The facility was inaugurated by the leadership of Ruby Hall Clinic, including Dr. P.K. Grant, Dr. Simon Grant, and Dr. Himesh Gandhi, alongside the Kalyani family, represented by Dr. Baba Kalyani, Mrs. Sunita Kalyani, and Mr. Amit Kalyani of Bharat Forge. They were joined by international experts from Focal One, including Prof. Pascal (University of Toulouse), Dr. Damian, Vice President and CEO, and Mr. Ryan. The initiative has been made possible by the support of the Kalyani family, who have contributed to establishing the Kalyani Institute of Robotic HIFU Therapy at Ruby Hall Clinic, to improve access to advanced cancer care in India.

With over 40,000 new cases of prostate cancer diagnosed annually in India, many men traditionally delay treatment due to the risks associated with invasive surgery or radiation – specifically concerns regarding recovery time and long-term functional health.
Robotic HIFU addresses these fears by offering:
• Targeted Precision: Destroys cancerous tissue while sparing surrounding healthy structures.
• Non-Invasive Nature: A completely incision-free and radiation-free procedure.
• Rapid Recovery: Typically performed as a day-case, allowing patients to return to their lives almost immediately.
• Preserved Quality of Life: Significantly reduces the risk of urinary and sexual dysfunction compared to traditional methods.

Speaking at the launch, Dr. P.K. Grant, Chairman and Managing Trustee of Ruby Hall Clinic, said, “The introduction of the Indian subcontinent’s first Robotic HIFU therapy at Ruby Hall Clinic marks an important milestone for cancer care in our region. Our commitment has always been to bring advanced and meaningful medical technology to patients in India rather than wait for it to reach us years later. Establishing this programme reflects that philosophy and ensures that our patients have access to treatment options that prioritise both outcomes and quality of life.”

Dr Baba Kalyani, Chairman and Managing Director Bharat Forge, whose family’s philanthropic support made the institute possible, emphasised the importance of local access: “I have always believed that advances in technology should be used for the good of society. This programme is a clear example of how digital and AI-enabled innovation can make a real difference to patients by offering precise, minimally invasive treatment. Under the leadership of Dr Himesh Gandhi, the Robotic HIFU system has already begun delivering encouraging results for patients. I would like to congratulate Dr Purvez Grant and his team for making it possible for us to bring this technology to society.”

Dr Simon Grant, Physician and Trustee, Ruby Hall Clinic, noted, “FOCAL ONE offers a level of precision that allows us to treat only the areas affected by cancer with the intention of maintaining functional outcomes. We assess that cancer control can be achieved while preserving day-to-day quality of life for patients.”

Ms. Natalie Grant Nanda Ruby Hall Clinic, SPL, “Bringing the Indian subcontinent’s first Robotic HIFU therapy to Pune continues that legacy while setting the foundation for the next generation of cancer care. We are honoured to have the support of the Kalyani family in making this possible.”

From a clinical perspective Dr Himesh Gandhi, Consultant Uro-oncologist and Director of Robotic Surgery at Ruby Hall Clinic, said, “For many men, the fear of the treatment is as great as the fear of the cancer itself. Robotic HIFU removes that barrier, offering a non-invasive pathway that prioritises the patient’s functional independence and quick return to daily life.”

With the establishment of the Kalyani Institute of Robotic HIFU Therapy, Ruby Hall Clinic strengthens its position as a leader in advanced oncological care with an emphasis on accessibility, clinical excellence, and improved patient experience.

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Giving details about the case, Prof.Suresh Patankar, chairman of Ace hospital, Erandwane, Pune, said that a 41-year-old man came to the hospital with abdominal pain and was found to have a kidney located in the pelvis, instead of its normal position. Along with multiple kidney stones, there was a blockage at the Junction, between the kidney and the joining ureter. Traditionally, such cases are extremely difficult to treat due to abnormal anatomy and the higher risk of complications.

An ectopic kidney is a very rare birth condition that is often linked with ureter obstruction and rarely with kidney stones. Treating such cases can be difficult due to the unusual position and structure of the kidney, short ureter, complex blood vessels, and the vicinity of intestines makes the procedure challenging during surgery. While laparoscopic surgery is safer and offers faster recovery compared to open surgery, it can be technically demanding and time-consuming for surgeons.  Patients with long-standing kidney stones can cause inflammation, scarring, and make tissues friable; hence, any attempt at suturing for repair produces tearing of tissues, making surgery even more difficult and increasing the risk of bleeding, infection, and other complications. Earlier, medical guidelines recommended performing such operations in 2 stages. However, with robotic technology, complex surgeries have become safe, more efficient, and less stressful for patients and surgeons.

Therefore, the Ace robotic team decided to go with a robotic surgery, added Prof. Patankar. Using a robotic surgical system, we were able to precisely remove the stones and repair the kidney in the same procedure. But this procedure was not simple and straightforward because of the multiple stones, and there was significant damage to the ureter. Hence, the challenge was how to overcome this problem, and there are no guidelines as such to repair this problem. So on the operating table, we decided to remove the stone laparoscopically and endoscopically, and simultaneously, using a buccal mucosa, that is, the skin inside the cheek, to repair the block.

This patient recovered smoothly and was discharged on the 4 day after surgery. Follow-up showed a good result and no further blockage. A detailed review of existing medical literature confirmed that this is the first reported case where both procedures, stone removal and a graft repair, were done simultaneously on an ectopic pelvic kidney with robotic assistance. Our claim has been confirmed by a peer review of the prestigious “Journal of Robotic Surgery,” which stands amongst the top 25% of World databases.

Dr.Patankar further added that hospitals have performed a large number of robotic procedures mostly for the kidney, prostate, including cancers, and reconstructions. But this procedure was a milestone and highlights how robotic surgery is revolutionizing urology, making even the most challenging procedures safer, precise, and more comfortable for both surgeons and patients. With greater flexibility of movement, enhanced 3D vision, improved ergonomics, and the wise thinking of the surgeons, it allows surgeons to perform complex operations with more precision and comfort. This gives a safe and better outcome for the patients.

The team of doctors included, along with Prof. Dr.Suresh Patankar, senior urologist Dr.Gururaj Padalsalagi, Dr.Sachin Bhuiyal, Fellow-Dr. Saurabh Uplenchwar,  Anesthetist team, Dr.Suchita Hardikar, Dr.Sonali Vaste, Dr.Neha Banwat.

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Dr. J V Srinivas, Lead Senior Consultant – Orthopaedics & Joint Replacement, said, “This technology uniquely benefits revision surgery by enabling the surgeon to take the minimum bone cuts necessary to fit the new implant, preserving vital bone stock that is often already compromised in such cases. Conventional surgery typically requires a fixed amount of bone removal, which may not be ideal for complex revision scenarios. The precision and customization afforded by the CORI system mark a significant advancement in orthopedic care, translating into better alignment, improved joint function, and potentially longer implant longevity.”

For surgeons, the use of robotics provides a significant advantage through real-time 3D imaging, allowing detailed surgical planning and precise intraoperative guidance. This technology helps ensure accurate bone cuts and optimal implant positioning, which are critical factors in reducing risks such as misalignment and instability. For patients, this translates to a more natural knee movement, less postoperative pain, and a faster, smoother recovery experience, ultimately improving their overall outcome and quality of life.

Dr. J V Srinivas further added, “Robotic-assisted revision knee replacement is a game changer in managing complex cases where preserving bone and achieving precise implant positioning are critical. This technology not only improves surgical outcomes but also offers patients a better quality of life post-surgery.”

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MUMBAI:  Yashoda Medicity, a leading healthcare institution recognised for its excellence in patient care, has partnered with Intuitive, a global pioneer in minimally invasive care and robotic-assisted surgery, to establish an advanced robotic-assisted surgery (RAS) training centre at Yashoda Medicity, Indirapuram, Ghaziabad. Shri Harsh Malhotra, Union Minister of State in the Ministry of Corporate Affairs, Road Transport and Highways, inaugurated the training centre in the presence of Shri Sunil Sharma, Minister for IT and Electronics, Government of Uttar Pradesh.

The training centre will equip surgeons and care teams with the skills to perform robotic-assisted surgery across specialities such as urology, gynaecology, general surgery, and more. Through this partnership, Yashoda Medicity, Indirapuram, Ghaziabad, aims to accelerate the adoption of robotic-assisted surgery in India by offering advanced technology training and building a strong, future-ready surgical ecosystem nationwide.

The dual-bay configuration is designed to significantly increase training capacity by enabling parallel sessions or advanced collaborative learning, making it possible to train more professionals efficiently while maintaining high standards of surgical technology training. The centre aims to offer an immersive training experience that supports standardized learning, consistent skill development across procedures, and hands-on practice.

Dr. P.N. Arora, Chairman and Managing Director of Yashoda Group of Hospitals, said, “This is a proud and significant moment for all of us at Yashoda Medicity. Being among the first few hospitals in the country to establish a dual-bay robotic-assisted surgery training centre reflects our dedication to bringing global best practices to Indian healthcare. This centre will play a key role in training skilled surgeons and advancing surgical standards. We remain committed to building centres of excellence that drive progress and improve the future of patient care.”

Dr Upasana Arora, Managing Director, Yashoda Group of Hospitals, said, “This program shows our shared goal to support the ‘Heal in India’ initiative by improving surgical care and making advanced treatment more widely available. The establishment of this robotic-assisted surgical training centre is an important step toward making India a global destination for high-quality, minimally invasive procedures. By strengthening surgical capabilities and empowering clinicians with the latest technology, we aim to benefit patients across India and abroad, while contributing meaningfully to the country’s evolving healthcare landscape.”

While commenting about the new training centre, Dr. Myriam Curet, Executive Vice President and Chief Medical Officer, Intuitive, said, “At Intuitive, we believe that empowering surgeons with the right tools and training is key to improving patient outcomes. This new training centre with Yashoda Medicity marks an important step forward in how RAS technology training is delivered in India.”

Rohitt Mahajan, VP and GM- Intuitive India, said, “The new training centre is part of our shared vision with Yashoda Group of Hospitals to expand access to robotic-assisted surgery, reduce variability in patient outcomes, and ultimately contribute to faster recovery time, fewer complications, and better quality of life for patients. We are proud of this collaboration with Yashoda to train our surgeons on da Vinci technology at the first-ever dual bay training centre in India.”

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By Dr. Sathyanarayana L.D, Consultant Neurosurgeon, Narayana Health, Bengaluru.

A common but neglected complication

Language is central to how we think, relate, and exist in the world. Speech involves the ability to use movements of the tongue, lips, jaw muscles, and vocal tract to produce sounds. Aphasia (sometimes called dysphasia) is a broad-spectrum acquired language disorder affecting a person’s ability to process, use, and/or understand language. It can affect all forms of language – speaking, listening, reading, and writing. Aphasia can cause frustration and stress for an individual living with it, as well as for their caregiver. Research indicates that about 30 percent of patients who undergo brain tumor surgery in the language-dominant hemisphere (typically the left side) develop some form of aphasia. Yet, despite its prevalence and impact, aphasia remains an under-addressed concern in post-operative care across India.

Aphasia can vary from mild degree wherein there is trouble understanding long messages and needing a little extra time to understand and respond to spoken messages and difficulty finding words to express or explain an idea to severe degree in which there is little to no ability to speak, read or write or using a combination of words and jargon that is not understood by others and being unaware of own errors.

Location of the tumour

Whether and how a brain tumor affects a person depends on where it is in the brain. Each section or lobe of the brain is responsible for different functions, some of which are involved in communication. For example, the frontal lobe is involved in language production (how we express ourselves), and the temporal lobe is involved in understanding what others are saying to us and how our thought processes work. As a result, pressure from a tumor in one of these areas of the brain can affect the ability to speak and understand what others are saying. Areas of the brain controlling language are generally found in the left hemisphere, so if this is where the tumor is, a person is more likely to experience language and speech difficulties.

However, in some cases speech centre is found in the right hemisphere, for instance, especially with left-handed people. Because our brains are responsible for controlling the muscles needed to produce speech, a brain tumor can also cause difficulty speaking by interrupting some signals being sent to the mouth, dysarthria. Brain tumors can either be benign (non-cancerous) or malignant (cancerous). A tumor can cause aphasia if it impacts the brain’s language centers. Aphasia due to cancer is called neoplastic aphasia.

The most common type of aphasia due to a brain tumor is anomic aphasia. Aphasia due to brain tumors is more likely to be short-term and milder than post-stroke aphasia. The outcome and prognosis for cancer-related aphasia are also dependent on the success of the medical treatment. If the tumor is treated successfully, the aphasia is likely to resolve.

Types of aphasia:

• Expressive aphasia: Difficulty speaking or finding the right words
• Receptive aphasia: Difficulty understanding spoken language or written words
• Global aphasia: A severe form of aphasia affecting both speech production and language comprehension

Why Early Therapy Matters

Slow-growing brain tumors in the left cerebral hemisphere can impact the brain. For patients recovering from brain tumour surgery, this vital faculty is sometimes the most painful loss. Timely and individualized speech therapy plays a critical role in helping the brain reorganize and compensate for lost function — a process known as neuroplasticity. This could mean that if the tumor is impacting a language center, the brain can shift language processing to another part of the brain. The first three to six months after surgery are a golden window for recovery.  There are dozens of ways that speech-language pathologists (SLPs) treat aphasia. The type of treatment a person receives is generally determined by the type of aphasia he or she has, as well as the severity of it. However, it can also be guided by the needs of individual patients and their families as it relates to activities of daily living.

What can be done

• Integrate speech therapy into standard post-operative protocols
• Strengthen the workforce and training
• Harness teletherapy and digital health tools
• Support families and caregivers
• Include rehabilitation under insurance and public health schemes

Giving Voice to Recovery

Aphasia doesn’t kill, but it can erase identity, self-worth, and connection. In a society where verbal communication dominates, losing language means losing participation. Yet, with appropriate therapy and support, many patients make remarkable recoveries. The challenge is not healthcare possibility, but access and awareness.

The time has come to treat rehabilitation as essential, not optional. In India’s expanding neurosurgical landscape, we cannot afford to let patients survive surgery only to live in silence. They deserve more than survival; they deserve to be heard. I advocate a multidisciplinary, integrated approach to neuro-rehabilitation and particularly speech therapy. Speech-language therapy is to be initiated during inpatient recovery for at-risk patients and continued via outpatient or tele-rehabilitation pathways.

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CHENNAI: Prof. Dr. Amar Agarwal, Chairman of Dr. Agarwals Eye Hospital, received the Film Festival award for his pioneering work on Pinhole eye surgery (Pupilloplasty) from Dr. Jason Jones, Chief Judge at ASCRS in Los Angeles, USA.

Prof. Dr. Amar introduced Pinhole Pupilloplasty, a technique that reduces the size of the iris and creates a pinhole pupil, helping patients avert corneal transplantation. This procedure is beneficial for individuals with corneal scars, opacities, or conditions like Conical Cornea. In contrast to traditional corneal transplants, which require donor tissues, sutures, and risks of rejection, Pinhole Pupilloplasty offers quick recovery. Furthermore, the patient gets the advantage of seeing distant and near objects without glasses.

In his comments, Prof. Dr. Amar Agarwal, Chairman of Dr. Agarwals Eye Hospital, said, “Receiving the prestigious Film Festival award at ASCRS is an honor. It is truly humbling to get recognised among renowned professors of Ophthalmology across the world. The Pinhole Pupilloplasty technique has changed the lives of countless patients, and seeing the growing adoption of this procedure across the world by ophthalmologists is incredibly rewarding. Knowing that this technique is helping people regain sight and confidence, drives me to do what I love – to research, innovate, and impact lives with the gift of sight.”

Today, Pinhole Pupilloplasty is widely performed by ophthalmologists across the world due to its ease of surgery and patient comfort. This technique pioneered by Prof Dr Amar continues to revolutionize ophthalmic care.

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PUNE: PBMA H V Desai Eye Hospital, a leading eye care institution in Pune, organized a unique surgical skill transfer workshop for young ophthalmologists recently. The workshop, supported by the All India Ophthalmology Society (AIOS), trained young eye doctors in advanced cataract and other sub-specialty surgeries.

“The day-long workshop included 80 surgical sessions for 35 ophthalmologists from all over Maharashtra. Such workshops focused on practical learning in the wet lab are the need of the hour to benefit our next-generation surgeons“, said Dr Rahul Deshpande, Chief Medical Director, and Dr. Kuldeep Dole, Director, of H V Desai Eye Hospital.

What’s exciting was that the workshop featured a cutting-edge Virtual Reality model called “Oculus” that allows doctors to practice surgical steps independently. The Virtual Reality model provides a realistic and immersive experience for young ophthalmologists to learn each step of cataract surgery. This can be practiced repeatedly enhancing their skills and in turn, can potentially lead to better patient outcomes.

“This innovative technology is a first in western India and promises to revolutionize the way eye surgeons are trained” Said Dr Sucheta Kulkarni, Medical Director of H V Desai Eye Hospital.

The workshop was organized under the guidance of the Maharashtra Ophthalmology Society and Poona Ophthalmology Society.

“H V Desai Eye Hospital has a well-equipped wet lab for surgical training of all budding ophthalmologists“, said Senior Ophthalmologist Dr. Ashwini Gaikwad.

“By equipping eye doctors with the latest skills and technology, H V Desai Eye Hospital is reaffirming its commitment to providing world-class eye care to the community”, said Parvez Bilimoria, Executive Director of H V Desai Eye Hospital.

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INDIA: Marking a breakthrough in advanced ophthalmic care, Dr. Agarwals Eye Hospital successfully performed a complex surgical intervention that combined pinhole pupilloplasty (PPP) with corneal and scleral repair to restore the vision of a senior citizen who sustained severe injuries in his right eye while playing badminton. The emergency intervention successfully avoided the need for corneal transplantation, significantly reducing the risks of infections and graft rejection while ensuring a safer and more effective vision restoration.

The integration of Pinhole Pupilloplasty (PPP) with multiple surgical procedures, including intraocular tissue repositioning and artificial lens implantation to address the patient’s pre-existing cataract, is a rare and complex intervention. Led by Prof. Dr. Amar Agarwal, Chairman of Dr. Agarwals Eye Hospital, the surgery lasted approximately an hour. Following the procedure, the patient completely regained his vision, and the wound was healing well.

Introduced by Prof. Dr. Amar Agarwal in 2018, Pinhole Pupilloplasty (PPP) is a technique designed to reduce the pupil size to that of a pinhole, limiting the amount of light entering the eye. This ensures that images focus sharply on the retina, thereby enhancing the patient’s visual acuity. Traditionally, PPP has been used primarily for the treatment of high astigmatism. People with conditions like keratoconus, post-pterygium excision, and post-corneal tear repair, can experience significant improvement in their quality of vision following Pinhole Pupilloplasty.

Addressing a press conference, Prof. Dr. Amar Agarwal, Chairman, of Dr Agarwals Eye Hospital said, “The patient, Mr. Mani, 67 years old, suffered a severe injury to his right eye, with complete corneal damage. In such cases, corneal transplantation would typically be performed, requiring donor cornea from a cadaver. Transplantation typically involves multiple sutures, increasing the risk of infection and long-term complications. “However, we opted for a full-thickness repair of the cornea and sclera—the frontal parts of the eye—repositioned the prolapsed intraocular contents, and implanted an artificial lens to treat the pre-existing cataract. Since patients who undergo corneal tear repair often experience visual deterioration due to high astigmatism and corneal aberrations, we combined the procedure with Pinhole Pupilloplasty. All these interventions were performed in a single sitting, ensuring a comprehensive and effective solution for vision restoration.”

In his comments, Dr Ashvin Agarwal, Chief Clinical Officer, of Dr Agarwals Eye Hospital said, “Over 54% of ocular emergencies and 32% of blindness cases in India result from trauma, often leading to corneal scarring, opacities, and astigmatism, which cause vision loss or blurring. In severe cases, corneal transplantation is typically performed. However, even after a transplant, vision impairment may persist. Pinhole Pupilloplasty (PPP) has emerged as a groundbreaking alternative for many patients. It requires no additional equipment, is easy to learn, and significantly reduces surgical costs. PPP is particularly beneficial for conditions such as corneal scarring and opacities that would otherwise require full-thickness corneal grafting. Additionally, patients with high astigmatism—such as those with keratoconus, post-pterygium excision, or post-corneal tear repair—can achieve significant improvements in their visual quality through this procedure.”

In her comments, Dr. S. Soundari, Regional Head – of Clinical Services, at Dr Agarwals Eye Hospital, said, “The cornea plays a crucial role in focusing vision, but it can be damaged due to various factors, including injuries, exposure to explosions, complications after eye transplantation or surgery, or conditions like keratoconus, a conical deformity of the cornea. The patient had suffered corneal and scleral tears along with a prolapse of intraocular tissues in his right eye. He was admitted to the hospital with severe pain and vision loss. However, we combined the repair of torn corneal and scleral layers, cataract surgery, and PPP in a single sitting, eliminating the need for multiple procedures. Thanks to PPP, corneal transplantation was also avoided. Following the surgery, he is recovering well and doing extremely well.”

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PUNE: Arcus Hospital based in Wanowrie today organized a special program to mark the milestone of 800 mako robotic surgeries for partial and total knee replacements and total hip replacements.  Dr. Rohit Luthra, Joint Replacement and Arthroscopy Surgeon at Arcus Hospital,  Dr. Juhi Luthra, and other dignitaries were present on the occasion.

Dr. Rohit Luthra said that advancing robotic technologies is a boon to patients with partial and total knee and total hip replacements. Robotic systems are being used for greater precision in preparing bone for implant and accurately placing the replacement joint.

Dr.Luthra added that lesser blood loss, no muscle cuts, and more accuracy have resulted in reducing the hospital stay by about half. 

A 3D scan helps develop a 3D model of the patient’s anatomy and is used by the surgeon to plan the surgery. The surgeon guides the robotic arm which aligns the implant to perfection and cuts only the portion that is needed and spares the bone tissues and surrounding muscles. The robot performs the procedure, with the surgeon maintaining overall control of programming and robotics.

The Mako  Surgical Robotic System is considered the most accurate and advanced robotic surgical system in the world for hip and knee replacements, including partial knee replacements which can be complex surgeries.

Damage from arthritis is the most common reason for needing a hip replacement. Left unchecked, inflammation can lead to significant damage, causing a loss of function and disability. Arthritis can impact almost any part of the body, but most often affects the hip, knee, spine, or other weight-bearing joints.

Direct Anterior Approach (DAA) brings much relief to the patients 

Arcus Hospital was one of the first in India to do the robotic bilateral hip replacement surgery with the anterior approach in October 2023. Since then more than 650 surgeries have been done with anterior approach with or without robotic system. 

Dr. Rohit Luthara added that the Anterior approach or the ‘Front’ approach as it is called is a minimally invasive and muscle-sparing procedure. In this procedure, the incision is made from the front instead of the back or side. The damaged bones or cartilage are removed without detaching muscles or tendons and are just pushed aside instead of cut to allow the implant to be placed. This results in minimal damage to the muscles and since the muscles are not cut, the patient can sooner bear his or her weight and start walking. The robotic system adds pinpoint accuracy to the procedure including placing the implant into the right position. It helps us get the exact offsets as per the patient’s native anatomy of the hip and there is minimal chance of implant malposition and the risk of dislocation is nearly zero.

One of the most crucial parts of robotic procedures is planning which ensures accuracy and safety for patients.  The sizing of the implant is done with a CT scan before the operation. So we do a CT scan, we get a 3D virtual model of the hip and then we see what implant will best fit the patient and according to the anatomy the surgery is planned for the Robotic system to execute it to perfection. Also, one very big advantage is that the limb length can be checked easily with this approach because the patient is lying supine ( flat on the back with face up) and not lying on the side.

This approach is proving to be a game changer, he said.

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PUNE: Sahyadri Hospitals proudly announces a groundbreaking achievement in orthopedic surgery with the successful completion of Pune’s first robotic-assisted hip replacement using the direct anterior approach. The procedure was performed on Mr. Dnyaneshrao Pradhan (name changed), a 65-year-old retired resident of Satara, diagnosed with Avascular Necrosis (AVN) of the hip, a condition where bone tissue in the hip deteriorates due to a lack of blood supply.

Under the expert care of Dr. Abhijit Agashe, Consultant Orthopedic and Joint Replacement Surgeon at Sahyadri Hospitals, the surgery was conducted on November 27, 2024, and Mr. Pradhan was discharged on December 2, 2024, reporting excellent post-operative progress. The use of the real intelligence robotic system combined with the direct anterior approach has set a new standard in the field, providing unparalleled precision and safety.

Dr. Abhijit Agashe commented on the benefits of this revolutionary technique, stating, “Compared to traditional hip replacement methods, the robotic-assisted direct anterior approach enables a more accurate and less invasive surgery. Patients benefit from reduced pain, quicker recovery times, and more natural movement post-surgery. This technology enables patients to sit cross-legged after surgery, a position essential for cultural practices and daily activities, making it particularly beneficial for those suffering from hip problems. This method has not only enhanced functional outcomes but has also allowed immediate postoperative mobility, significantly improving the quality of life for patients with AVN Hip.”

Dr. Agashe further highlighted, “The combination of the robotic system and the direct anterior approach represents a significant advancement in joint replacement surgery. The ability to feed preoperative data into the robotic system ensures each patient receives a customized surgery plan tailored to their specific anatomy, achieving perfect alignment and leg length with millimeter precision.”

Sahyadri Hospitals remains committed to adopting innovative technologies and methods to enhance healthcare outcomes. This successful procedure marks a promising step towards making robotic-assisted surgeries the new standard in hip replacements.

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