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Dravet Syndrome Foundation INC

Public charity
DBA: % LORI ODRISCOLL
Foundations · CHERRY HILL, NJ · EIN 27-0924627

Money Out (latest fiscal year)

990 · FY ending 2024-12-31
Large (approx.)
Total spending
$4.3M
→
Grants paid
$3.0M
Lobbying
$9K
Program services
$2.7M
Fundraising
$1.4M

Top contractors (990 Part VII §B)

ContractorServiceStateCompensation
Geben CommunicationMedia Relations—$150K

Lobbying — 501(h) Election (Sch C Part II-A)

Total lobbying expenditures$9K
Direct lobbying$6K
Grassroots lobbying$3K
501(h) lobbying ceiling$544K
Lobbying nontaxable amount$363K
Grassroots ceiling$136K
Total exempt-purpose expenditures$4.3M

Grants Made (Top 50 by amount)

1,584 grants · $461.3M total
RecipientStateIRC sectionCash grantPurpose
Children's Hospital of Philadelphia
EIN 231352166
PA501(c)(3)$1.0MIndividuals with Dravet syndrome (DS) can have different disease courses, and there are important differences in how seizure and development affect them over time. Identifying the causes of variation within the patient population may be helpful in providing accurate prognosis and developing new treatments. This project will generate broad genetic data with whole genome sequencing on 500 individuals with DS. These genetic analyses will be paired with clinical data using pioneered novel methods to transform clinical information to a format that can be used for computational analysis. Finally, this project is built for data sharing - all biosample data, genomic data, and clinical data will be shared within the DS Community.
Regents of the University of Michigan
EIN 386006309
MI501(c)(3)$779K1. University of Michigan - Special Project Funding:Understanding Phenotypes and Biomarkers Leading to SUDEP in a Transgenic Rabbit Model - $750,000. This study uses a transgenic rabbit model of Dravet syndrome to identify observable traits and measurable biomarkers associated with increased risk of sudden unexpected death in epilepsy (SUDEP). The goal is to characterize physiological, behavioral, and cardiac indicators that precede critical events. By establishing reliable biomarkers, the research aims to improve risk stratification and enable earlier intervention. The model also provides a platform for testing preventative strategies and understanding underlying mechanisms. 2. In conjunction with Stanford University - Special Project Funding: Identification of Behavioral Biomarkers in Children with DS: A Pilot Study - $29,250. Details for each of these projects can be found at https://dravetfoundation.org/dsf-funded-research/