Funded Research
On this page, you will find details about grants funded by CSNK2A1 Foundation, with the newest grants listed first. Each grant has a section listing any resulting publications from the grant as well as a link to the “research explained” for that publication.
2026 - 7 Projects
This project creates an isogenic control line by correcting the R47Q mutation. Support our research for Okur-Chung Syndrome.
This project maps CSNK2A1 variants in OCNDS and studies CK2 protein changes. Join us in advancing neurodevelopmental research.
This project aims to correct the CSNK2A1 R47Q variant using base editing. Support our mission for a cure today!
This project aims to develop digital endpoints for speech & language in Okur-Chung Syndrome. Join us in improving communication outcomes!
Research CK2's role in Okur-Chung Syndrome. Help us develop a biomarker for better therapies. Join our mission today!
Research OCNDS mechanisms using iPSC models. Join us in finding therapies for affected individuals worldwide.
Investigate how CSNK2A1 variants disrupt cell signaling. Support our mission for personalized tRNA therapies to restore function.
2025 - 5 Projects
Help develop a Disease Concept Model for Okur-Chung Neurodevelopmental Syndrome. Share insights to improve research & care strategies.
Investigate CK2-mediated phosphorylation of SYNGAP1 in neurodevelopmental disorders. Support our research for innovative therapies.
Explore Dr. Miya St. John's research on speech challenges in Okur-Chung Syndrome. Help improve diagnosis & treatment for affected individuals.
Investigate sleep issues in OCNDS. Join us in finding therapeutic targets for better sleep. Support our research today!
Explore how leveraging a knowledgebase enhances diagnosis, treatment, and global collaboration for OCNDS, driving research and patient care forward.
2024 - 5 Projects
Explore the role of CSNK2A1 mutations in primary cilia affecting Okur-Chung Disorder. Join us in finding new treatment paths.
Learn about drug prediction for Okur-Chung Syndrome using RNA from nasal swabs. Join us in the fight for a cure!
Discover mouse models of OCNDS by Dr. Heike Rebholz at CSNK2A1 Foundation & learn about CK2 protein mutations' impact on brain cell communication & treatment advancements.
Characterization of CSNK2A1 disease-causing variants in 2D neurons by Dr. Matt Huentelman at CSNK2A1 Foundation. Research grant aims to understand genotype-phenotype relationships for potential therapeutic insights.
Explore drug repurposing for OCNDS treatments. Discover the latest research and solutions to improve patient outcomes.
2023 - 2 Projects
Explore the project on isogenic control iPSC models for OCNDS by CSNK2A1 Foundation. Contact CSNK2A1 for more info.
Discover deep molecular profiling of OCNDS mouse models by CSNK2A1 Foundation & Unravel Biosciences to identify therapeutic opportunities for Okur-Chung Neurodevelopmental Syndrome.
2021 - 3 Projects
Explore our project on OCNDS mouse models for research. Learn more!
Explore the computational characterization of CSNK2A1 variants in OCNDS | Led by Dr. Isabel Dominguez, this research aims to understand genetic mutations' impact on neurodevelopmental disorders. Learn about efforts in finding a cure for Okur-Chung Neurodevelopmental Syndrome.
Learn about proteomic characterization of CK2 variants in OCNDS by Drs. Niefind, Dominguez, and Jose. Research funded by CSNK2A1 Foundation.
2020 - 1 Project
Explore the project on the Exploration of OCNDS: Bridging Model Systems, Molecular Mechanisms, and Therapeutic Approaches by CSNK2A1 Foundation. Learn about funded research, grant details, and aims for establishing a Patient-derived Cell line Biorepository for OCNDS research.
2018 - 1 Project
Investigation of CK2 activity across OCNDS mutations & disease models by Dr. Heike Rebholz. Explore funded research, grant details & results. Contact us for more info. Paris, France.