Years: 2014 | 2013 | 2012 | 2011 | 2010 |

Major League Baseball Hall of Fame Legend Johnny Bench to visit Munroe Regional Medical Center

Munroe Regional Medical Center is pleased to announce that Major League Baseball Hall of Fame legend Johnny Bench will be at the medical center on Thursday, October 28, 2010 from 11 a.m. - 11:45 a.m. to tour the Munroe Orthopedics program and visit with patients at the medical center.

Members of the news media are invited to attend the tour of Munroe with Mr. Bench. If you would like to attend, please RSVP to Ryan Gerds, Munroe's Public Information Officer, by calling (352) 402-5206 or via email to  

Following his visit to Munroe, Mr. Bench will participate in a special joint replacement educational presentation at Harbor Hills Golf and Country Club, located at 6538 Lake Griffin Road, Lady Lake. He will join Munroe Orthopedics surgeons, Dr. Derek Farr and Dr. Nirav Gupta of Twin Palm Orthopedics, in discussing the benefits of joint replacement surgery. The presentation will begin at 12:45 p.m. Pre-registration is required to attend this free event, as seating is limited. Interested individuals can register by calling Munroe's Health Resource Line at (352) 867-8181.

Johnny Bench underwent total hip replacement of his right hip in April of 2004 after suffering for years from chronic joint pain. He discussed his options with his surgeon and received a Stryker hip implant. After undergoing the procedure, Bench was able to realize his lifestyle recovery goals and get back to his active life without hip pain. Since then, he has shared his joint replacement experience with attendees at Stryker educational seminars throughout the United States.

When he began experiencing pain in his left hip, Bench knew not to wait until he was sidelined by the pain before seeking help. He knew first-hand the relief his successful hip replacement in 2004 brought him and elected to undergo total hip replacement of his left hip in February 2010. Just as he had in 2004, Bench spoke with his surgeon and opted to receive the latest technology available from Stryker. Johnny was the first patient to receive Stryker's Mobile Bearing Hip™. Its unique anatomic design and technology offers patients like Bench the potential for increased stability, range of motion 1, 2, 3, 4, 5 and a greater resistance to wear 6.

Fully recovered, Bench splits his time between Naples and Palm Springs with his wife Lauren and their two young sons, Justin and Joshua, while his oldest son Bobby attends Boston University. Bench also continues to perfect his golf game and travel across the U.S. sharing his experience with arthritis and joint replacement with joint pain sufferers on behalf of Stryker Orthopaedics.

For more information, please contact Ryan Gerds, Public Information Officer, by calling (352) 402-5206 or via email to Ryan Gerds.

1 Stryker Test Report: RD-09-085.
2 Stryker Test Report: RD-06-078.
3 Tracol P., Vandenbussche E., Deloge N., et al. (2007). Navigation Acetabular Anatomic Study Application in the Development of a New Implant. EFORT Poster.
4 Stryker Test Report: RD-09-068.
5 Stryker Test Report: RD-09-079.
6 Stryker® Orthopaedics Trident Acetabular Inserts made of X3® UHMWPE (unsterilized), 721-00-32E, show a 97% reduction in volumetric wear rate versus the same insert fabricated from N2/Vac™ gamma sterilized UHMWPE, 620-00-32E. The insert test was 7.5mm thick with an inner diameter of 32mm. Testing was conducted under multi-axial hip joint simulation for 5 million cyles using a 32mm CoCr articulating counterface and calf serum lubricant. X3® UHMWPE Trident Acetabular Inserts showed a net weight gain due to fluid absorption phenomena but yielded a positive slope and wear rate in linear regression analysis. Volumetric wear rates were 46.39 11.42mm3/106 cyles for N2/Vac™ gamma sterilized UHMWPE inserts and 1.35 0.68mm3/106 cycles for X3® UHMWPE (unsterilized) Trident® Acetabular Inserts. Although in-vitro hip wear simulation methods have not been shown to quantitatively predict clinical wear performance, the current model has been able to reproduce correct wear resistance rankings for some materials with documented clinical results. a, b, c
a. Wang, A., et al., Tribology International, Vol. 31, No. 1-3:17-33, 1998.
b. Essner, A., et al., 44th Annual Meeting, ORS, New Orleans, Mar. 16-19, 1998:774.
c. Essner, A., et al., 47th Annual Meeting, ORS, San Francisco, Feb. 25-28, 2001:1007