Dr Mahendra Singh
Neurosurgeon (Spine and Brain Surgeon) Nairobi, KenyaServices offered
About Dr Mahendra Singh
Education & Career
Education
M.Ch.Neurosurgery
All India Institute of Medical Sciences (Delhi)
Trained in Minimally Invasive Spine Surgery
Queen Mary’s Hospital Hong Kong, AO Spine Brunei, and University of Innsbruck Austria
Advanced Brain dissection course
University of Braga, Portugal
Endoscopic Brain surgery
Santobono-Pausilipon Children’s Hospital’ of Naples, Italy
Fellowship in Deep Brain Stimulation
by Movement Disorders Society (MDS) for training, Grenoble France in 2017
Certifications
Kenya Medical Practitioners and Dentists Board
Professional memberships
Neurological Society of India
Neurological Surgeons Society of India
The Neuromodulation Society of India
Indian Society for Peripheral Nerve Surgery
AO Spine
Medical certification number
C0000218Frequently Asked Questions
The consultation fee is KES 3,500.
You are required to make an advance payment for online video consultation appointments. You can pay via mobile money or credit cards, including VISA and MasterCard. For in-person appointments, make payment at the doctor’s office.
The consultation takes 30 minutes.
1. Click on the “Book Appointment” button on the page. 2. Select a service and your preferred date and time. 3. Confirm your details. Payment is to be made at the doctor’s office. You will be notified through SMS/WhatsApp and email to remind you about your appointment on the chosen date and time.
Yes, you can. You’ll be required to login into your account and click on the reschedule button.
Dr Mahendra Singh's Gallery
Insurance accepted
He attended the Premiere Institutions of India, All India Institute of Medical Sciences (Delhi). He also has six years of training in paediatric surgery.
Dr. Mahendra Singh has extensive training in Minimally Invasive Spine Surgery at Queen Mary’s Hospital Hong Kong, AO Spine Brunei, and the University of Innsbruck Austria.
Dr. Mahendra Singh specialises in neurological conditions and endoscopic minimally invasive procedures of the brain and spine to create minimal trauma to human tissue for a better outcome and quicker recovery.