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DR. ADITYA R. BOTHRA

Department: ORTHOPAEDIC

Location: Nagpur

BOOK AN APPOINTMENT

Education Qualifications

MBBS
MS (ORTHOPAEDIC)- GMC RAIPUR AND DR BRAMH HOSPITAL AND LEVEL 1 TRAUMA CENTER
DNB – PGI CHANDIGARH

Consultant

JOINTS AVENUE NAGPUR

Fellowships

COMPLEX TRAUMA SURGERY WITH DR R M CHANDAK NAGPUR
NAVIGATION BASED JOINT REPLACEMENT SURGERY – DR C J THAKKAR
PELVI ACETABULAR RECONSTRUCTION – DR C J THAKKAR
SPORTS INJURY TREATMENT
SHOULDER SURGERY FRANCE ROUEN HOSPITAL
KNEE REPLACEMENT AND SPORTS INJURY - ROYAL NATIONAL ORTHOPEDIC HOSPITAL BIRMINGHAM

Achievements

First surgeon in central india to perform superpath hip replacement.
First surgeon in central india to perform Tuksplasty.

Robotic Joint Replacement Hospital In Harda

Robotic Joint Replacment

Robotic Joint Replacement is a cutting-edge orthopedic procedure that utilizes robotic-assisted technology to enhance precision during joint replacement surgeries, such as hip or knee replacements. It is gaining popularity for its ability to improve outcomes, reduce complications, and accelerate recovery.

Robotic joint replacement is revolutionizing orthopedic surgery by combining precision, personalization, and improved recovery.

How Robotic Joint Replacement Works

Preoperative Planning

Advanced imaging (CT scans, X-rays) creates a 3D model of the joint

Surgeons use this model to plan the procedure, customizing implant size and alignment to the patient’s anatomy

Surgical Procedure

A robotic arm assists the surgeon in preparing the joint and placing the implant.

The system ensures precise cuts, alignment, and positioning based on the preoperative plan.

Intraoperative Adjustments

Real-time monitoring and feedback allow surgeons to make adjustments during the surgery for optimal outcomes.

Benefits of Robotic Joint Replacement

Enhanced Precision

Accurate implant positioning reduces wear and tear, improving implant longevity.

Improved Outcomes

Better joint stability, alignment, and range of motion

Minimized Risks

Lower risk of complications like uneven limb length or implant misalignment.

Faster Recovery

Minimally invasive techniques mean less damage to surrounding tissues and quicker rehabilitation.

Customized Approach

Tailored procedures ensure the implant fits perfectly with the patient’s anatomy.

Recovery After Robotic Joint Replacement

Hospital Stay

Typically 1–3 days, depending on the joint and overall health.

Some knee replacements are outpatient procedures.

Rehabilitation

Physical therapy begins immediately after surgery.

Focus on regaining mobility, strength, and function..

Full Recovery

Knee: 3–6 months for most patients.

Hip: 2–4 months for routine cases.

Overview of Robotic Joint Replacement

Procedure

Combines advanced imaging, computer-guided systems, and robotic arms.

Surgeons use these tools to perform joint replacements with high precision and control

Technology Used

Robotic systems like MAKO, ROSA, Navio, and OMNIBotics.

Real-time feedback and 3D modeling for optimal implant alignment.

Types of Joints Treated

Knee: Total or partial knee replacements for conditions like osteoarthritis.

Hip: Total hip replacements for arthritis or joint damage.

Shoulder or Ankle: Less common but emerging options