The Child and Adolescent Thyroid Consortium (CATC) is an international research program dedicated to improving outcomes for children and adolescents with thyroid disease through collaborative efforts between centers around the world.

Together we can—and will—make a difference.

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CATC by the Numbers

Participants
814

Participants

Institutions
21

Institutions

Countries
2

Countries

Accelerated Research
Accelerated Research
Large-scale collaboration through the CATC provides the necessary tools to accelerate translational research and precision medicine and achieve a healthier future for our patients.
Community
Community
CATC partners with non-profit organizations, disease-specific registries, patients, and families to spread awareness of and advance our initiatives.
Global Reach
Global Reach
Our pediatric thyroid community spans across the globe. By providing the infrastructure for large-scale research, CATC pioneers breakthroughs in pediatric thyroidology.

Recent Presentations

Presented on September 29, 2023
The Landscape of Childhood Differentiated Thyroid Carcinoma: An Inaugural CATC Study
American Thyroid Association Annual Meeting 2023
Wasserman, J. Isaza, A.

Presented on January 3, 2023
Child and Adolescent Thyroid Consortium Orientation
Children's Hospital of Philadelphia
Julia A. Baran and Kyle Hinkle

This presentation provides an overview of the onboarding process for the Registry and Biorepository for member institutions that have already ...
Presented on August 6, 2022
Child and Adolescent Thyroid Consortium: 2022 Updates
The 2022 Pediatric Thyroid Symposium at Seattle Children's Hospital
Andrew J. Bauer & Julia A. Baran

The Pediatric Thyroid Symposium is an annual conference held at Seattle Children's Hospital. The conference focuses on discussing guideline ...

Recent Publications

Published on February 21, 2023
DICER1 RNase IIIb Domain Mutations Trigger Widespread miRNA Dysregulation and MAPK Activation in Pediatric Thyroid Cancer
Frontiers in Endocrinology
Julio C. Ricarte-Filho, Victoria Casado-Medrano, Erin Reichenberger, Zachary Spangler, Michele Scheerer, Amber Isaza, Julia Baran, Tasleema Patel, Andrew ...

DICER1 is a highly conserved RNase III endoribonuclease essential for the biogenesis of single-stranded mature microRNAs (miRNAs) from stem ...