Senior Orthopaedic Doctor and Specialist Joint Replacement SurgeonLed by Senior Orthopedic Surgeon Dr Karthik Gudaru—MS (Orthopaedics), International Fellow (USA, Germany, South Korea), and Recipient of the Vaidya Rathna Award with 12+ years of clinical excellence and over 12,000 successful surgeries—our department delivers definitive, joint-preserving, robotic, and pediatric orthopedic solutions. Combining biological joint-preservation protocols with sub-millimeter computer navigation and robotic arthroplasty, we prioritize muscle-sparing recovery, lasting implant survival, and natural biomechanical mobility across premier centers in Hyderabad and Tirupati.
Read More Read More
Orthopedic disorders—ranging from degenerative joint arthritis and complex sports ligament ruptures to debilitating pediatric deformities and spine trauma—require a surgeon who combines compassionate diagnostics with high-precision surgical intervention.
As a Senior Joint Replacement Surgeon and Assistant Professor at BIRRD Hospital, Dr Karthik Gudaru is recognized as one of Telangana and Andhra Pradesh's premier orthopedic surgeons. He possesses a rare dual expertise in Advanced Adult Joint Arthroplasty and Complex Pediatric Orthopedics, enabling him to manage musculoskeletal conditions across all age groups—from congenital clubfoot in infants to revision robotic joint replacements in elderly patients.
Dr Gudaru’s surgical technique was refined through intensive international fellowships at world-renowned orthopedic centers in the United States, Germany, and South Korea. Recognized with the prestigious "Vaidya Rathna" Award in 2023, his clinical approach emphasizes preserving natural bone and ligaments whenever possible, utilizing cutting-edge robotic systems and biological regenerative therapies to deliver pain-free, long-term functional recovery.
The knee is a major weight-bearing joint vulnerable to osteoarthritis, structural misalignment, ligament injuries, and cartilage damage. Dr Karthik Gudaru provides a comprehensive range of knee treatments and surgeries:
Recommended for advanced, end-stage multi-compartment osteoarthritis where cartilage is severely worn. The procedure resurfaces damaged bone ends, restores alignment, and aims to improve joint movement and function.
First-time knee replacement using patient-specific alignment strategies to achieve appropriate positioning of the prosthetic components according to the patient's anatomy.
Specialized surgery for previously replaced knees that have become painful, loose, unstable, worn, or infected. Treatment may involve structural bone grafts, metallic augments, and revision implant systems to reconstruct the joint.
A joint-preserving procedure that may be suitable for younger, active patients with localized medial compartment osteoarthritis. The upper tibia is precisely realigned to redistribute weight away from the damaged compartment.
Uses infrared optical trackers and computer-based navigation to provide real-time anatomical information during surgery, supporting accurate component alignment and ligament balancing.
The elbow requires careful management to preserve movement, stability, and upper-limb function. Treatment may include conservative care, injections, arthroscopy, and reconstructive procedures depending on the condition.
Management of painful and restricted elbow movement caused by degenerative or inflammatory arthritis, beginning with appropriate non-surgical treatment and progressing to surgery when indicated.
Management of lateral epicondylitis through rehabilitation, strengthening, activity modification, and selected interventions for persistent symptoms.
Minimally invasive treatment using small incisions and a camera to address selected conditions such as loose bodies, stiffness, cartilage problems, and other intra-articular abnormalities.
Management of displaced or complex fractures using appropriate fixation techniques to restore alignment and facilitate functional recovery.
Assessment and treatment of ligament damage affecting elbow stability, with reconstruction or repair considered in selected cases.
The shoulder provides a wide range of movement, making preservation of stability and soft-tissue function important during treatment and reconstruction.
Used for severe glenohumeral osteoarthritis or selected cases of avascular necrosis when the rotator cuff remains functional. The damaged joint surfaces are replaced with prosthetic components.
Used in selected patients with complex rotator cuff tear arthropathy, certain severe fractures, or failed conventional shoulder replacements. The reversed implant design allows the deltoid muscle to contribute more effectively to arm elevation.
Surgical treatment of complex or displaced fractures involving the proximal humerus, clavicle, and scapula using appropriate fixation techniques.
Minimally invasive procedures using a camera to assess and treat selected labral injuries, recurrent shoulder instability, and other intra-articular conditions.
The hip requires stability and appropriate anatomical restoration to support walking, everyday activities, and mobility.
Definitive surgical treatment for severe hip osteoarthritis, ankylosing spondylitis, and selected cases of avascular necrosis affecting the femoral head.
First-time hip replacement using appropriate surgical approaches and implant selection based on the patient's anatomy and clinical condition.
Management of femoral neck, intertrochanteric, and selected acetabular fractures. Treatment may include internal fixation or partial/total hip replacement depending on the patient's age, fracture pattern, and overall condition.
Computer navigation helps the surgeon assess and position the acetabular component and other implant components during surgery.
Children require specialized orthopaedic care because their bones, joints, growth plates, and musculoskeletal systems continue to develop.
Management of musculoskeletal problems associated with cerebral palsy may include tendon releases, muscle-lengthening procedures, tendon transfers, and selected single-event multilevel surgeries to improve movement and prevent contractures.
Treatment of clubfoot, syndactyly, synostosis, and limb-length discrepancies using corrective casting, surgery, growth modulation, and bone-lengthening techniques when required.
Functional reconstruction for residual weakness or paralysis following polio may include muscle transfers, soft-tissue balancing, and selected joint-stabilizing procedures.
Management of skeletal deformities associated with conditions such as rickets, Osteogenesis Imperfecta, and skeletal dysplasias, with treatment tailored to the underlying condition and severity.
Comprehensive care for osteoarthritis, rheumatoid, inflammatory, and post-traumatic arthritis, including physiotherapy, medications, injections, corrective procedures, and joint replacement when required.
| Over 12,000 Surgeries and 4,000 Knee Procedures: | A high-volume surgical track record that translates into reproducible precision, lower complication rates, and predictable functional outcomes. |
| International Triple-Fellowship Training: | Formal arthroplasty, robotic navigation, and trauma fellowship training at premier academic institutes in the USA, Germany, and South Korea. |
| Rare Dual Expertise (Adult and Pediatric): | Equal mastery over robotic joint replacement in adults and delicate reconstructive surgery for pediatric congenital conditions and cerebral palsy. |
| Sub-Millimeter Robotic and Navigation Accuracy: | Expert application of real-time computer navigation and robotic-arm systems, ensuring accurate component positioning and long implant lifespans. |
| Joint Preservation Mindset: | Dedicated to non-surgical biological therapies (PRP, Stem Cells) and joint-saving osteotomies before considering prosthetic joint replacement. |
| Academic Leadership: | Assistant Professor at BIRRD Hospital; actively training future generations of orthopedic surgeons, DNB residents, and physiotherapists. |
| GreenMed Hospital: | Srinagar Colony / Jubilee Hills, Hyderabad, Telangana |
| Sri Maruthi Hospitals: | Tirupati, Andhra Pradesh |
| BIRRD Hospital: | (Balaji Institute of Surgery, Research and Rehabilitation for the Disabled) — Tirupati, Andhra Pradesh |
| Aster Ramesh Hospitals: | Vijayawada, Andhra Pradesh |
Get an expert clinical evaluation, second opinion on joint replacement, or a customized treatment plan with Dr Karthik Gudaru.
| Direct Surgical Helpline: | +91 882 6615 301 |
| WhatsApp Scheduling: | Message +91 882 6615 301 for an immediate response |
| Second Opinion Desk: | Share your X-rays, MRI scans, or medical reports via WhatsApp for an expert assessment |
| Consultation Centers: | GreenMed Hospital (Hyderabad) | Sri Maruthi Hospitals (Tirupati) | BIRRD Hospital (Tirupati) | Aster Ramesh Hospitals, Vijayawada, Andhra Pradesh |
AboutDr Karthik Gudaru specializes in Knee, Shoulder, Hip, and Elbow Joint Replacements, with a special focus on Computer-Assisted and Robotic Knee Replacement, Navigation-based surgeries, and Minimally Invasive Orthopedic Procedures. Dr Karthik Gudaru is also regarded as the best child orthopedic surgeon in Hyderabad, with vast experience in Pediatric Orthopedics, treating conditions such as Cerebral Palsy, Congenital Anomalies, Polio Myelitis, and Metabolic Bone Diseases. His compassionate and meticulous approach in pediatric cases has earned him the trust of numerous families.
Plus Successful Surgeries
Frequently Asked QuestionsDr. Karthik Gudaru is the top-ranked specialist for Total Knee Replacement and Primary Knee Replacement in Hyderabad and Telangana. Serving as Head of Orthopedics at GreenMed Hospital, he has completed over 12,000 successful orthopedic procedures, including 4,000+ knee replacements. Backed by elite Knee Arthroplasty fellowships from the USA, he designs first-time primary replacements tailored precisely to individual anatomy. By utilizing advanced, muscle-sparing subvastus techniques during surgeries, Dr. Gudaru leaves major thigh muscles completely uncut. This advanced medical approach effectively minimizes post-operative pain, drastically reduces hospital stays, and accelerates the overall healing timeline for patients reclaiming an active lifestyle.
Patients choose Dr. Karthik Gudaru for Computer Assisted Knee Replacement in Hyderabad due to his advanced Germany-trained digital navigation fellowship expertise. Traditional manual replacements introduce severe blind spots by flattening three-dimensional joint geometries into simple estimations. Dr. Gudaru resolves this by utilizing 3D computer software that maps individual skeletal variations with sub-millimeter precision before any incision is made. This real-time tracking establishes absolute certainty, achieves perfect custom implant alignment, and balances surrounding ligaments. This high surgical accuracy extends implant longevity up to 20–30 years and allows patients to walk within 24 hours of their procedure.
Dr. Karthik Gudaru recommends a Knee Osteotomy at his Hyderabad clinic as an advanced joint preservation procedure for younger, active individuals facing single-sided arthritis or severe leg bowing. This technique strategically shifts weight away from damaged cartilage, allowing patients to delay or eliminate the need for an artificial replacement while preserving native joint mechanics. Conversely, he reserves Revision Knee Replacement for complex cases where older implants have failed, loosened, or developed infections over time. Utilizing his vast trauma background, Dr. Gudaru meticulously rebuilds vital bone stock and restores total joint stability for long-term recovery.
You should schedule an evaluation with Dr. Karthik Gudaru in Hyderabad if you experience deep, unresolved knee discomfort that remains completely unmanaged on standard X-ray films. Other critical signs include noticeable positional alterations like knock-knees or severe bowing, where the exact deviation from major mechanical axes must be mapped using 3D navigation sensors. Persistent joint instability—where the knee chronically gives way, clicks, or locks—signals a hidden defect breaching the joint floor. Finally, gradual hard tissue enlargements or painful joint swelling require immediate tracking to prevent progressive, deep-seated cartilage degeneration.
Patients can seamlessly book a surgical consultation with Dr. Karthik Gudaru at his primary clinic located at 8-3-833/71, Srinagar Colony Main Rd, Kamalapuri Colony, Banjara Hills, Hyderabad, Telangana, 500073. To secure an appointment slot, contact his dedicated orthopedic team directly at (+91) 98492 23909. Booking lines are actively open from 9:00 AM to 8:00 PM, Sunday through Saturday. Patients should bring all relevant medical history, past digital X-rays, and documentation regarding prior electronic implants or metallic plates to ensure optimal pre-surgical planning and absolute safety during their diagnostic evaluation.
Book Your Appointment with Dr. Karthik Gudaru – Orthopedic Surgeon & Joint, Knee, Hip, Shoulder and Elbow Replacement Doctor, Specialist in Hyderabad, Telangana and in India
Requesting A Call:
Sunday - Saturday:
OPD, GreenMed Hospital, 8-3-833/71, Srinagar Colony Main Rd, Kamalapuri Colony,
OPD, Sri Maruthi Hospitals, 19-3-30/C1, Near RTC Bus Stand,
`
Modern implants and surgical techniques have made recovery faster and outcomes more successful, giving patients a chance to reclaim an active lifestyle, says Dr Karthik Gudaru, who is a senior orthopaedic surgeon and one of the best total knee replacement surgeons in Hyderabad and Telangana.
View More
Why are my Knees making cracking sounds when I walk or bend? Answers Dr Karthik Gudaru, a senior orthopaedic doctor in Hyderabad, for knee replacement surgeries
View More
What is the difference between Total and Partial Knee Replacement? Answers Dr Karthik Gudaru, who is one of the best knee replacement surgeons in Hyderabad
View More
Computer navigation knee replacement surgery offers less pain, faster recovery, explains Dr Karthik Gudaru, a leading orthopaedic surgeon and one of the best computer navigation assisted knee joint surgeons in Hyderabad and India.
View More
Titanium implants are often preferred over stainless steel mainly because of their superior biocompatibility and lower infection risk. Titanium forms a natural oxide layer on its surface, which makes it highly resistant to corrosion inside the body...
View More