UChicago swim teams participate in "Hour of Power" event

Ted Mullin "Hour of Power" website

CHICAGO, Ill. -- The University of Chicago swimming and diving teams joined thousands of athletes across the country on Wednesday in jumping into the pool in support of Carleton College's Ted Mullin "Leave it in the Pool - Hour of Power" Relay.

Over the first six years of this nationwide – and worldwide – event, participants raised over $330,000 to support research at the University of Chicago into the causes and treatment of sarcoma, a rare soft-tissue cancer, in young people.

First started to honor former Carleton swimmer Ted Mullin, who passed away in the fall of 2006 from sarcoma, the Ted Mullin "Hour of Power" Relay has grown from 15 teams in its first year to 160 teams in 2011 with 8,000 participating athletes who joined forces to honor all those who are fighting against or have lost the battle to cancer.

Last year's event included 107 college and university programs representing 39 conferences across NCAA Division I, II and III, and Independents, along with 46 high school and club teams. This year's numbers are on pace to match and possibly exceed last year's totals. All the athletes will hit the pool with a shared goal – to increase awareness about sarcoma and raise money for the Ted Mullin Fund for Pediatric Sarcoma Research at the Comer Children's Hospital at the University of Chicago.

For a full description of the event, visit http://go.carleton.edu/HourOfPower.

The event takes place in each team's home pool and is a one-hour, all-out, leave-it-in-the-pool practice consisting of continuous, any-stroke relays for one hour, with the objective of keeping all relays in each lane on the same length.

Funds raised during the event act as seed funding for the University of Chicago's pediatric sarcoma research program. The program brings together oncologists, surgeons, radiation oncologists and physician scientists who have a particular interest in adolescents and young adults with sarcoma, allowing collaborative efforts in the identification of the causes of sarcoma at the most basic molecular and cellular levels.