‏إظهار الرسائل ذات التسميات Robotic Surgery. إظهار كافة الرسائل
‏إظهار الرسائل ذات التسميات Robotic Surgery. إظهار كافة الرسائل

HOSMAT Deploys Robotic Surgery Unit

HOSMAT Hospitals today announced inclusion of sophisticated Ingenious 3rd generation Robotic Surgery unit, in their Magrath Road Hospital, which is the 2nd hospital in Karnataka to have this latest automated robotic system

After the advent of robotic technology in abdominal and Pelvic surgeries, the robotic surgery in joint replacement has come ofage with its highly accurate and precision technique.This 3rd generation CUVIS Robotic unit has been in use internationally including INDIA since last 2years.The ROBOTIC unit with the orthopedic surgeon, provides high degree of precision, with very minimal removal of bone. The post-operative recovery is very smooth with much less pain and bending of the knee as compared to traditional knee replacement. 



Knee replacement, also called knee arthroplasty, is a surgical procedure to resurface a knee damaged by arthritis of the knee bones. Two of the knee bone surfaces of the knee are replaced by very strong plastic called high density polyethylene, which are the knee cap bone and upper end of leg bone, while thethigh bone is lined by a special metal called cobalt chrome which is nonmagnetic (MRI safe).


This knee replacement may be considered for someone who has arthritis or knee damage due to an old injury or by ageingcausing a lot ofpain while walking or climbing steps showing no improvement on non-surgical treatment and the day today activity is restricted.

Various types of arthritis may affect the knee joint. Osteoarthritis which is more common is a degenerative joint disease, that affects mostly middle-aged people who are overweight and also people who have side wards bent knee called bow legs, older people above 60 years . Rheumatoid arthritis can causemore severe damage at youngerage. Traumatic arthritis- arthritis due to oldinjury, Arthritis cause the breakdown and wear & Tear of the joint surface and loss of cartilage in the knees.

The 3D CT scan images pre operatively are fed into the robotic system through a pen drive. This gives real time detailed anatomy of the patient’s knee This“EYES” of the ROBOTICunit located above the Knee constantly assists the surgeon, for the highly accurate replacement operation by providing assistance through its advanced computer system.

This relays precise information about your knee, via a GPS type device that communicates and relays precise informationabout your knee to a robotics-assisted hand held device used by the surgeon during the procedure. Hence by collecting patient specific knee spatial information before the surgery, the surgeon is able to establish extensive data for the robotics-assisted hand device, to assist the surgeon in trimming the damaged surfaces of your knee, balance your joint, and position the implant with accuracy and precision, Bow legs and side bent knees are made straight.

The aim of Knee replacement surgery is to cure the walking pain, make the patient much more active, to easily climb 2 floors. The patient can stand for over 1 hour for cooking and going to office. With the latest American implants –Meril Gold the patient can sit cross legged on the floor after few months and has a long life of the replacement.

Speaking on this landmark moment Dr Thomas Chandy Chief of Orhtopaedics and arthoplasty who has 35 Years of experience in knee and hip replacement is quite enthusiastic about the robotic system. He recognizes the higher precision and accuracy with lesser bone loss to trim the surfaces of the three bones of the knee joint. He is also impressed by the ability to start walking the next day with much less pain and faster knee bending.


Tech-led Surgeries: IAMAI Releases Self-Guiding Code of Conduct



IAMAI Releases Self-Guiding Code of Conduct For New Age Models in Surgical Care

The Internet And Mobile Association of India (IAMAI) released a Self-Guiding Code of Conduct (SGCC) for New Age Models in Surgical Care today in the presence of Dr. K Madan Gopal, Senior Consultant (Health), NITI Aayog. Being one of the largest sectors of the Indian economy, healthcare needs constant improvement including access to quality healthcare for everyone. Working to achieve that, the Code of Conduct for all the leading healthcare service provider companies, aims to guide all New Age Models to serve their communities and patients in the best possible manner.

The Code of Conduct will ensure complete transparency, offer access to cutting-edge technology for surgeries, postsurgical care, last-mile connectivity, and create a comprehensive patient-centric ecosystem.

Launch of IAMAI's Code of Conduct
Launch of IAMAI's Code of Conduct

Formally releasing the SGCC, Dr. K Madan Gopal said, “Establishing the Code of Conduct for leading healthcare companies will ensure that access to quality healthcare reaches every patient. The Code of Conduct is backed by strong tech support and I am hopeful that the new age models can transform clinical interventions to make India’s healthcare more inclusive.”

Speaking about the initiative, Dr Alexander Kuruvilla, Co-Chair, IAMAI HealthTech Committee, and Chief Healthcare Strategy Officer, Practo said, "As partners in the healthcare industry, we have a huge responsibility on our shoulders i.e. to serve, and it is imperative that we live up to this with utmost adherence. With that in mind, the IAMAI Self-Guiding Code of Conduct (SGCC) is a step in the right direction. It will ensure that digital healthcare companies set themselves to the highest professional standards thereby ensuring that quality of care is never compromised. Self-regulation is the first step towards creating a lasting impact and truly transforming healthcare in the country."

Dr Vaibhav Kapoor, Chair, IAMAI Sub Committee on New-Age Model in Surgical Care, and Co-Founder, Pristyn Care said, “The Self-Guiding Code of Conduct (SGCC) outlines a clear, progressive framework for New Age Models in Surgical Care to best engage with their patients, partner hospitals, healthcare professionals and insurers.” These voluntary guidelines are designed to build a truly patient-centric, universal healthcare ecosystem in India, wherein new-age care providers comply with the highest professional standards to deliver enhanced clinical outcomes at affordable cost, Dr Kapoor added.

The key components of the Code of Conduct include responsible communication, care coordinators for safe and effective care, relationship with healthcare professionals and Partner Hospitals, insurance & billings, and customer grievances. All members need to voluntarily commit to the above-mentioned elements.

The SGCC for New Age Models in Surgical Care may be downloaded from this link: https://eventsites.iamai.in/IAMAISelfRegulatoryCodeofConduct.pdf

About Internet and Mobile Association of India

Established in 2004, Internet and Mobile Association of India (IAMAI) is a not-for-profit industry body and the country's only organization representing the digital services industry with over 400 Indian and multinational corporations as its members, which include established companies in diverse sectors of the digital ecosystem as well as start-ups. Its mandate is to expand and enhance the online and mobile value-added services sectors. It is dedicated to presenting a unified voice of the businesses it represents to the government, investors, consumers and other stakeholders. IAMAI represents varied sectors such as digital advertising, digital entertainment, traveltech, online gaming, digital payments, fintech, digital commerce, edtech, healthtech, agritech, big data, ML, AI & IoT, AR/ VR, logisticstech and so on.

Sparsh Hospital Introduces Robotic-Arm Assisted Surgery for Joint Replacement


Dr. Ashwath Narayan CN, Minister of Higher Education, IT & BT, Govt of Karnataka. unveils Mako Robotic-Arm Assisted Surgery for Joint Replacement

SPARSH introduces Mako Robotic-Arm Assisted Surgery for Joint Replacement along with many other tech and digital transformation initiatives. 

In the endeavour to redefine healthcare and offer the most advanced treatment options for patients, SPARSH Group of Hospitals has unveiled a series of initiatives as a part of its technology adoption and digital transformation journey. 

SPARSH Mako Robot
SPARSH Robot (L to R) Dr Sharan, Dr Ashwath (IT BT Minister) and Dr Gurava Reddy
SPARSH has introduced five key healthcare technologies that comprises the following
  • Mako: A Robotic Arm used for Joint Replacement Surgeries that enables surgeons to deliver more predictable surgical outcomes with increased accuracy.
  • 3D Printing Technology: The future of high accuracy surgery and customised implants is a game changer in surgical intervention.
  • O-arm and StealthStation S8: A high-precision surgical imaging and navigation system for brain surgeries: The O-arm System provides high-quality 2D and 3D images which are automatically synced to the StealthStation S8 Navigation system. Using these high-definition intraoperative scans, the StealthStation S8 navigation system allows surgeons to visualise the patient's anatomy in 3D and localise instruments and implants throughout the procedure. 
  • Kinevo 900 - 3D Microscope: The Kinevo 900 is a robotic visualisation system that offers a unique micro-inspection tool and surgeon-controlled robotics. 
  • SPARSH patient portal app: An integrated patient app to store all patient information, services, reports, and test results. Patients can also schedule virtual doctor consultations, download e-prescription and make payments through a wallet available within the app. 
SPARSH Mako Robot
SPARSH Mako Robot in the background (L to R) Dr Ashwath Narayan and Dr Sharan Shivaraj Patil

SPARSH Mako Robot

Commenting on the new initiatives, Dr. Sharan Shivaraj Patil, Chairman, SPARSH Hospital, said, “At SPARSH, we have been early adopters of cutting-edge technology that can offer precision, faster recovery, and better experience for our patients. We believe that technology-assisted procedures unquestionably offer more precision and accuracy as compared to conventional manual surgeries. The expertise and acumen of our clinicians, coupled with the finesse and meticulousness offered by smart tech tools will allow us to offer the highest quality of care to our patients. We will continue to introduce many more such initiatives that have the potential to reinvent healthcare” 

Over the last decade,technologies such as advanced imaging, robotics, and artificial intelligence have played a key role in enhancing the standard of care and making surgical science more precise.  The concept of technology-enabled hospitals is slowly becoming an essential part of improving patient experience and elevating the quality of care, resulting in faster recovery and better outcomes.  SPARSH has been an early adopter of many of these technologies that have helped redefine the quality of care and offer high-precision surgical procedures.

The newly introduced Mako Robotic-Arm Assisted Technology allows surgeons to reproduce precise bone cuts for patients, every single time, first on a virtual 3D model and then in the operation theatre. In case of a knee or hip surgery, Mako System’s software helps create a 3D model of the diseased joint based on the patient’s CT scan. The software then allows creating a personalized virtual surgical plan for each patient, based on their specific disease condition. This planning, done even before entering the operation theatre, helps in deciding the most accurate bone cuts and alignment of implants. The technology, with its insightful data analytics, allows the surgeon to modify the plan during the surgery if required. And once the plan is locked, the Mako System assists the surgeon in executing the bone cuts in the operation theatre.  Mako SmartRoboticsTM platform has shown, through published clinical studies, that patients experienced improved early function, lower pain, less postoperative pain, less need for analgesics, and fewer physiotherapy sessions compared to manual surgery for Total Knee surgery.

Dr. Ashwath Narayan CN, Minister of Higher Education, IT & BT, Govt of Karnataka, said, “As the IT capital of the country, Bengaluru has been a leader in introducing and implementing technology-driven solutions that have transformed people’s lives. In the field of healthcare, technology has the potential to improve care quality and create easier accessibility. I would like to congratulate Dr. Sharan and his team for implementing these solutions. We need more initiatives like this that can help Bengaluru become a sought-after destination for advanced medical procedures” 

South Asia's First Medical Robotics Surgery System 'SSI Mantra' Launched by SS Innovations

South Asia's First Medical Robotics Surgery System

Announcing completion of Human Pilot Study with 18 Procedures at RGCI

Representative Image


Mumbai, India, January 19, 2021: Despite decades of successful robotic-assisted surgeries globally that have positively impacted millions of patients, the access is scarce at large. The dominant current robotic system is expensive and associated with a steep learning curve, resulting in the limited availability across the world of over six billion population.

Taking this up as a challenge and leading with a vision to offer minimally invasive robotic surgery solutions, Dr. Sudhir P. Srivastava and his team launched SSI MANTRA (Multi-Arm Novel Tele Robotic Assistance) Surgical Robotic System, with a live demonstration, in New Delhi, today. The event marked the presence of national media at the launch alongside attendance from dignitaries like Amitabh Kant, CEO Niti Ayog via web-conferencing.

“Robotics shall be the future of surgery, and my vision is to create a technologically advanced system that will be cost-effective, easy to use, and can be applied to all surgical specialities. Thus, benefitting most patients around the world. Compared to conventional surgery, robotic surgery results in smaller incisions, that reduces pain, scarring and leads to quicker recovery.” said Dr. Srivastava, one of the early pioneers in minimally invasive and robotic cardiac surgery. He has performed over 1,400 robotic cardiac surgical procedures in the expanse of his career as a surgeon. It is his goal to build an affordable surgical robotic system that is easier for surgeons to use and provides easier accessibility for patients around the world. 

Dr. Sudhir P. Srivastav with MANTRA - South Asia's First Medical Robotics Surgery System





The MANTRA system was recently utilised for the first in human pilot study at Rajiv Gandhi Cancer Institute, where the surgeons successfully completed 18 complex Urology, Gynaecology and General Surgery procedures in less than a month. Present at the launch event, Dr. Sudhir Rawal, Medical Director RGCI added, “The dedicated team of engineers and scientists at SS Innovations have been working hard under Dr. Srivastava's guidance for the past few years to develop a cost-effective robotic surgical system. I congratulate them on this launch. I have been closely involved in the clinical trials myself, and the results have been outstanding."

The SSI Mantra surgical robotic system can be utilised for all major surgical specialities including Urology, General Surgery, Gynaecology, Thoracic, Cardiac, and Head & Neck Surgery.

The SSI Mantra System shall additionally have automated enabling technologies for coronary bypass and valve operations.

Robotic Surgeries Emerge as Saviour Amidst COVID-19 Pandemic

In the COVOD-19 era, when carrying out surgeries has become difficult, Robotic Surgery can provide minimally invasive procedures to patients, while providing greater protection to the doctors and other healthcare professionals, when compared to manual surgical procedures.

An estimated number of 313 million people all over the world undergo surgery everywhere. With the looming COVID-19 crisis, the health of these patients has been compromised. Currently, Robotic technology comes as a solution to the surgical challenges.

Dr. Ramakant Panda from the Asian Heart Institute, Mumbai, one of just a few centres in India offering patients surgical robotic procedures has commented, "Patient safety is our key priority and with COVID-19 we need to make sure we can conduct surgery in the best way possible for patients. We believe that surgical robotics offers this enhanced safety for patients. With physical distancing maintained while the surgeon sits at the console, this has the potential to reduce the likelihood of the patient or surgical team catching COVID-19. We are happy we will be offering surgery using Versius, a surgical robot. Robotic surgery can enhance surgery and help patients in the COVID era, as well as has the potential to support surgery during future pandemics. When conducting manual minimally invasive techniques, the surgeon is within very close proximity of the patient with more of the surgical team in the operating room, so this considerably increases the risk of contracting the infection and infecting the patient. In robotic surgery, the surgeon is more than 6 feet away while also reducing the number of people in the operating room."

Dr. Ramakant Panda also added that, "Versius, the surgical robot is controlled from a console away from the operating table, but with clear sight and easy access to the patient always. In addition, as the surgeon operates both the instrument and visualisation arms there is no need for an assistant to operate the camera - helping reduce the risk of COVID transmission to patient and hospitals to work efficiently with less manpower at a time of increased pressure. COVID-19 places attention on hospitals to deliver the best patient care at a time when resources are under high pressure."

According to Dr. Ramakant Panda, "Hospitals need to think differently during COVID-19 and surgical robotics offers a glimpse into the future of the operating room where technology can help the surgical team deliver minimally invasive surgery in a way that brings benefit to the surgical team, patient-and ultimately the hospital. It is important that patients do not delay during COVID, as with Versius Robotic surgery the patient recovers fast with virtually no pain/little pain and there is reduced risk of COVID transmission. So Versius is an Opportunity. It is an affordable option, as it is marginally higher than manual laparoscopy, but has various benefits especially at this time."

The demand for robotic surgery in India is high. This is especially beneficial during the time of COVID-19 when every hospital bed is under pressure, and hence it becomes important to ensure that patients have a shorter length of stay at hospitals and return home quicker. An open surgery also poses a greater risk of infection. A minimally invasive robotic surgical procedure drastically reduces the risk of a surgical site infection for a patient.

For more details & enquiries, please contact: 9322760158, info@ahirc.com.

1st Dedicated Robot-Assisted Cardiac Surgery Unit in India launched by Apollo Hospitals Bangalore

Apollo Hospitals Bangalore, one of the most advanced multi-speciality tertiary care hospitals in the city and part of the Apollo Hospitals Group (BSE: 508869 / NSE: APOLLOHOSP) today announced the launch of the first dedicated Robot-Assisted Cardiac Surgery Unit in India. A milestone in the history of cardiovascular surgery in the country, the Robot-Assisted Cardiac Surgery Unit will offer patients with complex cardiac disease treatment with robotic assisted minimally invasive cardiac surgery.

The Robot-Assisted Cardiac Surgery Unit will be equipped with the advanced fourth-generation versatile ‘da Vinci Xi’ robotic surgical system and a dedicated team, led by Dr. Sathyaki P Nambala, Sr. Consultant, Cardiac Thoracic and Vascular Surgeon and HoD, Robotic Cardiac Surgery Unit.

Dr. K. Hariprasad, President, Apollo Hospitals said, “Our vision has always been to bring the most advanced medical technology to India to benefit our patients. We are continuing on this path with the launch of the dedicated Robot-Assisted Cardiac Surgery Unit, which will be the first in India to offer a full-time robotic heart surgery program. This will empower our doctors to deliver the best of cardiac care, armed with the latest in advanced medical technology.

At Apollo Hospitals, the patient is at the center of all our efforts in providing accessible and affordable world-class treatment, and the introduction of the da Vinci Xi robotic surgical system is in furtherance of this objective. With 18 cases successfully treated to date with robot-assisted cardiac surgery, we are confident that the dedicated unit will change the lives of many more patients who cannot undergo conventional cardiac surgery.”

Dr. Sathyaki P Nambala, Sr. Consultant, Cardiac Thoracic and Vascular Surgeon and HoD, Robotic Cardiac Surgery Unit said, “The development of a Robot-Assisted Cardiac Surgery program requires a tremendous amount of dedication and preparation, and we are proud to have launched a dedicated program for the first time in India."

The innovative technology of the da Vinci Xi allows complex cardiovascular surgeries to be performed through smaller incisions and precise motion control, as compared to conventional open heart surgery, which involves opening up the chest by splitting the breastplate. The robot is docked near the operation table while the cardiac surgeon sits on a console from where commands are given to operate the smooth and dexterous robotic arms with a precision that would be impossible without the robot. A high-definition camera provides a clear, 3D view of the chest to the surgeon on a console screen.

Davison PK, CEO, Apollo Hospitals, Bangalore said, “The Robot-Assisted Cardiac Surgery Program will now be accessible to patients, not just across the nation, but the world too, thus making India a one-stop destination for robotic surgery. One of the major features of the specialized unit lies is that it will help reduce strain on the surgeon, by providing excellent vision, along with an increase in comfort while performing long surgeries. Very few centers in the globe offer this service, and we are proud that Apollo Hospitals Bangalore will be the first in India."

Dr. Nambala added, “Robotic heart surgery means minimal trauma, less blood loss and less overall discomfort for the patient. Since no bones are cut, there is no instability of the breast-bone or sternum after the surgery. Small incisions lead to negligible blood loss, eliminating blood transfusion in most cases and eliminating risks of blood borne infection.

Other advantages include reduced pain, less post-operative wound infections, less post-operative scarring, and a positive effect on breathing. Recovery is rapid, with lesser hospitalization, faster mobilization and rehabilitation. Healing is usually complete in 10 days with return to normal life including driving or other activities within a few days. The reduction in chance of infection makes it an ideal procedure ideal in diabetics and older patients."

About da Vinci Xi Robotic Surgical System

The da Vinci Xi Robotic Surgical System was approved by the USFDA in 2014. It operates on three principals: first, the surgeon can plan and visualize the surgery beforehand to study multiple levels and the entire process; second, the robotic guidance system will be an extension of the doctor during the process and is intended to enable execution with precision; and third, the doctor can visualize progress in real-time.

The da Vinci Xi consists of three main components: a robot, acting as remote manipulator, a control console, used by the surgeon, and an endoscopic vision cart. The da Vinci Xi provides high resolution 3D visualization, up to ten-times magnification of the operating field, movement scaling, and dual console systems for surgeon cooperation and training.

[Top Featured Image - Dr. Sathyaki P Nambala, Sr. Consultant, Cardiac Thoracic and Vascular Surgeon and HoD, Robotic Cardiac Surgery Unit]

~ Newsvoir

Medtronic Introduces Mazor X Stealth Edition for Robotic-Assisted Spine Surgery in India


  • First Patient in India Treated at Indian Spinal Injuries Centre, New Delhi

  • Surgical Robotics Market in India is Predicted to Grow Remarkably

  • Mazor X Stealth Edition™ Will Enable Doctors to Plan Their Surgery, Provide Assistance to Execute the Plan Precisely and Visualize the Progress in Real-Time



​India Medtronic Private Limited, wholly-owned subsidiary of Medtronic plc (NYSE:MDT), today announced the launch of the Mazor X Stealth Edition™ that offers a fully-integrated procedural solution for surgical planning, workflow, execution and confirmation of spine surgeries. Surgeons at Indian Spinal Injuries Centre, New Delhi, have successfully performed the first minimally invasive spine surgery in India using the Mazor X Stealth Edition™ Robotic-Assisted Spine Surgery System.

The global surgical robotics market has a vast potential, and it is expected to grow to US$9.3 billion by 2025 from US$4.9 billion back in 2016 with a CAGR of 11.4%1. In India, with a rapidly growing senior population, the spine surgery rate is expected to rise. The Surgical Robotics Market in India is predicted to witness a remarkable increase from US$129.9 million in 2016 to US$372.5 million in 2025, growing at a CAGR of 19.2%.1

"Minimally-invasive spinal procedures with their smaller incisions can pose a challenge to surgeons due to the limited view of the patient's anatomy. The combination of robotics and navigation provides an opportunity for not only procedural benefits but also the potential for clinical efficiency and improvement in patient outcomes,” said Dr. H.S. Chhabra, medical director, Indian Spinal Injuries Centre, New Delhi. “We can now perform the same spinal surgery with precision as planned along with the ability to confirm through navigation that the implant is going in the location as it was intended to.”

"We believe technology has the power to improve lives. That's why we are continually innovating novel products and procedural solutions in the area of minimally invasive therapies; to improve the quality of life for all patients. We are bringing a myriad of new technologies to India to improve access to the best treatment options for patients,” said Madan Krishnan, vice president and managing director, India Medtronic Pvt Ltd. “This year being the 40th year for Medtronic in India, we are happy to demonstrate our commitment to transforming healthcare in India with renewed vigour by launching the Mazor X Stealth Edition™ Robotic-assisted Spine Surgery System."

Co-developed between Medtronic and the recently acquired Mazor Robotics, the Mazor X Stealth Edition™ seamlessly incorporates Stealth™ software technology into the Mazor X robotic-assisted surgery platform. It is a revolutionary new technology that uses cutting-edge software to plan the surgical procedure, then uses a robotic arm to guide implants and instruments through the steps of the surgical process with precision, while simultaneously using real-time imaging feedback to ensure the plan is being carried out as desired. The Mazor X Stealth Edition™ operates on three principals: first, the surgeon can plan and visualize the surgery beforehand to study multiple levels and the entire process; second, the robotic guidance system will be an extension of the doctor during the process and is intended to enable execution with precision; and third, the doctor can visualize progress in real-time.
About Medtronic

Medtronic plc (www.medtronic.com), headquartered in Dublin, Ireland, is among the world’s largest medical technology, services and solutions companies – alleviating pain, restoring health and extending life for millions of people around the world. Medtronic employs more than 90,000 people worldwide, serving physicians, hospitals and patients in more than 150 countries. The company is focused on collaborating with stakeholders around the world to take healthcare Further, Together.

Any forward-looking statements are subject to risks and uncertainties such as those described in Medtronic's periodic reports on file with the Securities and Exchange Commission. Actual results may differ materially from anticipated results.

References:
1 https://www.analyticsinsight.net/analytics-insight-estimates-indian-surgical-robotics-market-at-us129-million-by-2025/


~ BusinessWire India

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