Dr.Prajyot Jagtap

Robotic Total Knee Replacement (TKR) represents a revolutionary advancement in joint replacement surgery — offering unmatched precision, safety, and faster recovery for patients suffering from advanced knee arthritis and chronic joint pain. Unlike conventional knee replacement, robotic-assisted surgery uses state-of-the-art technology to plan and execute every step of the procedure with sub-millimeter accuracy. Robotic TKR Before surgery, a detailed 3D model of the patient’s knee is created using high-resolution imaging. This allows the surgeon to analyze bone structure, alignment, and soft tissue balance in depth. During the procedure, the robotic system assists the surgeon by guiding instruments with extreme precision, ensuring that the implants are placed in the most natural and stable position possible. The result is a perfectly balanced, well-aligned knee joint that functions smoothly and feels more natural. This advanced technology reduces the chances of human error, minimizes soft tissue trauma, and significantly enhances implant longevity. For patients, this means less pain, minimal blood loss, smaller incisions, shorter hospital stay, and quicker rehabilitation. Most importantly, robotic TKR enables a faster return to normal activities and an improved quality of life. Our approach combines robotic precision with surgical expertise and compassionate care, ensuring that each patient receives personalized treatment tailored to their unique anatomy and lifestyle. Whether you’re considering knee replacement for the first time or seeking a revision surgery, robotic-assisted TKR offers a safer, smarter, and more efficient solution for restoring mobility and independence. Key Benefits of Robotic TKR: Unmatched accuracy in implant positioning and alignment Minimal tissue damage and faster recovery Reduced post-operative pain and swelling Smaller incisions and cosmetic advantage Improved knee function and long-term implant durability Early return to walking and active lifestyle

Hip Replacement Surgery is a highly successful and life-changing procedure that helps patients regain mobility, comfort, and independence after suffering from severe hip arthritis, fractures, or joint degeneration. It involves replacing the damaged or worn-out portions of the hip joint with artificial implants that mimic the natural structure and function of a healthy hip. Hip Replacement Surgery Modern advancements, including robotic and minimally invasive techniques, have made hip replacement more precise and comfortable than ever. Using 3D planning and computer-guided systems, the surgeon can achieve optimal implant alignment and balance, ensuring smoother joint movement and a more natural feel post-surgery. Patients undergoing robotic-assisted hip replacement experience smaller incisions, minimal muscle disruption, reduced blood loss, and faster recovery. The improved accuracy also enhances the implant’s longevity, reduces complications, and ensures the best possible outcomes for both young and elderly patients alike. Our approach combines advanced technology with compassionate care. Every surgery is tailored to the patient’s anatomy, lifestyle, and activity level, helping restore full joint function and allowing patients to return to daily life with confidence and freedom from pain. Key Benefits of Hip Replacement: Restores mobility and reduces chronic hip pain Enhanced precision with robotic-assisted techniques Smaller incisions and minimal tissue damage Reduced hospital stay and faster rehabilitation Improved balance, stability, and range of motion Long-lasting, natural-feeling joint function

Partial Knee Replacement, also known as Unicompartmental Knee Replacement (UKR), is a highly advanced procedure designed for patients whose arthritis is confined to one part of the knee joint. Unlike total knee replacement, this technique replaces only the damaged portion of the knee, preserving healthy bone, cartilage, and ligaments for a more natural joint feel. Partial Knee Replacement This minimally invasive surgery is ideal for patients with localized osteoarthritis or early joint wear who are seeking pain relief and improved mobility without undergoing a full knee replacement. Using robotic or computer-assisted technology, the surgeon performs the operation with extreme precision, ensuring accurate implant placement and perfect joint balance. The robotic guidance helps customize the surgery to the patient’s individual anatomy, minimizing trauma to surrounding tissues and ensuring faster recovery. Because less bone and soft tissue are disturbed, patients often experience less pain, quicker rehabilitation, and a faster return to normal activity compared to traditional knee replacement surgery. Partial Knee Replacement allows patients to retain their natural joint motion and stability, providing a smoother and more natural walking experience. It is an excellent option for those looking to restore active lifestyles with minimal downtime and long-term comfort. Key Benefits of Partial Knee Replacement: Preserves healthy bone and ligaments Minimally invasive with smaller incisions Reduced pain and quicker recovery time More natural knee movement post-surgery Lower risk of complications Shorter hospital stay and early mobility

Revision Arthroplasty, also known as Revision Joint Replacement, is a specialized surgical procedure performed to replace or repair a previous joint replacement that has worn out, failed, or become unstable over time. It is a complex surgery that requires advanced expertise, precision, and careful planning to restore function, relieve pain, and improve joint stability. Revision Arthroplasty Surgery Over years of use, joint implants may loosen, wear down, or cause discomfort due to infection, trauma, or natural tissue changes. In such cases, revision arthroplasty becomes essential to remove the old prosthesis and replace it with a new, more secure implant. This procedure not only restores joint movement but also addresses any bone or soft tissue loss caused by previous surgeries. Modern advancements such as robotic-assisted technology and 3D planning enable surgeons to perform revision procedures with greater accuracy and improved outcomes. These tools allow for detailed preoperative assessment, precise implant positioning, and minimal soft tissue disruption, which are critical for long-term joint function and comfort. At our center, we take a comprehensive and individualized approach to every revision surgery. From accurate diagnosis to meticulous surgical execution and personalized post-operative rehabilitation, our goal is to help patients regain mobility, confidence, and quality of life with a strong, stable, and pain-free joint. Key Benefits of Revision Arthroplasty: Restores stability and alignment of the replaced joint Eliminates pain and stiffness caused by implant failure Uses advanced robotic and 3D planning for superior precision Addresses bone loss and soft tissue imbalance effectively Improves joint strength, function, and durability Comprehensive rehabilitation for faster recovery

Shoulder Replacement, also known as Shoulder Arthroplasty, is a highly effective surgical procedure designed to relieve severe pain, restore mobility, and improve overall shoulder function. It is commonly recommended for patients with advanced arthritis, complex fractures, rotator cuff tear arthropathy, or shoulder damage that no longer responds to medication, therapy, or minimally invasive treatments. Shoulder Replacement Surgery During the procedure, the damaged parts of the shoulder joint — including the humeral head (ball) and the glenoid (socket) — are replaced with artificial components that mimic natural joint movement. Modern implants are designed to withstand long-term use and provide smooth, pain-free mobility. Depending on the patient’s condition, surgeons may perform a Total Shoulder Replacement, Reverse Shoulder Replacement, or Partial Replacement. Reverse shoulder replacement, in particular, is highly effective for patients with massive rotator cuff tears or severe joint degeneration. With advancements such as 3D preoperative planning, navigation systems, and minimally invasive techniques, shoulder replacement surgery has become more precise, predictable, and safer. These technologies allow surgeons to customize implant positioning, minimize soft tissue damage, and ensure optimal joint alignment. At our center, we focus on delivering a personalized approach using advanced imaging, accurate surgical planning, and structured rehabilitation to ensure faster recovery and long-lasting shoulder function. Our goal is to help patients regain strength, mobility, and confidence in performing daily activities without pain. Key Benefits of Shoulder Replacement: Significant reduction in chronic shoulder pain Restores smooth and natural arm movement Highly effective for arthritis, fractures, and rotator cuff tear arthropathy Uses 3D planning and modern implants for superior outcomes Improves strength, stability, and range of motion Faster rehabilitation with long-lasting shoulder function

Platelet-Rich Plasma (PRP) Therapy is a cutting-edge, non-surgical treatment designed to stimulate the body’s natural healing process and preserve joint health. It’s an advanced form of regenerative medicine used for patients suffering from early arthritis, cartilage wear, ligament injuries, and chronic joint pain — especially in the knee, shoulder, and hip. PRP Therapy for Joint Preservation The PRP procedure involves drawing a small amount of the patient’s own blood and processing it to concentrate the platelets — the cells rich in growth factors and healing proteins. This platelet-rich plasma is then injected into the affected joint or tissue under sterile conditions, where it helps reduce inflammation, promote tissue repair, and improve joint lubrication. As a Joint Preservation and Regenerative Therapy Specialist, Dr. Prajyot Jagtap uses PRP therapy to delay the progression of arthritis and minimize the need for surgical intervention. The treatment supports cartilage regeneration, enhances mobility, and allows patients to stay active without long recovery periods. It’s especially beneficial for young, active individuals and early-stage osteoarthritis cases where joint replacement can still be avoided. Because the treatment uses the patient’s own blood, PRP is safe, biocompatible, and has virtually no risk of allergic reaction or infection. Most patients experience gradual improvement in pain and function within a few weeks, with results continuing to enhance over several months. Key Benefits of PRP Therapy: Natural healing using the body’s own growth factors Non-surgical, minimally invasive treatment option Reduces inflammation and promotes cartilage repair Improves joint lubrication and flexibility Delays or prevents the need for joint replacement Quick recovery and long-lasting pain relief

Stem Cell Therapy represents one of the most advanced regenerative techniques in orthopaedics, offering new hope for patients with early arthritis, cartilage degeneration, and chronic joint pain. It focuses on joint preservation by repairing and regenerating damaged tissues naturally — helping patients maintain mobility and delay or avoid joint replacement surgery. Stem Cell Therapy for Joint Preservation In this procedure, stem cells — powerful cells capable of transforming into various tissue types — are extracted from the patient’s own bone marrow or adipose (fat) tissue. These cells are then concentrated and injected precisely into the affected joint under image guidance. Once inside, they help reduce inflammation, promote new cartilage growth, and improve the body’s natural healing response. As part of regenerative joint preservation care, Dr. Prajyot Jagtap uses stem cell therapy to treat conditions like osteoarthritis of the knee, hip, and shoulder, meniscus or ligament injuries, and cartilage wear. This advanced, minimally invasive approach aims to restore joint function, relieve pain, and maintain joint health for the long term. Because the treatment uses the patient’s own biological cells, it is safe, minimally invasive, and free from immune reactions. Recovery is quick, and many patients experience steady improvement in pain and mobility over the following months as tissue healing progresses. Key Benefits of Stem Cell Therapy: Promotes natural regeneration of cartilage and joint tissues Reduces inflammation and joint stiffness Delays or eliminates the need for joint replacement surgery Minimally invasive with quick recovery time Safe and biocompatible — uses patient’s own stem cells Improves joint strength, stability, and mobility

Regrow Therapy is an advanced, scientifically developed regenerative treatment designed to preserve the hip joint and prevent the progression of Avascular Necrosis (AVN) of the hip. By restoring damaged bone tissue and improving blood supply, this therapy offers patients the possibility of avoiding or delaying hip replacement surgery — especially in the early and mid-stages of AVN. Regrow Therapy for Hip Preservation In Avascular Necrosis, the blood supply to the femoral head decreases, leading to bone death, collapse, and severe hip pain. Regrow Therapy works by harvesting the patient’s own stem cells or bone marrow-derived cells, processing them in a controlled laboratory environment, and reintroducing them into the affected hip. These cells stimulate natural bone regeneration, enhance healing, and help restore the structural integrity of the femoral head. This therapy is performed using minimally invasive techniques such as core decompression, where channels are created in the bone to relieve pressure and improve blood flow. The regenerative cells are then injected into these channels, promoting new bone formation and preventing further joint damage. Regrow Therapy is ideal for patients in the early stages of AVN who experience persistent hip pain, stiffness, or difficulty walking but still have preserved joint shape and cartilage. With timely intervention, this therapy can significantly slow disease progression, reduce symptoms, and help maintain natural joint movement for years. At our center, Regrow Therapy is offered as part of a comprehensive hip preservation program focused on early diagnosis, precision imaging, targeted regenerative treatment, and structured rehabilitation — ensuring the best possible outcomes for patients seeking alternatives to major surgery. Key Benefits of Regrow Therapy: Stimulates natural bone regeneration in the femoral head Improves blood supply to slow or halt AVN progression Reduces hip pain, stiffness, and movement restriction Delays or helps avoid the need for hip replacement surgery Minimally invasive with faster recovery Ideal for early-stage Avascular Necrosis and young active individuals

Viscosupplementation is a highly effective joint preservation therapy designed to relieve pain and improve mobility in patients suffering from early to moderate osteoarthritis. It involves injecting a gel-like substance called hyaluronic acid directly into the affected joint — most commonly the knee — to restore the natural lubrication and cushioning that the joint has lost due to wear and tear. Viscosupplementation Therapy for Joint Preservation Hyaluronic acid is a naturally occurring component of the joint fluid that allows smooth, pain-free movement. With age or arthritis, its levels decrease, leading to friction, stiffness, and discomfort. By replenishing this essential lubricant, viscosupplementation helps reduce inflammation, ease joint pain, and enhance flexibility without surgery. At our center, viscosupplementation is performed using high-quality, FDA-approved formulations under sterile conditions and ultrasound guidance for maximum precision. The procedure is quick, minimally invasive, and requires no downtime — allowing patients to resume daily activities soon after treatment. Viscosupplementation is often recommended for patients who have not achieved sufficient relief from oral medications or physiotherapy but are not yet ready for joint replacement. It is a safe, well-tolerated, and proven treatment that supports long-term joint preservation and function. Key Benefits of Viscosupplementation: Restores natural lubrication and shock absorption in the joint Reduces pain, stiffness, and inflammation Improves mobility and joint flexibility Delays or prevents the need for surgery Quick, minimally invasive, and well-tolerated procedure Enhances overall quality of joint function and movement

Microplasty is an advanced joint preservation procedure designed for patients with early-stage joint damage or partial cartilage wear. It aims to relieve pain, restore smooth joint motion, and delay or avoid the need for total joint replacement by treating only the affected portion of the joint. Microplasty Joint Preservation Procedure This minimally invasive technique uses specialized precision instruments and, in some cases, robotic assistance to resurface or replace the damaged part of the joint — typically within the knee — while keeping the surrounding healthy bone, ligaments, and cartilage intact. This preserves the natural movement and feel of the joint, ensuring a faster and more natural recovery. Microplasty is an ideal option for patients with localized arthritis or cartilage loss affecting one side of the knee (unicompartmental osteoarthritis). By focusing treatment only where needed, it minimizes surgical trauma, reduces recovery time, and retains much of the joint’s original anatomy. At our center, Microplasty is performed with a focus on precision, safety, and long-term joint preservation. Using advanced imaging and computer-guided tools, the procedure ensures perfect alignment, optimal function, and long-lasting results — helping patients regain mobility and return to their active lifestyles sooner. Key Benefits of Microplasty: Preserves healthy bone and natural joint movement Minimally invasive with smaller incisions Faster recovery and less post-operative discomfort Delays or prevents the need for total knee replacement Improves alignment, stability, and joint function Ideal for early arthritis or localized cartilage damage

Biologic Injections represent the forefront of joint preservation and regenerative orthopaedics, offering a natural, minimally invasive approach to treat joint pain, inflammation, and cartilage degeneration. This therapy harnesses the body’s own healing potential to repair damaged tissues and restore joint health — without surgery. Biologic Injections for Joint Preservation These injections use concentrated biological substances such as platelet-rich plasma (PRP), stem cells, and other growth factors derived from the patient’s own blood or tissues. When injected into the affected joint under image guidance, these biologics stimulate natural healing, reduce inflammation, and promote the regeneration of cartilage, tendons, and ligaments. Biologic injections are highly effective in managing early osteoarthritis, sports injuries, tendonitis, and mild cartilage wear. They provide a safe, personalized solution for patients who want to avoid or delay joint replacement surgery while improving pain, function, and quality of life. At our center, Biologic Injections are tailored to each patient’s specific condition and severity of joint damage. Dr. Prajyot Jagtap integrates these cutting-edge treatments with guided physiotherapy and lifestyle modifications to achieve long-term joint preservation and sustainable results. Key Benefits of Biologic Injections: Promotes natural tissue healing and cartilage regeneration Reduces joint pain, swelling, and inflammation Minimally invasive with no downtime Delays or eliminates the need for joint replacement Safe and personalized using patient’s own biological cells Improves joint mobility, strength, and long-term function

Shoulder Arthroscopy is a modern, minimally invasive surgical procedure used to diagnose and treat various shoulder problems such as rotator cuff tears, shoulder impingement, labral tears, and joint instability. This advanced technique uses a small camera (arthroscope) and specialized instruments inserted through tiny incisions, allowing the surgeon to view and repair the shoulder joint with exceptional precision and minimal trauma. Shoulder Arthroscopy Surgery Compared to traditional open surgery, arthroscopy offers significant advantages — including smaller incisions, reduced pain, quicker healing, and faster return to normal activities. The high-definition camera provides a clear, magnified view of the joint, helping the surgeon perform delicate repairs with great accuracy while preserving healthy tissues and muscles. Shoulder arthroscopy is commonly performed for conditions like rotator cuff repair, removal of bone spurs, treatment of labral or cartilage tears, and stabilization of recurrent shoulder dislocations. It’s equally beneficial for athletes, professionals, and individuals seeking quick recovery and long-term joint strength. At our center, we combine advanced arthroscopic technology with extensive surgical experience to deliver optimal outcomes. Personalized rehabilitation programs are designed for each patient to ensure complete recovery, improved range of motion, and lasting relief from pain and stiffness. Key Benefits of Shoulder Arthroscopy: Minimally invasive procedure with tiny incisions Less postoperative pain and faster recovery Precise diagnosis and treatment of shoulder disorders Improved joint function and flexibility Reduced scarring and minimal tissue damage Early return to sports and daily activities

The meniscus is a C-shaped cartilage in the knee joint that acts as a cushion between the thigh bone (femur) and shin bone (tibia). It plays a vital role in shock absorption, joint stability, and smooth knee motion. A meniscus tear — often caused by sports injuries, twisting movements, or degeneration — can lead to pain, swelling, and restricted movement. Meniscus Repair surgery aims to restore the natural structure and function of this important cartilage rather than removing it. Meniscus Repair Surgery Whenever possible, preserving the meniscus is the priority. Using arthroscopic and minimally invasive surgical techniques, the torn section of the meniscus is carefully sutured and stabilized to promote natural healing. Advanced imaging and keyhole incisions allow precise visualization of the injury, resulting in a less invasive and highly effective repair. Meniscus repair is ideal for patients who have tears along the outer edge of the cartilage where there is good blood supply, allowing natural healing. Compared to meniscus removal, this approach reduces the risk of early arthritis and helps maintain long-term joint health. After the procedure, a guided rehabilitation program helps strengthen surrounding muscles, restore movement, and ensure complete recovery. Most patients experience significant pain relief, improved stability, and the ability to return to sports or daily activities with confidence and comfort. Key Benefits of Meniscus Repair: Preserves natural knee structure and function Minimally invasive arthroscopic approach Reduces long-term risk of arthritis Faster healing and rehabilitation Restores stability, strength, and flexibility Enables safe return to sports and active lifestyle

The Anterior Cruciate Ligament (ACL) and Posterior Cruciate Ligament (PCL) are crucial stabilizing structures in the knee joint that allow smooth and controlled movement. Injuries to these ligaments, commonly seen in athletes and active individuals, can lead to pain, instability, and difficulty performing daily activities or sports. ACL/PCL Reconstruction surgery helps restore joint stability, strength, and confidence in movement. ACL / PCL Reconstruction When a ligament tear does not heal with conservative treatment, surgical reconstruction becomes necessary. During this minimally invasive procedure, the damaged ligament is replaced with a healthy graft (either from the patient’s own tissue or a donor), which is fixed securely to allow natural healing and integration with the bone. Modern techniques ensure that the new ligament closely replicates the anatomy and function of the original one. With the use of arthroscopic and advanced minimally invasive surgical methods, the reconstruction is performed through small incisions, resulting in less pain, reduced scarring, and a quicker recovery. Advanced imaging and intraoperative guidance ensure accurate tunnel placement and graft fixation for optimal stability and long-term results. At our center, ACL and PCL reconstruction procedures are combined with structured physiotherapy and personalized rehabilitation plans, helping patients regain full range of motion, strength, and return to sports or active lifestyles with confidence and safety. Key Benefits of ACL / PCL Reconstruction: Restores stability and function of the knee joint Minimally invasive arthroscopic procedure Faster recovery and reduced postoperative pain Improved joint alignment and long-term knee health Enhanced ability to return to sports and physical activity Customized rehabilitation for optimal recovery

Deformity Correction Surgery is a specialized orthopaedic procedure aimed at restoring normal alignment, balance, and function in bones or joints that have developed abnormalities due to congenital conditions, trauma, infections, or previous surgeries. The goal of this procedure is to help patients regain pain-free movement, improved posture, and a better quality of life. Deformity Correction Surgery Dr. Prajyot Jagtap utilizes modern surgical planning tools and precision techniques to correct angular, rotational, and length discrepancies in both upper and lower limbs. With the help of advanced imaging, 3D planning, and specialized fixation systems such as Ilizarov frames, Taylor Spatial Frames, and internal fixation devices, deformities are corrected accurately while preserving bone and soft tissue integrity. Each correction is meticulously planned based on the type, location, and severity of the deformity. The focus remains on restoring mechanical alignment, improving limb function, and preventing long-term joint damage. In growing children, guided growth procedures may also be performed to gradually correct deformities as they mature. Post-surgery, patients undergo a tailored rehabilitation program that emphasizes early mobility, physiotherapy, and muscle strengthening to ensure optimal recovery and long-term stability. The combination of advanced technology and compassionate care ensures every patient achieves both functional and aesthetic improvement. Key Benefits of Deformity Correction: Accurate correction of bone and limb alignment Improved joint function and overall mobility Reduced pain and prevention of future deformity progression Enhanced appearance and patient confidence Customized surgical and rehabilitation plan Use of advanced fixation systems for safe, reliable outcomes

Minimally Invasive Fracture Surgery (MIFS) is an advanced orthopaedic technique designed to treat fractures with smaller incisions, less tissue damage, and faster recovery compared to traditional open surgery. This approach focuses on achieving stable bone fixation while preserving the surrounding muscles, blood supply, and soft tissues — essential for natural healing and quicker rehabilitation. Minimally Invasive Fracture Surgery Using specialized instruments, modern implants, and intraoperative imaging, Dr. Prajyot Jagtap performs precise fixation through tiny incisions without fully exposing the fracture site. This technique ensures accurate alignment of the bone fragments while minimizing trauma to nearby tissues, leading to reduced pain, less blood loss, and smaller scars. Minimally invasive fracture fixation is especially beneficial for fractures of the long bones, periarticular regions, and complex injuries involving multiple fragments. The use of locking plates, intramedullary nails, and advanced imaging guidance ensures strong stabilization with minimal surgical disturbance, promoting faster bone healing and earlier mobilization. At our center, every procedure is tailored to the patient’s specific fracture pattern and overall health condition. Post-surgery, patients benefit from a guided physiotherapy program designed to restore movement, build strength, and help them return to their daily activities or work as soon as possible. Key Benefits of Minimally Invasive Fracture Surgery: Smaller incisions and minimal soft tissue disruption Reduced pain, scarring, and blood loss Faster recovery and shorter hospital stay Early mobilization and improved function Accurate alignment and stable fixation Lower risk of infection and complications

Complex Fracture Fixation refers to advanced surgical techniques used to treat severe, multi-fragmented, or difficult fractures that cannot heal properly with traditional casting or basic fixation methods. These fractures often involve joints, multiple bones, or surrounding soft tissues and require expert planning, precision alignment, and stable fixation to ensure complete recovery and long-term joint function. Complex Fracture Fixation Surgery At our center, each complex fracture case is carefully assessed using detailed imaging and 3D planning to understand the fracture pattern and plan the most effective treatment approach. With the use of modern implants, locking plates, screws, and minimally invasive techniques, Dr. Jagtap ensures stable fixation while preserving bone vitality and promoting natural healing. For high-energy trauma, periarticular fractures, or fractures involving the hip, knee, shoulder, or wrist, customized fixation techniques are applied to restore the normal anatomy of the bone and joint. The goal is to achieve accurate alignment, early mobilization, and optimal functional recovery while minimizing complications such as stiffness, malunion, or delayed healing. Our comprehensive post-operative care includes personalized physiotherapy and guided rehabilitation programs to help patients regain strength, stability, and mobility as safely and quickly as possible. With advanced surgical precision and a patient-centered approach, complex fracture fixation ensures the best outcomes even in the most challenging cases. Key Benefits of Complex Fracture Fixation: Precise bone alignment and stable fixation Minimally invasive techniques with reduced soft tissue trauma Enhanced bone healing and reduced recovery time Restores normal anatomy and joint function Lower risk of complications and implant failure Early mobilization and faster return to daily activities