HMC to introduce regenerative therapy to treat foot and ankle illnesses
January 25 2020 09:42 PM
Dr Mohamed Maged Mekhaimar
Dr Mohamed Maged Mekhaimar

The Foot and Ankle sub-specialty at Hamad General Hospital (HGH), part of Hamad Medical Corporation (HMC), will soon introduce the latest medical procedure, BMAC, to treat various illnesses related to foot and ankle.
“Bone marrow aspirate concentrate (BMAC) is a regenerative therapy procedure that uses stem cells from a patient's bone marrow to initiate healing for a number of orthopaedic conditions, such as tendinopathy, osteoarthritis and cartilage injuries,” said Dr Mohamed Maged Mekhaimar, senior consultant and orthopaedic surgeon at HGH.
“This will help treating patients with tendon inflation. It can also be used to treat inflammation on the bottom of the foot as well as for traumatic conditions of the ankle. These services will soon be available at Hamad General Hospital,” explained Dr Mekhaimar.
Foot and ankle services were started at HGH in 2012. “Now, there is a great demand for these services in the country as more and more people are approaching us for various issues. The centre provides treatment for several problems such as flat foot problems, among other issues. We also provide treatment for diabetic foot people,” he continued.
The centre currently performs about five surgeries per day and takes care for all different injuries, including sport injuries.
According to the official, the centre also makes use of PRP (Platelet Rich Plasma) machine by which blood is taken from people and then separated. “Using the PRP machine, we can inject the blood particles to the joints. This facility is available in HGH and the Bone and Joint Center, part of HMC,” he noted.
“Our clinics are at the Bone and Joint Center. All our patients come through the Bone and Joint Center. We are also in the process of introducing the weight-bearing CT scan machine. With this, we can scan the foot and ankle of the patient while he or she is standing on it. This can give better impression of the condition of the patients,” he highlighted.
“Some deformity can be better measured through this CT scan machine. It will also be used for treating the knee joint as it is one of the most advanced treatment options available now,” he added.

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