Services

✋ Hand & Wrist Trauma Management Hand and wrist trauma is common and can involve bones, joints, tendons, ligaments, nerves, blood vessels, and skin. Due to the complexity and functional importance of the hand, prompt and precise treatment is essential to restore full function and prevent long-term disability. 🚨 Types of Hand & Wrist Trauma 🦴 Bone Injuries Fractures: Distal radius: Most common wrist fracture. Scaphoid: High risk of nonunion due to poor blood supply. Metacarpals & phalanges: Can cause rotational deformities if not aligned. Dislocations: Often involve PIP joints, carpometacarpal joints (especially thumb). Crush Injuries: May involve multiple structures—bone, soft tissue, and nerves. 🧵 Tendon Injuries Extensor tendons: More superficial, easily lacerated. Mallet finger, Boutonnière deformity if not treated properly. Flexor tendons: More complex due to multiple pulleys in the fingers. Require precise surgical repair and structured rehab. 🧠 Nerve Injuries Often accompany lacerations or crush injuries. Median, ulnar, and radial nerves commonly involved. Symptoms: Weakness, numbness, paresthesia. Early microsurgical repair or grafting if needed. 🩸 Vascular Injuries Involve digital arteries or radial/ulnar arteries. May cause ischemia or compromise replantation. Require microsurgical repair in severe cases. 🧬 Soft Tissue & Skin Loss Lacerations, degloving injuries, or burns. May need skin grafts, local flaps, or free tissue transfer for coverage. 🩺 Initial Assessment & Management Primary Survey (Trauma Protocols) Follow ATLS principles for polytrauma. Ensure life-threatening injuries are addressed first. Focused Hand Evaluation Inspect for deformity, wounds, swelling. Neurovascular status: Check sensation and capillary refill. Tendon testing: Active flexion/extension of joints. Imaging: X-rays (AP, lateral, oblique) CT or MRI for complex cases (e.g., scaphoid, ligamentous injuries) 🧰 Definitive Management 🔹 Fractures & Dislocations Closed reduction and splinting for simple injuries ORIF (Open Reduction Internal Fixation) for displaced or unstable fractures External fixation for complex or contaminated injuries 🔹 Tendon & Nerve Repair Timing is critical—early repair within 1–2 weeks preferred Microsurgical techniques for nerves and flexor tendons Tendon grafting or transfers for delayed repairs 🔹 Soft Tissue Coverage Use skin grafts, local flaps (e.g., thenar flap), or free flaps Vacuum-assisted closure (VAC) may help in wound management 🔹 Infection Control Debridement of open wounds Broad-spectrum antibiotics for contaminated or bite injuries Tetanus prophylaxis as needed 🧠 Rehabilitation & Recovery Early Hand Therapy Supervised by certified hand therapists (CHTs) Focus on range of motion, strengthening, and function Splinting: Static or dynamic splints based on injury Complications to Avoid Stiffness or contracture Malunion or nonunion Chronic pain (CRPS) Loss of fine motor skills 🧑‍⚕️ Specialist Involvement Hand surgeons (orthopedic or plastic) Occupational/physical therapists Reconstructive microsurgeons (for complex or avulsion injuries) 🧭 Key Goals of Trauma Management Restore form, function, and sensation Minimize pain, infection, and stiffness Return to daily activity, work, and recreation safely

🛠️ Reconstructive Hand & Wrist Surgery Reconstructive hand and wrist surgery is a specialized area of orthopedic and plastic surgery focused on restoring function, appearance, and strength to the hand, fingers, and wrist after injury, disease, deformity, or congenital abnormalities. The complexity of the hand—with its bones, tendons, ligaments, nerves, and blood vessels—requires precise, often microsurgical techniques. ✅ Indications for Reconstructive Surgery 1. Trauma Fractures, dislocations Tendon or nerve lacerations Crush or avulsion injuries Amputations and replantations 2. Degenerative Diseases Osteoarthritis (OA) Rheumatoid arthritis (RA) Ligament instability (e.g., scapholunate) Collapsing wrist (e.g., SLAC/SNAC wrist) 3. Congenital Deformities Syndactyly, polydactyly, thumb hypoplasia Radial club hand 4. Tumors or Masses Ganglion cysts Bone or soft tissue tumors 5. Nerve Compression Carpal tunnel syndrome Cubital tunnel syndrome 6. Functional Loss Brachial plexus injury Stroke or cerebral palsy-related deformities Dupuytren’s contracture 🧰 Common Surgical Procedures 🔹 Fracture Fixation Plates, screws, or pins for metacarpal, phalangeal, or distal radius fractures Realignment to restore motion and grip strength 🔹 Tendon Repair or Transfer Flexor/extensor tendon repairs Tendon transfers for nerve palsies (e.g., radial nerve palsy → wrist drop correction) 🔹 Nerve Surgery Nerve grafts or conduits for traumatic injuries Microsurgical repair for sharp lacerations Nerve decompression (e.g., carpal tunnel release) 🔹 Joint Reconstruction or Fusion Arthroplasty (joint replacement) for small joints (e.g., MCP, PIP) Arthrodesis (fusion) for pain relief and stability Used in advanced arthritis or instability 🔹 Ligament and Soft Tissue Repair TFCC repair (Triangular Fibrocartilage Complex) Scapholunate ligament reconstruction Wrist stabilization for chronic instability 🔹 Flap Surgery / Free Tissue Transfer Soft tissue reconstruction using local or free flaps Microsurgical techniques for complex wounds 🔹 Amputation & Prosthetic Integration Revision of traumatic amputations Preparing the limb for functional prosthetics (e.g., myoelectric) 🧪 Advanced & Emerging Techniques 3D-printed bone and joint implants Arthroscopic wrist surgery (minimally invasive) Biologic injections (e.g., PRP, stem cells) Robotic-assisted microsurgery (experimental) 🧑‍⚕️ Multidisciplinary Approach Hand surgeons (plastic or orthopedic) Therapists for post-op rehabilitation Pain management specialists Rheumatologists or neurologists if underlying systemic disease 🎯 Goals of Reconstructive Surgery Restore mobility, strength, and coordination Minimize pain, stiffness, and deformity Improve independence and quality of life Optimize cosmetic appearance when possible

✋ Congenital & Acquired Hand Deformities Hand deformities—whether congenital (present at birth) or acquired (developed later in life)—can significantly impact function, appearance, and quality of life. Treatment often involves a combination of reconstructive surgery, therapy, and sometimes prosthetics. 🧬 Congenital Hand Deformities These result from abnormal development in the womb, often due to genetic mutations, syndromes, or unknown causes. Common Types: 1. Syndactyly Fusion of two or more fingers. Can be simple (skin only) or complex (bones and tendons). Treatment: Surgical separation with skin grafting. 2. Polydactyly Extra digits (common in thumbs and little fingers). Can be preaxial (thumb side), postaxial (little finger side), or central. Treatment: Excision and reconstruction, often in infancy. 3. Radial Club Hand (Radial Deficiency) Underdevelopment or absence of the radius bone → wrist bends inward. Often associated with heart or kidney abnormalities. Treatment: Stretching, splinting, centralization surgery, tendon transfers. 4. Thumb Hypoplasia/Aplasia Underdeveloped or missing thumb. Graded I–V based on severity. Treatment: Tendon transfers, thumb reconstruction, or pollicization (index finger converted into a thumb). 5. Camptodactyly Non-traumatic flexion deformity, typically of the little finger. Treatment: Stretching, splinting, or surgical release if severe. 6. Cleft Hand (Ectrodactyly) “Split hand” or lobster-claw deformity. Central digit(s) missing, causing a cleft. Treatment: Reconstruction to improve grip and appearance. 🛠️ Acquired Hand Deformities These develop after birth due to trauma, disease, or repetitive stress. Common Causes: 1. Trauma Fractures, tendon/nerve injuries, burns. Treatment: Surgical repair, tendon transfers, bone grafts, microsurgery. 2. Arthritis Rheumatoid arthritis and osteoarthritis can lead to deformities like: Swan-neck deformity Boutonnière deformity Ulnar drift Treatment: Medication, splinting, joint reconstruction or fusion. 3. Dupuytren’s Contracture Thickening of fascia in the palm → fingers (esp. ring & little) curl toward palm. Treatment: Collagenase injections, needle aponeurotomy, or surgical fasciectomy. 4. Nerve Injuries Ulnar nerve → Claw hand Median nerve → Ape thumb Radial nerve → Wrist drop Treatment: Nerve repair, tendon transfers, bracing. 5. Cerebral Palsy / Stroke Spastic deformities due to neurological disorders. Treatment: Splinting, botulinum toxin, muscle/tendon balancing, surgical release. 🧠 Multidisciplinary Management Hand surgeons (plastic, orthopedic, or microsurgeons) Occupational/physical therapists Pediatricians and geneticists (for congenital cases) Rheumatologists or neurologists (for systemic or acquired causes) 🎯 Goals of Treatment Restore function (grip, dexterity, sensation) Improve appearance and psychosocial confidence Prevent further deformity or contracture Support independence and daily living activities

🦴 Arthritis & Degenerative Conditions These terms refer to disorders that progressively damage the joints, cartilage, bones, and connective tissues, leading to pain, stiffness, loss of mobility, and functional impairment over time. 🔍 Overview Arthritis A group of conditions characterized by joint inflammation, leading to pain and stiffness. Common Types: Osteoarthritis (OA) – Most common; due to wear-and-tear of cartilage. Rheumatoid arthritis (RA) – Autoimmune; immune system attacks joint lining. Psoriatic arthritis – Linked to psoriasis. Gout – Caused by uric acid crystal buildup. Juvenile arthritis – Affects children. Degenerative Conditions These are chronic, progressive disorders involving the deterioration of tissues, often beyond just the joints. Common Examples: Degenerative disc disease – Intervertebral discs lose height and elasticity, leading to back or neck pain. Spinal stenosis – Narrowing of the spinal canal compresses nerves. Spondylosis – Age-related changes in the spine (can affect neck or back). Meniscal degeneration – Breakdown of knee cartilage over time. Rotator cuff degeneration – Shoulder tendon wear leading to weakness and pain. 🧬 Causes & Risk Factors Age – Most common factor Genetics – Family history increases risk Injury – Prior trauma or overuse Obesity – Adds mechanical stress to joints Autoimmunity – Immune system misfires (e.g., RA, lupus) Lifestyle – Poor posture, inactivity, repetitive strain 🩺 Diagnosis Physical exam – Joint tenderness, swelling, range of motion X-rays / MRI / CT – Detect joint damage or degeneration Blood tests – Inflammatory markers (RA, autoimmune arthritis) Joint aspiration – Examines joint fluid for infection or crystals 💊 Treatment Options Conservative Physical therapy NSAIDs or corticosteroids Activity modification Joint injections (e.g., corticosteroids, hyaluronic acid) Weight loss & nutrition Assistive devices (braces, walkers) Surgical Arthroscopy – Minimally invasive cleanup of joints Joint replacement – Hips, knees, shoulders (for end-stage arthritis) Spinal fusion or disc replacement Osteotomy – Realigns bones to offload joint pressure 🌱 Emerging & Regenerative Therapies Platelet-rich plasma (PRP) injections Stem cell therapy Biologic drugs – Especially for autoimmune arthritis (e.g., TNF inhibitors) Gene therapy (experimental) 🤝 Specialists Involved Rheumatologists – For medical management Orthopedic surgeons – For surgical interventions Physiatrists (PM&R) – Rehabilitation and pain management Physical/occupational therapists

“Advanced Microsurgery & Nerve Surgery” refers to a specialized field of surgery that focuses on intricate procedures involving very small anatomical structures—particularly nerves, blood vessels, and soft tissue—using high-magnification tools and specialized techniques. Here’s a breakdown of what it entails: 🔬 Microsurgery Microsurgery involves operating on structures typically smaller than 1–2 mm in diameter, such as: Blood vessels Nerves Lymphatic channels Surgeons use an operating microscope and precision instruments to perform these delicate procedures. Common Microsurgical Procedures: Free tissue transfer (free flaps) for reconstruction (e.g., after cancer or trauma) Replantation of amputated digits or limbs Lymphedema surgery (e.g., lymphovenous bypass) Vasectomy reversal 🧠 Nerve Surgery This focuses on diagnosing and treating injuries or conditions affecting peripheral nerves. Types of Nerve Surgery: Nerve repair (e.g., direct suture or grafting) Nerve decompression (e.g., carpal tunnel release) Nerve transfers (redirecting a functioning nerve to restore movement or sensation) Neurolysis (freeing a nerve from scar tissue) Neuroma excision (removing painful nerve tumors) 🔄 Advanced Techniques & Innovations Supermicrosurgery: Operating on vessels/nerves <0.8 mm in diameter Nerve allografts and conduits: For complex nerve gaps Intraoperative nerve monitoring Robotic microsurgery (emerging field) 3D visualization and augmented reality in planning and navigation 👨‍⚕️ Specialists Typically performed by: Plastic and reconstructive surgeons Neurosurgeons Hand surgeons Orthopedic microsurgeons These specialists undergo extensive training in both microsurgical techniques and peripheral nerve anatomy and physiology.

“Post-Op Rehabilitation & Functional Recovery” refers to the structured process of helping a patient regain strength, mobility, and function after a surgical procedure. This phase is crucial for achieving optimal outcomes and minimizing complications such as stiffness, weakness, and re-injury. 🔹 Goals of Post-Operative Rehabilitation: Pain and inflammation control Early use of modalities like ice, compression, and medication. Restore range of motion (ROM) Gentle, guided exercises to prevent stiffness and scar tissue. Rebuild strength and endurance Gradual loading to strengthen muscles without stressing the healing tissue. Enhance neuromuscular control Balance, coordination, and proprioceptive training to restore function. Return to daily activities or sport Functional training tailored to the individual’s goals and lifestyle. 🔹 Phases of Functional Recovery: Phase Description Typical Focus 1. Acute Phase (0–2 weeks) Immediate post-op Pain/swelling control, gentle ROM 2. Subacute Phase (2–6 weeks) Early mobilization ROM restoration, muscle activation 3. Strengthening Phase (6–12 weeks) Functional strength gains Progressive resistance training 4. Advanced Phase (3–6 months) Return to activity Dynamic exercises, sport-specific tasks 5. Return to Performance (6+ months) Full functional recovery High-level function, injury prevention 🔹 Multidisciplinary Involvement: Surgeon – provides operative insight and restrictions Physical Therapist – plans and adjusts rehab protocol Occupational Therapist – supports daily activity retraining Athletic Trainer – for sports-specific progression Psychologist – mental health and motivation support 🔹 Key Principles: Individualization – based on surgery type, age, goals Progressive loading – matching healing timelines Patient education – enhances compliance and outcomes Functional milestones – not just time-based recovery