The Bow Foundation funds cutting edge research to benefit those with GNAO1 – related neurodevelopmental disorders and other similar rare diseases and neurological conditions. We’re currently accepting grant applications for future GNAO1 research studies.
University of California, San Francisco
In January of 2020, the Bow Foundation funded a $100,000 research project at the University of California, San Francisco to launch an investigation into GNAO1 in zebrafish. Led by Dr. Scott C. Baraban the research team will develop GNAO1 loss-of-function zebrafish to launch a first-of-its-kind drug discovery program.
Click here to read more about this grant.
Update: The results of a portion of this project where published in- Phenotypic analysis of catastrophic childhood epilepsy genes | Communications Biology (nature.com)
The Scripps Research Institute
In January of 2020, the Bow Foundation funded a $50,000 post-doctoral fellowship at The Scripps Institute. Dr. Brian Muntean’s post-doctoral fellowship project will focus on expanding the understanding of the mechanism by which GNAO1 influences activity in brain cells. By examining the effects of GNAO1 on brain activity, Dr. Muntean’s studies will help shine a light on how GNAO1 mutations cause such varied patient impacts.
Click here to read more about the fellowship.
Update: The results of this project where published in – Gαo is a major determinant of cAMP signaling in the pathophysiology of movement disorders: Cell Reports
Washington University Natural History Study
In March of 2019, the Bow Foundation funded a $65,000 research project at Washington University to help with the costs of the three-day research clinic at St. Louis Children’s Hospital to begin a Natural History study of GNAO1.
Click here to read more about the 2019 clinic.
Update: A virtual clinic was held in 2020 due to the covid-19 pandemic.
University of Virginia Research Project
In 2018, the Bow Foundation launched the GNAO1 International Registry to accelerate medical research and promote meaningful health outcomes for patients with GNAO1-related neurodevelopmental disorders. This project is being led by Dr. Erika Axeen at the University of Virginia.
Update: The results of this project where published in – Results of the First GNAO1-Related Neurodevelopmental Disorders Caregiver Survey – ScienceDirect
Michigan State University Research Project
In June of 2018, the Bow Foundation funded a $48,000 research project at Michigan State University to support a study of mouse models with GNAO1-related neurodevelopmental gene mutations. Through the study, researchers will gather more information about GNAO1, test existing drugs, and identify possible new treatment options. The research project will be led by Dr. Richard Neubig, Chair of Michigan State’s Department of Pharmacology & Toxicology.
Click here to read more about the grant announcement.
Update: The results of this project and related work where publish in – A mechanistic review on GNAO1-associated movement disorder – PubMed (nih.gov)
University of Virginia Research Project
In August of 2017, the Bow Foundation funded a $100,000 research grant to the University of Virginia to support a GNAO1 – related neurodevelopmental disorder study led by Dr. Michael McConnell. Using a tiny skin sample from two GNAO1 patients, Dr. McConnell created induced pluripotent stem cells (iPSCs) to better understand subtle differences between GNAO1 patients and better understand how GNAO1 disorders respond to certain drug treatments. The research has the potential to increase understanding of GNAO1 genetic disorders and may ultimately lead to new or better treatments.
To read more about the grant, click here. The second grant of $50,000 was made in the winter of 2018.
Update: Dr. Michael McConnell has moved to the Lieber Institute for Brain Development (LIBD) and continues his work on GNAO1.
Stanford Research Project
GNAO1 families are invited to participate in a research study of adaptive behaviors in children with early life epilepsy. The study is open to all GNAO1 patients, even those who do not have epilepsy. Stanford Children’s Health is working to develop a metric that may serve as a way to track response to treatment in future clinical studies.
You will be asked questions about your child’s seizures, and/or movement disorder and medications. You will be asked to complete an online survey through a secure data collection website. Then you will be asked to complete an online questionnaire about your child’s behaviors in social, motor, daily living and communication domains.
Update: A poster presented at AES in 2020 shared some of the data findings of this work. The poster can be viewed below.