receive overdue vaccine reminders. After transplant (or on 4/1/2024, the conclusion of the study), the parent and provider filled out an Exit Questionnaire to explore #feasibility and acceptability of the app. The child’s vaccine records were reviewed to determine if the child was up to date on vaccines at transplant. Results: Twenty-five parent/provider dyads were enrolled; 56% (14/25) of a child awaiting liver, 28% (7/25) kidney, and 16% (4/25) heart transplant. At the conclusion of the study, 96% (24/25) of the children were up to date on vaccines. Of the 36 parents and providers who filled out an Exit Questionnaire, 97% (35/36) agreed/strongly agreed that they felt knowledgeable about pre-transplant vaccine use and 86% (31/36) agreed/strongly agreed that communication around vaccines was good after using the app. Ninety-one percent (20/22) of parents and 79 percent (11/14) of providers recommended the app to future parents and providers of transplant candidates. Parents and providers suggested that in the future the app connect directly to the electronic medical record or state vaccine registries to obtain vaccine data. Conclusions: The overwhelming majority of children whose parents and providers used the Immunize PediatricTransplant app were up to date on vaccines at the time of transplant. The majority of app users felt the app was feasible and acceptable. In future iterations of the app and subsequent clinical trials, we will explore whether application programming interfaces might be used to extract vaccine data from the electronic medical record. If implemented broadly, this app has the potential to improve pre-transplant vaccine rates, resulting in fewer post-transplant infections and improved post-transplant outcomes.

JMIR Formative Res: #feasibility, Acceptability, and Effectiveness of a Smartphone App to Increase Pretransplant Vaccine Rates: #usability Study #VaccineAwareness #MobileHealth #PediatricTransplant #HealthcareInnovation #Immunization