Support the Foundation
Support The Hubbard Foundation
The Hubbard Foundation is a 501c(3) non-profit organization. The Hubbard Foundation studies poor venous drainage from the central nervous system, in CCSVI and Multiple Sclerosis. To continue with our mission, we seek support at all levels from individuals and foundations. With a multi-year commitment, you affirm your dedication to the important work of the Hubbard Foundation. Your donation is tax-deductable, please include your name and address for proof of donation.
Watch the Hubbard Foundation video below.
Please direct inquiries regarding donations to Donations@HubbardFoundation.org
How You Can Help
Your donation supports our ongoing educational and research programs
$250 allows the Foundation to administer follow-up questionnaires for one patient treated for CCSVI over an 18-month period
$750 allows the Foundation to test one person on Perfusion MRI pre and post venoplasty
$1,000 provides one quarterly educational program for 20-40 individuals with MS
$2,000 sponsors one world-renowned Scientist/Physician’s presentation at our annual conference (filmed and posted online)
$5,000 educates 30-40 neurologists about CCSVI
$10,000 Institutional Review Board (IRB) renewal and/or additions for expanding research
Donations Online
CLICK HERE to donate online. You will be re-directed to our donations page through Acteva.com
By Mail
Please make checks out to:
The Hubbard Foundation
Mail to: Hubbard Foundation
10065 Old Grove Rd. Suite 103
San Diego, CA 92131
Attention: Alexandra Meyerowitz
Hubbard Foundation Goals
- To use Perfusion MRI and functional MRI to look at poor venous drainage within the cortex of the brain itself, to understand the impact of poor venous drainage on lesion formation
- To manage CCSVI Registry databases,and submit CCSVI research articles for publication in peer-reviewed Scientific journals
- CCSVI patient advocacy and education, and sponsor Hubbard Foundation yearly CCSVI Conference
- Develop tests for earlier recognition of brain abnormalities that may lead to neurological diseases
Thank you for your support, we could not do this without you.
