🎉 Excitement is in the air! Get ready to be part of something extraordinary at a special Dance Party Fundraiser for Pelotonia! It’s an event like no other, and we want you to be there! 🎉
This event is the perfect place to mingle, move, and make memories! Hosted by Fred Astaire Westerville, this event is perfect for people with little to no dance experience. But whether you’re a seasoned dancer or just starting out, we know you’ll have a blast!
Champagne and a variety of refreshments will be available to keep you energized throughout the evening. So, dust off those dancing shoes and mark your calendars for a night of laughter, music, and unforgettable fun!
Every registration to this event will bring us closer to achieving our mission. Together, we can engage, inspire, and challenge a community committed to changing the world by accelerating innovative cancer research and ending cancer.
Thank you for supporting Pelotonia’s mission, your support is invaluable.
We can’t wait to see you there! 🥂✨
Dressy-Casual attire recommended.
Please arrive as close to 6pm as possible so you don’t miss out on any of the fun!
Dance Party Fundraiser for Pelotonia
Pelotonia is life-changing, not just for participants, but also for those in the cancer community because 100% of every participant-raised dollar goes to innovative cancer research at The Ohio State University Comprehensive Cancer Center – Arthur G. James Cancer Hospital and Richard J. Solove Research Institute (OSUCCC – James).
The money we are raising for Pelotonia supports OSUCCC – James initiatives that change lives.
Your Donation to Pelotonia is supporting recruitment efforts to bring and keep the brightest minds to the OSUCCC – James. With the top talent in cancer research focused on Ending Cancer, real impact is happening today.
Your Donations to Pelotonia supports OSUCCC – James initiatives such as the Drug Development Institute. A drug developed at Ohio State to help cancer patients with limited options is now being used in a clinical trial for patients with a deadly subtype of acute myeloid leukemia.