
Medically Reviewed By
Dr. Deepak Garg ( Orthopaedic Oncology & Robotic Joint Surgery)
A vital sports medicine and joint preservation guide analyzing meniscus biology, the severe biomechanical consequences of partial meniscectomy, 4K arthroscopic all-inside suture repair, transosseous root refixation, and ramp lesion stabilization.
CRITICAL CLINICAL RED FLAG: A sudden painful "pop" in the back of the knee while squatting, accompanied by joint line tenderness and inability to bear weight without sharp pain, strongly suggests a posterior horn Meniscal Root Tear requiring urgent MRI.
The medial and lateral menisci absorb 50% to 70% of joint compressive loads, convert axial forces into circumferential hoop stresses, deepen the tibial socket, and lubricate articular cartilage. Removing even 20% to 30% of the meniscus increases peak contact stresses on articular cartilage by up to 350%.
Vascular Zones: Red-Red zone (outer 10–30%, excellent healing potential), Red-White zone (intermediate), and White-White zone (inner avascular).
Chondroprotective Rule: Every millimeter of salvageable meniscal tissue must be repaired rather than excised.
Posterior root avulsions detach the anchoring ligament from the tibial plateau:
Meniscal Extrusion: The meniscus slips outward (>3 mm on coronal MRI), losing all contact load distribution.
Transosseous Suture Pullout Repair: Specialized curved guides drill a 2 mm tibial tunnel, passing high-strength braided sutures through the torn root to tie over a cortical titanium button.
Complete Extrusion Reduction: Restores contact pressure distribution back to near-normal physiological levels.
"The meniscus is the shock absorber of your knee. Saving the meniscus through precision arthroscopic suturing preserves native cartilage and delays joint replacement by decades." — Dr. Deepak Garg

Occurring in up to 25% of ACL tears at the meniscocapsular junction of the posterior medial meniscus horn, hidden ramp lesions require dedicated posteromedial portal arthroscopic inspection and all-inside vertical mattress repair.
CLINICAL CAUTION: A complete meniscal root tear eliminates all hoop stress resistance, functionally behaving identically to a total meniscectomy and accelerating severe joint osteoarthritis within 2 to 3 years if left unrepaired.
Strict non-weight bearing or touch-down weight bearing in a hinged brace locked in extension for 4 to 6 weeks allows biological fibrocartilage healing, followed by progressive flexion and return to pivoting sports at 6 months.
1. Meniscal root tears: Modern concepts in diagnosis and transosseous repair techniques — Am J Sports Med, 2021; 49(8): 2250-2261.
2. Long-term cartilage preservation following all-inside meniscus repair versus partial meniscectomy — Arthroscopy, 2022; 38(4): 1120-1130.

Senior Consultant & Clinical Director — Orthopaedic Oncology & Robotic Joint Surgery
MBBS (TNMC Mumbai), DNB Orthopaedics (PGI & SP Miraj), Fellowship Arthroplasty and Arthroscopy (Fortis Hospital, New Delhi), Fellowship Orthopaedic Oncology (Rajiv Gandhi Cancer Institute, New Delhi)

16+ Years Experience
Spica — Grover Hospital
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Proprietary surgical methodologies and precision protocols pioneered by our senior directors to minimize trauma, protect natural anatomy, and accelerate recovery.

Dr. Deepak Garg (Orthopaedic Surgical Oncology - RGCI Delhi Trained) and Dr. Neha Gupta (Medical Oncology) co-lead the Bone Cancer & Sarcoma Center at Spica Healthcare. Integrating intensive multi-agent neoadjuvant chemotherapy protocols (MAP: High-Dose Methotrexate, Doxorubicin, Cisplatin for Osteosarcoma; VIDE: Vincristine, Ifosfamide, Doxorubicin, Etoposide for Ewing Sarcoma) with 3D computer-navigated limb salvage surgery and modular titanium megaprosthetic joint reconstruction, 5-year survival rates exceed 75% to 80% while saving over 95% of patients from limb amputation.
Spica Healthcare — Bone and Cancer Institute, Bathinda — is South-Western Punjab's premier super-speciality centre led by AIIMS and Tata Memorial fellowship-trained directors.
Every diagnostic MRI review, surgical staging, and operation is personally directed by chief clinical specialists — Dr. Deepak Garg (Orthopaedic Oncology & Robotics) and Dr. Neha Gupta (Medical Oncology) — guaranteeing zero junior proxies.
Sub-millimeter implant positioning and soft-tissue ligament balancing ensuring patients walk comfortably within 24 hours of total knee replacement.
South-West Punjab's only dedicated centre for modular titanium megaprosthesis, saving natural limbs and functions in 95%+ of bone cancer patients.
Full cashless coverage for Ayushman Bharat (PM-JAY), Punjab Govt Health Schemes, ECHS, and 30+ private insurance networks with on-desk approvals.
Positive-pressure HEPA filtered theatres minimizing infection rates below international benchmarks with 24/7 dedicated critical care backup.
Fellowship-trained surgical directors from AIIMS & Tata Memorial providing compassionate, world-class tertiary care in super-speciality orthopaedics and medical oncology.

Senior Consultant & Clinical Director — Medical Oncology
MBBS (BFUHS Faridkot), MD Radiation Oncology (BFUHS Faridkot), DrNB Medical Oncology (Sarvodaya Hospital, Faridabad), Precision Oncology (Harvard, USA), Ex Consultant RGCI New Delhi


Senior Consultant & Clinical Director — Orthopaedic Oncology & Robotic Joint Surgery
16+ Yrs ExpSenior Consultant & Clinical Director — Orthopaedic Oncology & Robotic Joint Surgery
MBBS (TNMC Mumbai), DNB Orthopaedics (PGI & SP Miraj), Fellowship Arthroplasty and Arthroscopy (Fortis Hospital, New Delhi), Fellowship Orthopaedic Oncology (Rajiv Gandhi Cancer Institute, New Delhi)
Free OPD screening camps, director-led masterclasses, and national oncology representations by Spica Healthcare.
Real stories from patients who recovered through limb preservation surgery, 3D robotic joint replacements, and precision cancer care at Spica Healthcare — Grover Hospital, Bathinda.
Evidence-based surgical recovery roadmaps, robotic joint protocols, and precision oncology insights written by our clinical directors.