Arthroscopic Surgery in Navi Mumbai
Orthopedic conditions such as joint stiffness, ligament injuries, and cartilage damage are not only painful but also limit mobility and quality of life. These issues are prevalent among athletes, older adults, and those with physically demanding lifestyles. Fortunately, medical advancements like arthroscopic surgery offer a less invasive and highly effective alternative to traditional procedures.
“With arthroscopy, we can diagnose and treat joint problems through tiny incisions—meaning faster healing and less downtime for our patients,” shares Dr. Dharmaraj Yadav, an ace orthopedic surgeon in Navi Mumbai.
“It’s a game-changer for athletes and active individuals who need to get back to performance quickly.”
At Terna Hospital, Dr. Yadav leads the way with nearly three decades of specialized orthopedic experience. Recognized for its personalized patient care and strong surgical outcomes, Terna Hospital is equipped with advanced imaging technology, high-definition arthroscopic systems, and a team trained to deliver precise interventions. When it comes to arthroscopic surgery in Navi Mumbai, our hospital provides a comprehensive approach that integrates diagnosis, surgical expertise, and rehabilitation—all under one roof.
What Is Arthroscopic Surgery?
Arthroscopic surgery is a minimally invasive method used to diagnose and treat joint problems. Instead of large incisions, it uses a tiny camera called an arthroscope and miniature surgical tools inserted through small cuts, providing real-time visuals and precision.
This technique offers significant advantages—less tissue trauma, lower infection risk, and typically, faster recovery compared to traditional open surgery. This makes it suitable for sportspeople or working individuals who need to get back on their feet quickly.
Arthroscopic surgery in Navi Mumbai at Terna Hospital is a routine procedure wherein cartilage tears, ligaments, and joint surfaces are inspected and addressed without disturbing adjacent tissues.
Types of Arthroscopic Surgeries at Terna Hospital
Knee Arthroscopy:
Readily performed to correct meniscus tears, ACL injuries, cartilage defects, and patellar misalignment. It relieves knee pain and restores knee motion through only a few small incisions.
Shoulder Arthroscopy:
Utilized to repair rotator cuff, labrum tears, and shoulder impingement. Provides accurate restoration of soft tissue injury without compromising the joint.
Hip Arthroscopy:
Perfect for treating labral tears, femoroacetabular impingement (FAI), and loose cartilage. Prevents arthritis of the hip from progressing and postpones joint replacement.
Ankle Arthroscopy:
Assists in curing anterior ankle impingement, synovitis, and loose body excision. Athletes benefit from this operation to resume the sport with improved joint mechanics.
Wrist Arthroscopy:
Used for ligament injuries, TFCC (triangular fibrocartilage complex) tear, and ganglion cyst. Provides improved visualization of small joint spaces to ensure correct diagnosis and treatment.
Is your condition suitable for arthroscopic Surgery treatment? Let’s proceed with the most prevalent joint issues that we treat through this new technology.
Common Conditions Treated with Arthroscopy
Meniscal Tears (Knee):
Attributed to sudden twists or gradual wear, these tears may be cut short or sewn together by knee arthroscopy, allowing painless and smooth joint movement.
Arthroscopy enables minimally invasive ligament reconstruction, especially important for athletes needing strong, stable knees.
Cartilage Damage or Defects:
Whether due to trauma or degeneration, cartilage can be smoothed (debrided) or grafted to reduce pain and improve joint mechanics.
These can functionally restrict arm motion and strength. Arthroscopic repair restores shoulder function with minimum downtime.
These tears lead to locking, pain, and instability of the joint. Arthroscopic repair stabilizes the torn labrum, optimizing joint alignment and motion.
Joint Impingement Syndromes:
Due to the abnormal growth of bone or contracted tissues, these syndromes are alleviated by the process of reshaping bone edges and relieving tension points.
Small fragments of bone or cartilage can float within the joint, leading to catching or pain. Arthroscopy enables their safe removal.
Mild Arthritis (Early Stage):
In the early stages of degenerative changes, arthroscopy can remove debris, smooth joint surfaces, and retard the progression of arthritis.
Why Choose Terna Hospital for Arthroscopic Surgery?
Choosing the right facility and surgeon is crucial for a smooth surgical journey and long-term success. At Terna Hospital, we combine medical excellence with compassionate care to deliver superior outcomes in arthroscopic surgery in Nerul
Expertise & Experience:
With Dr. Dharmaraj Yadav’s decades of orthopedic expertise guiding the team, our surgical outcomes and patient satisfaction rates remain consistently remarkable.
State-of-the-Art Technology:
We use high-definition arthroscopic systems and advanced surgical tools to ensure precision, safety, and better visual access during every procedure.
Individualized Surgical Plans:
Each patient’s condition and activity level are distinct—our method is always tailored to maximize results and accommodate individual recovery objectives.
Minimally Invasive Excellence:
With smaller incisions, less pain, and reduced risk of complications, our arthroscopic surgeries support quicker recovery and minimal hospital stays.
Integrated Rehabilitation Support:
Our in-house physiotherapy staff works closely with the surgical department to guide patients through each step of healing and build-up recovery.
Reputation for Excellence:
Terna Hospital is widely recognized for providing the best arthroscopic surgery in Navi Mumbai, backed by patient testimonials and clinical success stories.
How Is Arthroscopic Surgery Performed
Initial Consultation & Imaging:
It begins with a proper clinical assessment, coupled with imaging investigations such as MRI or X-ray, to establish whether arthroscopy is the ideal treatment.
Pre-Surgery Preparation:
After scheduling, the patient has the usual lab tests and anesthesia clearance done. Instructions are given for fasting and medication changes.
Anesthesia Administration:
General anesthesia or regional anesthesia (such as spinal or epidural) is administered based on the procedure for comfort and protection.
Sterile Setup & Positioning:
The joint region is cleaned and draped under aseptic conditions. The patient is positioned for better access to the diseased joint.
Creating Portals (Tiny Incisions):
Two or more minor incisions—are usually less than 1 cm each—are made to put the arthroscope (camera) and surgical instruments.
Visual Inspection & Diagnosis:
The arthroscope transmits live images inside the joint to a television monitor. The surgeon inspects ligaments, cartilage, and other structures in real-time.
Surgical Treatment or Repair:
Based on diagnosis, the physician could repair a ruptured ligament, remove loose particles, or abrade cartilage damage—all via the same tiny incisions.
Closure & Dressing:
Once the repair is done, instruments are removed and incisions are closed using sutures or surgical glue. A sterile dressing is placed.
Immediate Recovery:
The patient is taken to the recovery room, where vital signs are monitored. Walking is usually possible with support in most cases within 24 hours.
Post-Surgery Recovery & Rehabilitation
Pain Management: Prescribed oral medications with optional nerve blocks or local anesthetics.
Wound Care: Dressings removed within 48 hours; small sutures or adhesive removed by day 14.
Early Mobility: Gentle ROM exercises start within 1–2 days to retain flexibility.
Weight‑Bearing Status: Varies by procedure—partial or full weight-bearing guided by protocols.
Physiotherapy: Progressive sessions to regain strength, balance, and joint proprioception.
Activity Progression: Ladder climbing when ROM is improved (~2–3 weeks); return to sports when strength is 80–90% of baseline (6–12 weeks).
Bracing Use: Support braces may be worn during daily activities or sports.
Follow-up Visits: Scheduled at 2 weeks, 6 weeks, 3 months, and 6 months post-surgery.
Long-Term Rehab: Ongoing muscle strengthening and joint monitoring as needed.
Frequently Asked Questions
1. What is the recovery time for arthroscopic surgery?
2. Will I need physiotherapy after surgery?
3. Is arthroscopic surgery better than open surgery?
4. How soon can I return to sports?
5. What kind of anesthesia is used?
6. Are there risks or complications?
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