
Christopher Gross, M.D.
- Orthopaedics - Foot & Ankle
- Orthopaedic Surgery
- Bluffton, SC
- Charleston, SC
- Mount Pleasant, SC
- North Charleston, SC
- Okatie, SC
At the MUSC Foot and Ankle Division, we provide highly specialized care for patients facing complex foot and ankle conditions related to diabetes, neuropathy, Charcot arthropathy, chronic wounds, and deformity. Our team is nationally recognized for expertise in limb salvage, working to prevent amputation and restore function through advanced surgical and medical treatments.
We are proud to serve as a regional referral center for patients with non-healing wounds, Charcot deformities, and high-risk diabetic foot conditions.
Patients, families, and referring physicians are encouraged to contact our team for evaluation or second opinions related to:
Charcot arthropathy is a rare but serious complication of diabetes and peripheral neuropathy that causes the bones of the foot or ankle to weaken and collapse. Without proper treatment, this condition can lead to:
We offer a full spectrum of care, from early diagnosis and offloading to surgical realignment and reconstruction of the foot and ankle, even in advanced stages.
Many patients with diabetes develop foot wounds or infections that do not heal properly. If left untreated, these can result in:
At MUSC, we emphasize early intervention, pressure redistribution, surgical offloading, and vascular optimization to reduce the risk of limb loss. When needed, we perform limb-sparing procedures such as:



More than 34 million Americans live with diabetes, and approximately 25% will develop a foot ulcer during their lifetime. Of those, up to 15% may require amputation if not properly treated.
We work closely with endocrinology, vascular surgery, infectious disease, and wound care specialists to ensure comprehensive, coordinated care.
Charcot foot often develops without pain due to nerve damage. Patients may continue walking on an unstable foot, worsening the collapse. Early signs include:
Prompt recognition and treatment can prevent irreversible deformity and maintain independence.