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Computer Assisted Knee Replacement in Jaipur, Rajasthan, India

Computer-assisted navigation refers to the use of technology to direct doctors during knee replacement surgery.

Computer-assisted navigation can be useful during knee replacement surgeries. The orthopedic surgeon is able to digitally monitor each stage of the treatment on a display by using computer navigation technology to accomplish this. The locations of individual bones are tracked in three dimensions using real-time infrared wave transmission.

Dr. Anoop Jhurani uses computer-assisted knee replacement surgery in Jaipur, India to achieve precise outcomes. It’s important to emphasize that, in contrast to robotic surgery, where the computer assists in controlling the movements of the surgical tools, computer navigation serves as a guide for the orthopedic doctor.

What is the need for a computer-assisted knee replacement?

Following knee replacement surgery, you’ll be able to resume your normal everyday activities without any problems. The simple operation comprises inserting a prosthesis in place of the knee joint’s damaged cartilage.

The balance and alignment of the new joint determine the effectiveness of knee replacement surgery. By repositioning the joint precisely, you will be able to resume your regular activities for a longer period of time.

With the use of computer-assisted knee replacement surgery, orthopedic surgeons can be even more precise (CAS). It enables them to achieve the most accurate alignment possible by cutting the ends of the femur and tibia to line up with the new implant.

Patients considering a knee replacement should give CAS significant consideration (computer-assisted knee replacement surgery). If you choose the best computer-assisted knee replacement doctor in Jaipur, India, you will get the best results.

Our patients with prior leg fractures were also shown computer-assisted knee replacement surgery, which ensures that movement is not restricted, especially through the joints.

If a typical knee replacement is carried out on such a patient, the preexisting hardware must be updated. Before having surgery to replace a knee with a computer, there is no need to remove any fracture hardware.

What are the advantages of using a computer-assisted navigation system?

Computer-assisted surgery helps with implant insertion, alignment, soft tissue balancing, and restoring the lower limb’s mechanical axis. For the patient, this might result in a better functional outcome. Additionally, it may enhance surgical performance.

The surgeon Dr. Anoop Jhurani will be able to make precise, individualized bone incisions and position the prosthesis correctly. In contrast to conventional surgery, any adjustments can be performed while the patient is under anesthesia.

The fact that the cuts are customized to the anatomy and requirements of each patient separately is an additional benefit. This can lessen blood loss and embolic issues.

The best joint replacement results come from using computer navigation because it reduces the possibility of errors because the orthopedic surgeon can see everything on the computer screen. Choose the best Computer assisted knee replacement surgeon in Jaipur, India to achieve effective results.

The following are some of the most important advantages:

  • Less chances of soft tissue injury
  • Outliers are less likely to happen (incorrect positioning)
  • Lower chance of fat embolus and blood loss.
  • Lower risk of revision surgery
  • Smaller incision

How does Computer-Assisted Surgery Work?

Without a doubt, computer-assisted surgery requires a bit more technical skill than standard surgery. An infrared laser and a stereotactic camera are used during computer-assisted knee implant surgery to map the position of your bones and the surgeon’s instruments.

The stereotactic camera, which is linked to the computer running the system, monitors the motion of the bones. The navigation program can then create a three-dimensional animation of the patient’s actual knee joint. The system’s monitor shows the 3-D model so the surgeon(s) may view the process in action.

The navigation system can also calculate precise distances and angles for bone and soft tissue balancing alignment, providing the prosthesis with a far higher level of precision. It is extremely helpful to use computer-assisted knee replacements in order to reduce the chances of errors.

Advantages of Computer Navigated Knee Replacement India Surgery:

  • Minimally invasive procedures
  • Smaller cuts
  • Improved recovery time
  • Less bleeding
  • Lower probability of blood clotting
  • Less discomfort.
  • Reduces the possibility of human error


What is the procedure for using computer-assisted navigation?

It’s basically a “small GPS system” that the surgeon uses during a knee replacement procedure. It employs infrared technology to ‘correctly align the components,’ allowing the surgeon to devise and carry out a surgical plan with minimal tissue disruption and bone removal.

Who would benefit from surgery with computer-assisted navigation?

Computer-assisted surgery will benefit any patient who is having a knee replacement. Complex cases, such as severe deformity, obesity, or past long bone fractures, are given special attention.

Is there a difference in healing between this and regular surgery?

The recovery process should be like that of standard surgery. The day after surgery, you’ll begin walking with crutches or a frame, and you’ll require a walking aid for up to six weeks.

Who benefits from a computer-assisted total knee replacement?

Patients with severe knee pain and disability because of rheumatoid arthritis, trauma, osteoarthritis, or congenital deformities may benefit from a computer-assisted complete knee replacement. Where the patient’s shinbone (tibia) and thighbone (Femur) rub directly against one another, the cartilage may have worn away because of degeneration or damage to the knee. Patients have typically attempted nonsteroidal anti-inflammatory medications (NSAIDs), cortisone injections, and medical therapy to ease their knee pain. Since 2008, Dr. Anoop Jhurani, Joint Replacement Specialist and Director at Fortis Escort Hospital in Jaipur, has been using a computer navigation approach to knee replacement, which helps to make the treatment nearly painless and allows patients to resume normal activities within six weeks.

Fellowship in Joint replacement

  • Fellowship in Joint Replacement Surgery from Hospital of Special Surgery New York with Dr. C.S. Ranawat, OCT-DEC 2010
  • Visiting Surgeon at Univ. of Mannheim, Heidelburg, Germany for Computer Navigation Arthroplasty, Sept, 2008
  • Visiting Surgeon, Harvard Medical School, Boston with Dr. Richard. C Scott for Joint Replacements, Dec 2009.
  • Visiting Surgeon Mayo Clinic Rochester with Dr. Cabanela, Dec 09.
  • Visiting surgeon at Rush Medical, Chicago with Dr. Paprosky and Dr. Della Valle for Revision Surgery, Nov 2013
  • Visiting Surgeon at NASH in Columbus, Ohio, with Dr. Adolf Lombardi and Dr. Keith Berend for Partial Knee Replacements and Bicruciate Bi Uni’s, Nov 2014.
  • Visiting Surgeon for Robotic Mako Partial, Total Knee and Hip Arthroplasty, with Dr. Hernandez, Texas, USA , NOV 2015
  • INDO UK SENIOR Arthroplasty Fellowship Sept 2015, Oxford, London.
  • Cadaveric Robotic training, AAHKS Meeting Dallas, Nov 2016.

Watch a live surgery demonstration

  • Computer-aided TKR Jaipur 2010, relayed to Jodhpur and Udaipur.
  • Complex THR, relayed to Chennai,, 2011.
  • Complex THR, Ho chi minh city, Vietnam, 2012.
  • TKR and THR, Dhaka, Bangladesh, national conf, 2013.
  • COMPLEX THR, Ganga Arthroplasty course, Coimbatore, 2013.
  • COMPLEX TKR, Jodhpur, 2014.
  • TKR and Complex THR, Kanpur arthroplasty course, Kanpur, 2014.
  • Revision THR, Hip revision course, Jaipur, June 2014.
  • REVISION THR AND COMPLEX THR, Ganga Arthroplasty Course, Coimbatore, 2015.
  • Complex THR, AIIMS Arthroplasty Course, New Delhi, August 2015
  • Dual Mobility Hip, Hip Course, Jaipur, sept, 2015
  • Delta Motion Hip, Jaipur, Dec 2015.
  • Live Complex Hip, UP Orthopaedic Assoc Meet, Feb 2016
  • Live TKR with Subvastus approach, Guwahati, April, 2016
  • Live TKR with Subvastus Approach, Guntur April 2016.
  • Live Oxford Uni, Bhilwara, 15th June, 2017
  • Live Hip Replacement, Maxx Hip and Knee workshop, Delhi
  • Live Robotic Uni April, 2018
  • Live Robotic Uni April, 2018
  • Live Robotic UNI, Pune, August 2018
  • Live Robotic Uni relayed to New Delhi, August 2018
  • Revision Megaprosthesis, Proximal Femur replacement Sept 2018.
  • Robotic Uni Live, Chennai workshop, April, 2019
  • Live surgical demonstration of robotic total knee replacement, Pune, May 2022

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