Farshid Guilak was selected as one of 55 finalists for the Triangle Business Journal’s 2014 Health Care Heroes. The Triangle Business Journal (TBJ) will host a special event on March 20 for all finalists, at which time this year’s winners will be announced. The 2014 winners will be featured in the March 21 issue of the TBJ.
Farshid Guilak, PhD is featured in the “Creating Bonds Outside the Classroom” article from the February/March 2014 edition of Working @ Duke Magazine. The article enlightens readers into how Duke’s faculty and staff are active participants in club sports throughout the University.
To read the article, turn to pages 8-9 of the magazine below:
Click the image to visit WSRQ’s website to listen to the January 23, 2014 podcast of Health IQ featuring Dr. Farshid Guilak. WSRQ’s Heidi Godmon interviews Dr. Guilak regarding his latest research concerning cartilage growth.
Physical Therapy Presents a Running Clinic February 15th, 2014 at 9:30 – 12 P.M.
Educational Topics will include:
• Observing running mechanics and common deviations
• Staying injury-free with proper training program, rest, and cross-training
• Dynamic warm-up and stretching for runners
• Hip/core training for runners
Location: Duke Sports Medicine, 1st Floor (K-Lab) 318 Finch Yeager Building, Frank Bassett Drive, Durham NC Next to the football stadium: see map for directions
RSVP and Questions: Lacy Jennings, DPT email email@example.com or (919) 681-1656
WRAL TechWire highlights our own Farshid Guilak, PhD on his $500,000 2014 Investigator Award given by The Arthritis Foundation to fund continued research over the next 5 years for new osteoarthritis treatments.
To learn more about Dr. Guilak’s work with the Arthritis Foundation, check out the Innovative Research Grant Spotlight: Farshid Guilak.
Duke announced a press release today announcing the research published in January 14 edition of the Proceedings of the National Academy of Sciences of the United States of America (PNAS). The article contnent discusses how adding chemicals to cartilage cells has resulted in cartilage growth. Read the full press release.