Tursi Florence, DPM

Closed
Call
30 Jackson Rd Ste D3
Medford, NJ 08055
+1 (609) 654-6450

Dr. Tursi Florence DPM is a skilled podiatrist located in Medford NJ dedicated to providing comprehensive foot and ankle care. With a focus on patient comfort and effective treatment Dr. Florence offers a range of services including diagnoses preventative care and surgical options. Whether you have a minor issue or a complex condition her practice is committed to helping you achieve optimal foot health.

Generated from this place's information

Also at this address

Own this business?
See a problem?

You might also like

Psychiatrists and psychoanalysts, Internal medicine practitioners

Tursi Podiatry Center

1
"Dr. Lyon from this practice did surgery on my foot. I've had more problems than before the surgery. I saw a new Dr who performed the 2nd surgery on my foot. He confirmed that the 1st surgery..."
John DePalma, DPM
Psychiatrists and psychoanalysts

John DePalma, DPM

3
"Has taken good care of me. Impressed with Dr and staff. Went to 2 doctors prior and they turned me away. They were also ankle and foot doctors like Dr. DePalma. He did not turn me away and has..."
photo of Debra T.
Internal medicine practitioners, Psychiatrists and psychoanalysts

Foot and Ankle Specialists

Foot and Ankle Specialists of South Jersey is a reputable provider of quality podiatric care, offering both preventative treatments and necessary surgical interventions for individuals of all ages. Established in 1991, their skilled team has built a strong reputation over 33 years for delivering expert lower extremity healthcare with dedication and compassion. With multiple convenient locations across New Jersey, the practice is committed to serving the residents of South Jersey and surrounding areas. They take pride in treating thousands of patients annually, ensuring that each receives the care they deserve for foot, ankle, and leg-related issues. Generated from the website
United States›New Jersey›Medford›Tursi Florence, DPM

Partial Data by Foursquare.