IBS Hospital

IBS Hospital creates an integrated treatment strategy that attacks a specific brain tumour from multiple aspects to hasten your recovery by utilising the finest of modern technology and medicine. Needle biopsy (fine needle aspiration), endoscopic biopsy, excisional biopsy, computer tomography (CT) scans, magnetic resonance imaging (MRI) scans, electrophysiology investigations, and electroencephalograms are some of the diagnostic techniques offered at the facility (EEG).

Depending on the nature and location of the tumour, surgical treatment may use both open (external-skin incisions) and minimally invasive (no incisions) procedures. In order to give patients the safest and best care possible, the surgeons at IBS Hospital employ transoral robotic surgery (TORS), 3-D navigation planning, intraoperative neurophysiological monitoring (IONM), surgical simulation, and cutting-edge research. Dr. Sachin Kandhari, Chairman of Neuro Surgery, is in charge of the division of neurosurgery.

IBS Hospital is amongst few hospitals in India that excels in awake craniotomy. This brain surgery is performed while a patient is awake, reducing the overall risk of damaging the critical brain areas that regulate speech and other skills. With highly trained nerogens, the hospital uses craniotomy to effectively treat various brain conditions like some brain tumors, epileptic seizures, etc. The hospital also performs Neuro-Navigation Guided Craniotomy in which navigation screening protocol is followed.

IBS Hospital offers Deep Brain Stimulation (DBS) for conditions like Parkinson's disease, dystonia, obsessive-compulsive disorder, essential tremors, etc. The surgery is carried out in two parts, brain surgery, and chest surgery. Some of the diagnostic tests performed before a Deep Brain Stimulation at IBS Hospital include brain-imaging studies, such as a CT, or MRI before the surgery. The diagnostic tests guide the surgeons to map the areas of the brain and implant the electrodes at the right location.

DBS surgery at IBS Hospital is divided into two parts: brain surgery and chest surgery. The surgical team first secures the patient's head on a special head frame before using neuroimaging (CT or brain MRI) to map the brain and pinpoint the precise location of the electrodes. Typically, the electrodes are placed while the patient is alert and awake. In the second part of the surgery, the surgeon will implant the part of the device that contains the batteries (pulse generator) under the skin in the patient's chest, near the collarbone. Dr. Sanjeev Kumar, Dr. Vikas Gupta, and Dr. Swatantra Mishra are some of the faces of the neurology department at Sarvodaya Hospital and Research Centre.

The Epilepsy clinic at IBS Hospitals is equipped with the most experienced neuro-specialists, advanced electrophysiology labs and neuro intensive care units, 4-hour emergency services, and digital neuro-imaging facilities. The surgery process involves removal of a part of the brain when the condition is worsened. The hospital also uses sophisticated technology like stereotactic implantation of electrodes which is safe and eliminates seizures.

IBS Hospital has a spine surgery department with cutting-edge technology and excellent procedures. At the Hospital's spine surgery center, kyphoplasty can be performed as an open or minimally invasive surgery. The surgeon at IBS Hospital will insert a balloon through a tube into the fractured vertebra, then inflate it to push the bone back to its normal shape and height. After that, the balloon is removed, and the resulting cavity is filled with cement (PMMA). The hospital has diagnostic facilities such as imaging tests, blood tests, spine x-rays, MRI, and a DEXA scanner to confirm cases of disc compressions such as Kyphoplasty.

At IBS, the Kyphoplasty procedure is performed as a minimally invasive technique in which a hollow needle is passed through the spinal muscles under x-ray guidance to correctly position the fractured vertebra. To correct the spine's position, the balloon-like structure is inflated. Following the procedure, a CT scan is performed to ensure that the cement filling between the gaps is distributed correctly. The procedure takes about an hour and a half and allows the patient to walk for a few hours afterward. Dr. Dewakar Sharma, Dr. Sanjeev Kumar, and Dr. Swatantra Sharma are some of the spine specialists associated with Jaypee Hospital.

IBS Hospital has a spine surgery department with cutting-edge technology and excellent procedures. At the Hospital's spine surgery center, a laminectomy can be performed as an open or minimally invasive surgery. The surgeon at IBS Hospital will remove the overgrowth in the vertebrae (bone spurs). The hospital has diagnostic facilities such as imaging tests, blood tests, spine x-rays, MRIs, and a DEXA scanner to confirm cases of disc compressions.

At IBS, the laminectomy procedure can be performed as a minimally invasive technique under x-ray guidance to correctly position the vertebra and elevate any pressure on the nerves. The hospital offers Minimally Invasive Spine Surgeries, Endoscopic Discectomy, and Microscopic Discectomy procedures to ensure a quick recovery and smaller scars. Dr. Dewakar Sharma, Dr. Sanjeev Kumar, and Dr. Swatantra Sharma are some of the spine specialists associated with IBS Hospital.

The team of excellent certified doctors at IBS Hospital performs cutting edge microdiscectomy with a very high precision & excellent results. The hospital has a Quadrant and X-tube system for minimally invasive microdiscectomy surgery and has the best in class pentero microscope. The team follows a multidisciplinary treatment approach centred around the vital medical needs of its patients. The hospital strives to offer all the patients with top quality of care.

Scoliosis surgery at IBS Hospital is performed using minimally invasive technique which is based on advanced technology and innovative technique. The technique is also used to treat back and neck pain caused by a variety of spinal disorders. Some of the advantages of minimally invasive techniques are faster recovery after surgery, less anesthesia, less time spent in the hospital, less Postoperative pain, reduced blood loss during surgery.

The spine surgery department at IBS Hospital is equipped with cutting-edge technology and excellent procedures. A spinal fusion can be performed as an open or minimally invasive surgery at the Hospital's spine surgery center. The surgeon at IBS Hospital will use bone cement to join the two vertebrae that are causing pain. To confirm cases of disc compression, the hospital has diagnostic facilities such as imaging tests, blood tests, spine x-rays, MRIs, and a DEXA scanner.

The spinal fusion procedure at IBS can be performed as a minimally invasive technique under x-ray guidance to correctly position the vertebrae and relieve any nerve pressure. To ensure a quick recovery and smaller scars, the hospital offers Minimally Invasive Spine Surgeries, Endoscopic Discectomy, and Microscopic Discectomy procedures. Spine specialists affiliated with IBS Hospital include Dr. Dewakar Sharma, Dr. Sanjeev Kumar, and Dr. Swatantra Sharma.

IBS Hospital creates an integrated treatment strategy to deal with immediate neurological issues like stroke. The hospital utilizes the finest of modern technology and medicine. Needle biopsy (fine needle aspiration), endoscopic biopsy, excisional biopsy, computer tomography (CT) scans, magnetic resonance imaging (MRI) scans, electrophysiology investigations, and electroencephalograms are some of the diagnostic techniques offered at the facility (EEG). Neurologic exams, brain imaging tests (CT, or computerized tomography scan; MRI, or magnetic resonance imaging), carotid and transcranial ultrasound and angiography, blood tests, EKG (electrocardiogram) or an ultrasound examination (echocardiogram), and other tests are available at the hospital.

TPA (tissue plasminogen activator), blood-thinning medications such as anticoagulants (warfarin) and antiplatelet drugs (aspirin or ticlopidine); a combination of aspirin and sustained release dipyridamole; and carotid endarterectomy are all treatment options for stroke. In order to give patients the safest and best care possible, the surgeons at IBS Hospital employ transoral robotic surgery (TORS), 3-D navigation planning, intraoperative neurophysiological monitoring (IONM), surgical simulation, and cutting-edge research. Dr. Sachin Kandhari, Chairman of Neuro Surgery, is in charge of the division of neurosurgery.

IBS Hospital has emerged as a leading centre for vagus nerve stimulation for the treatment of epilepsy in India. The neurology of the hospital has a top-ranked team of neurologists which are capable of diagnosing and treating complex cases of epilepsy. IBS Hospital is equipped with the state of the art diagnostic technology, such as Functional MRI, Sleep Study Lab, Electromyography, and Electroencephalogram.

Recognized as a leading pioneer of innovation and technology, IBS Hospital has come up with the best technologies for shoulder replacement in India. The hospital offers advanced surgical techniques, including joint replacement based on the navigation technology. Some of the shoulder surgeries undertaken at IBS Hospital are Total / Partial Shoulder Replacement, Shoulder Resurfacing, and Shoulder impingement.

Bilateral Hip Replacement is a procedure during which the diseased cartilage is removed and the bone of both hip joints will be replaced with the help of artificial material. Considering IBS hospital for Total Hip Replacement B/L can be the most informed decision. IBS Hospitals is predominant in innovation and technology, which is why the hospital offers the latest and most advanced procedures, such as navigation technology-based joint replacement surgery, which helps to provide real-time feedback and helps to reduce potential surgical errors. The hospital offers a well-established and renowned orthopedics department, which has a history of executing several hip and knee replacement surgeries on both domestic and international patients.

The orthopedic surgical team at IBS Hospital provides patients with better care by utilizing cutting-edge methods and equipment. Some of the benefits offered for total hip replacement surgery or any other joint replacement surgery include shorter hospital stay, minimally invasive surgery, unbiased & thorough pre-operative evaluation, effective post-operative recovery plan, and complete rehabilitation. One of the main advantages of having a hip replacement at the IBS hospital in Delhi is the highly qualified and experienced orthopedic/joint replacement surgeons. Doctors and your comprehensive care team will develop a unique plan for your quick recovery after surgery once you are cleared to leave the hospital. They will also make sure that your follow-up appointments are planned because they do not leave the patients but rather perform extensive monitoring. In order to provide international patients with an outstanding healthcare experience, several value-based services are provided, such as housing and meal arrangements, sanitary practices, patient-friendly rooms, interpreter services, single point of contact, etc.

The hospital offers a well-established and renowned orthopedics department, which has a history of executing several successful knee replacement surgeries for both domestic and international patients. Minimally invasive technique and/or navigation technology is used to perform the total knee replacement b/l at IBS hospitals. Doctors utilize high-quality & durable prosthetic implants for the procedure. The orthopedics department's hospital personnel makes sure the patient begins walking by the 4th day (discharge day) following the knee replacement surgery.

The orthopedic surgical team at IBS Hospital provides patients with better care by utilizing cutting-edge methods and equipment. One of the main advantages of having a total knee replacement at the IBS hospital in Delhi is the highly qualified and experienced orthopedic/joint replacement surgeons. To mention a few, Dr. Pankaj Bajaj and Dr. Harsh Priyadarshi are among the renowned orthopedic surgeons in the hospital.