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1
Ciliary Biology Intersects Autism and Congenital Heart Disease.
Ciliary Biology Intersects Autism and Congenital Heart Disease.
Teerikorpi, Nia.Biochemistry and Molecular Biology | University of California, San Francisco. | 2024
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2
The Role of MINK1 in Congenital Heart Disease: Regulation of Spemann Organizer Cell Fate and Multiciliated Cell Specification.
The Role of MINK1 in Congenital Heart Disease: Regulation of Spemann Organizer Cell Fate and Multiciliated Cell Specification.
Colleluori, Vaughn.Genetics. | Yale University. | 2022
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3
Genetic Interactions and Maternal Genes Modulate Congenital Heart Disease Risk
Genetic Interactions and Maternal Genes Modulate Congenital Heart Disease Risk
Akhirome, Ehiole. | Washington University in St Louis | 2020
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4
Mechanical and Transcriptional Roles for Primary Cilia During Intracardiac Cushion EndoMT.
Mechanical and Transcriptional Roles for Primary Cilia During Intracardiac Cushion EndoMT.
Berg, Kathryn Soule.Genetics. | Yale University. | 2024
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5
Suppression-Replacement KCNQ1 Gene Therapy for Type 1 Long QT Syndrome.
Suppression-Replacement KCNQ1 Gene Therapy for Type 1 Long QT Syndrome.
Dotzler, Steven Michael.Molecular Pharmacology and | College of Medicine - Mayo Clinic. | 2021
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6
Genetic Architecture, Polygenic Risk Scores, and Artificial Intelligence Guided Risk Stratification in Congenital Long Qt Syndrome.
Genetic Architecture, Polygenic Risk Scores, and Artificial Intelligence Guided Risk Stratification in Congenital Long Qt Syndrome.
Turkowski, Kari Leah.Clinical and Translational Sc | College of Medicine - Mayo Clinic. | 2020
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