Pan-Mass Challenge donates record $72M
The Pan-Mass Challenge handed over a record $72 million to the Dana-Farber Cancer Institute on Sunday, moving the pioneering cross-state bicycle ride within sight of $1 billion raised.
The summertime ride to the tip of Cape Cod is the largest single-event athletic fundraiser in the world, raising $972 million for cancer care since 1980. It is the largest single contributor to Dana-Farber and its Jimmy Fund.
A total of 6,500 participants cycled up to 211 miles across the state for the 44th PMC in August.
PMC donates 100% of every rider-raised dollar directly to Dana-Farber to fund lifesaving cancer research, treatment and patient care. The organization is Dana-Farber’s single largest contributor, accounting for more than 60% of the annual revenue at the Jimmy Fund.
Last year, the PMC raised $69 million.
More Stories
Loops raises $3.5m to build an AI operating system for retailers
Loops, a San Francisco-based company that builds AI search, shopping assistance and customer service tools for brands and retailers, has...
Rent, don’t build: why Britain’s most heavily taxed sectors are buying their software off the shelf
Payroll costs have climbed since employer National Insurance rose to 15 per cent in April 2025, and sector-specific duties keep...
Fleeing London to Save on Tax? Your Housing Strategy is Delusional
The destination list is entirely predictable, with Dubai, Switzerland, and Singapore leading the charge. The underlying assumption fueling this trend...
Cabinet Office sets aside £38.5m for IR35 bill after HMRC ruling
The Cabinet Office has set aside £38.5m to cover unpaid tax on contractors after HM Revenue and Customs concluded the...
3 Charge Buffalo Game Tips and Tricks: Features, Bets and Smart Play
Its main attraction is a bonus system containing three different features: Double Up, Gold and Cash. One, two or all...
Beyond Smartwatches: How Wearable Neurotechnology Is Changing Personal Wellbeing
Rather than simply recording information about the body, some emerging devices are designed to interact with the nervous system itself....
