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X-Ray Facility

The X-Ray facility is an essential diagnostic service in orthopaedic and trauma care. It helps visualize bones, joints, alignment issues, fractures, and degenerative changes.
Modern digital X-Ray technology provides sharper images with lower radiation exposure, making it safe for patients of all age groups.
It is often the first investigation in case of accidents, falls, or sudden joint pain, helping detect fractures, dislocations, bone deformities, and joint degeneration.
X-Ray also aids in identifying osteoarthritis, osteoporosis, infections, or tumors, supporting routine and emergency trauma cases including sports injuries.
Digital records allow easy storage and electronic sharing for follow-up or referral, while special angled views improve diagnostic clarity.
It helps assess progress during fracture healing after cast or surgical fixation and supports preoperative planning in joint replacement or deformity correction.
Paediatric X-Ray with low radiation ensures safe imaging for children, detecting bone growth problems effectively.
Proper patient positioning ensures accurate imaging without distortion.
X-Ray plays a key role in medicolegal documentation in trauma cases.
Combined with clinical examination, it identifies the exact site and severity of injury.
Digital enhancements and zoom options allow better detection of small fractures.
Alignment issues in the spine, knee, and hip joints can also be evaluated.
The procedure is quick, painless, and non-invasive, providing fast assessment.
It supports emergency decision-making and treatment planning.
It reduces the need for unnecessary exploratory procedures.
The facility improves patient safety with minimal radiation exposure.
X-Ray helps monitor postoperative recovery and implant positioning.
It plays a preventive role by detecting early degenerative changes.
Technicians ensure consistent quality and reproducibility of images.
Overall, X-Ray acts as the first critical step in determining further treatment, including physiotherapy, plaster, or surgery.

Bone Fracture Management

Bone fracture management involves diagnosis, realignment, stabilization, and rehabilitation of broken bones.
Initial assessment includes clinical examination and X-Ray to determine fracture type: simple, complex, open, closed, displaced, non-displaced, or comminuted.
Immediate pain control and immobilization prevent further tissue damage.
Minor non-displaced fractures are treated with plaster or cast, while splints provide temporary stabilization during swelling.
Displaced fractures may require closed or open reduction depending on severity.
Surgical fixation involves plates, screws, rods, nails, or external fixators as needed.
Minimally invasive surgery reduces pain, speeds recovery, and prevents stiffness.
Open fractures require wound cleaning (debridement) to prevent infection.
Antibiotics and tetanus prophylaxis are administered for contaminated wounds.
Post-fixation X-Ray ensures correct alignment before physiotherapy begins.
Early mobilization prevents joint stiffness and muscle wasting.
Calcium, Vitamin D, and protein supplementation support bone healing.
Regular follow-up X-Rays monitor progress and detect complications early.
Bone stimulators, grafting, or biologics may be used in delayed healing.
Rehabilitation restores function and strengthens surrounding muscles.
Lifestyle modifications prevent future fractures, especially in the elderly.
Fracture management restores normal alignment, strength, and mobility.
Proper care improves quality of life and prevents long-term disability.
Patient education ensures compliance with treatment and follow-up.
Successful fracture management combines surgical, medical, and physiotherapy interventions.

Knee Transplant / Knee Replacement

Knee replacement is indicated for severe joint damage from osteoarthritis, rheumatoid arthritis, or trauma.
The procedure replaces damaged bone and cartilage with artificial implants to relieve pain and restore mobility.
Pre-surgery evaluation includes X-Ray, blood tests, and joint movement assessment.
Partial or total replacement is chosen based on severity of joint damage.
Modern implants mimic natural knee movement and last 15–20 years.
Minimally invasive techniques reduce surgical trauma and recovery time.
Spinal or epidural anesthesia is preferred for safety and reduced complications.
Postoperative physiotherapy begins early to restore range of motion and strength.
Pain management and wound care are crucial in the initial recovery phase.
Walking aids like crutches or walkers are used and gradually discontinued.
Core-strengthening and range-of-motion exercises prevent stiffness.
Knee replacement improves quality of life by enabling walking, climbing stairs, and routine activities.
Regular follow-up ensures implant positioning and joint function.
Weight management and muscle strengthening prolong implant longevity.
Severe deformities can be corrected, improving alignment and posture.
Success rates exceed 95% in experienced centers.
Recovery is individualized based on age, health, and activity level.
Knee replacement reduces pain, improves stability, and restores independence.
Early intervention prevents secondary joint and spine problems.
Comprehensive care ensures a safe and effective outcome.

Hip Transplant / Hip Replacement

Hip replacement addresses severe hip joint damage causing pain and limited movement.
Common causes include osteoarthritis, avascular necrosis, fractures, and rheumatoid arthritis.
Damaged femoral head and acetabulum are replaced with artificial implants for smooth joint movement.
Preoperative evaluation includes X-Ray, gait analysis, and bone quality assessment.
Cemented or uncemented implants are selected based on patient age and activity level.
Modern ceramic or metal implants reduce wear and increase longevity.
Surgery relieves chronic pain and restores stability and walking ability.
Minimally invasive techniques reduce trauma and speed recovery.
Weight-bearing often starts within 24–48 hours after surgery.
Physiotherapy strengthens hip muscles, improves gait, and prevents dislocation.
Early rehabilitation restores independence and prevents complications of immobility.
Postoperative care includes wound monitoring and pain management.
Long-term recovery requires proper exercises and weight management.
Avoiding deep bending and twisting prevents implant dislocation.
Regular follow-up ensures implant stability and function.
Surgery success rates exceed 95% in well-selected patients.
Implant life ranges from 15–25 years depending on activity.
Hip replacement significantly improves quality of life and mobility.
Education on posture and safe movements reduces long-term complications.
Patients regain ability to perform daily activities and enjoy active lifestyles.

Treatment of Neuro & Spine Related Issues

Neuro and spine problems include disc herniation, nerve compression, spinal deformity, and trauma.
Symptoms may include back pain, leg weakness, tingling, or radiating pain.
Diagnosis requires X-Ray, MRI, and neurological assessment.
Conservative treatment includes pain relief medications, anti-inflammatories, and physiotherapy.
Core strengthening and posture correction reduce spinal load.
Targeted injections may relieve nerve inflammation or compression.
Spinal traction and decompression therapies alleviate nerve pressure.
Early rehabilitation restores mobility, posture, and muscle strength.
Minimally invasive surgery is performed in cases of severe compression or neurological deficits.
Microdiscectomy removes damaged disc material to relieve nerve pressure.
Spinal fusion is performed in cases of instability.
Patient education on ergonomics and activity modification prevents recurrence.
Recovery includes gait training and strengthening exercises.
Lifestyle adjustments prevent chronic spinal issues.
Timely treatment prevents permanent nerve damage.
Regular follow-up monitors neurological recovery and spinal alignment.
Pain management ensures patient comfort during therapy.
Rehabilitation focuses on restoring function and daily activity.
Preventive care improves long-term spine health.
The ultimate goal is pain relief, nerve health, and restored mobility.

Treatment of Arthritis

Arthritis includes osteoarthritis, rheumatoid arthritis, and post-traumatic arthritis affecting joint function.
Symptoms are pain, swelling, stiffness, and reduced range of motion.
Diagnosis involves X-Ray, blood tests, and physical examination.
Conservative management includes anti-inflammatory medications, physiotherapy, and lifestyle modifications.
Weight management reduces stress on joints, improving function.
Targeted injections like PRP or hyaluronic acid may provide relief.
Assistive devices such as braces improve mobility and reduce pain.
Thermal therapy (hot/cold packs) alleviates discomfort.
Nutritional support with calcium, Vitamin D, and anti-inflammatory diet aids cartilage health.
Joint replacement is considered for advanced degenerative arthritis.
Exercise therapy maintains flexibility and joint support.
Regular follow-up prevents deterioration and monitors joint health.
Early intervention preserves joint function and prevents deformities.
Patient-specific care plans optimize outcomes.
Rehabilitation helps restore movement and strength.
Activity modification and posture training prevent further joint damage.
Chronic pain management improves quality of life.
Bone density and vitamin levels are monitored.
Joint preservation techniques delay surgery in younger patients.
The goal is pain control, mobility, and long-term joint health.

Treatment of Sciatica

Sciatica involves pain radiating from the lower back to the leg due to nerve compression.
Common causes include disc bulge, spinal stenosis, and muscle spasm.
Symptoms are shooting leg pain, numbness, tingling, or weakness.
Diagnosis includes physical exam and MRI imaging.
Initial treatment involves rest, anti-inflammatory medications, and physiotherapy.
Stretching exercises reduce nerve tension and muscle spasm.
Spinal traction therapy decompresses the affected nerve.
Hot/cold therapy alleviates inflammation and pain.
Activity modification prevents worsening of symptoms.
Epidural steroid injections may be considered for persistent pain.
Severe cases may require minimally invasive surgery.
Lifestyle modifications, posture correction, and weight management reduce recurrence risk.
Nerve-strengthening exercises improve long-term recovery.
Avoiding heavy lifting and repetitive strain supports healing.
Hydration maintains disc health.
Early intervention prevents chronic nerve damage.
Regular monitoring ensures recovery progress.
Core strengthening stabilizes the spine.
Patient education improves compliance and outcomes.
The goal is pain relief, restored mobility, and prevention of recurrence.

Treatment of Spondylosis

Spondylosis refers to age-related degeneration of the spine, affecting cervical and lumbar regions.
Symptoms include back or neck pain, stiffness, and reduced mobility.
Severe cases may involve nerve compression, causing radiating pain or weakness.
Diagnosis involves X-Ray, MRI, and posture assessment.
Conservative treatment includes medications, physiotherapy, and lifestyle correction.
Posture correction and ergonomics reduce strain on the spine.
Core strengthening and muscle exercises prevent further degeneration.
Heat therapy, ultrasound, and traction relieve stiffness and nerve pressure.
Cervical collars or lumbar belts may be used temporarily.
Targeted injections provide pain relief when necessary.
Surgery is reserved for severe neurological deficits or instability.
Maintaining neck and back mobility prevents muscle shortening.
Lifestyle modifications prevent recurrence and further degeneration.
Proper ergonomics during work and daily activities reduce strain.
Regular follow-up monitors spinal alignment and symptoms.
Pain management ensures comfort during therapy.
Rehabilitation improves posture, strength, and mobility.
Education and exercise prevent long-term disability.
Early treatment alleviates pain and restores function.
The goal is spinal stability, mobility, and pain-free daily activity.

Treatment of Joint Pain

Joint pain arises from injury, degenerative changes, overuse, or inflammation.
Evaluation determines whether the cause is mechanical or inflammatory.
Diagnosis involves X-Ray, lab tests, and joint assessment.
Initial treatment includes rest, activity modification, and pain relief medications.
Physiotherapy strengthens surrounding muscles and restores joint function.
Hot and cold packs help reduce inflammation and pain.
Targeted injections like PRP or steroids may be used for persistent pain.
Weight management reduces stress on affected joints.
Nutritional support improves cartilage health and joint function.
Braces or supports provide stability during healing.
Hydrotherapy benefits elderly or severely painful joints.
Arthroscopy may repair internal joint structures if conservative care fails.
Joint replacement is an option for advanced degeneration.
Customized rehabilitation restores mobility and strength.
Early treatment prevents long-term stiffness and disability.
Lifestyle modifications improve long-term outcomes.
Activity modification prevents worsening of joint pain.
Regular follow-up ensures functional recovery.
Goal is to restore pain-free movement and maintain joint health.
Personalized care maximizes patient comfort and mobility.

Treatment of Bone Deformation in Children

Bone deformities in children may result from congenital issues, growth plate problems, or nutritional deficiency.
Early diagnosis is critical for corrective growth during development.
X-Ray and limb length evaluation assess the severity and type of deformity.
Mild deformities may be corrected using guided growth techniques.
Nutritional therapy (Vitamin D, calcium, protein) supports proper bone growth.
Bracing helps realign limbs during growth in children.
Physiotherapy improves muscle balance and posture.
Severe deformities may require surgical correction, including osteotomy or external fixators.
Growth plate modulation corrects deformities over time.
Post-surgery gait training and rehabilitation restore normal movement.
Parental education ensures compliance and safety.
Early treatment prevents long-term disability and functional limitations.
Minimally invasive procedures reduce pain and recovery time.
Regular monitoring ensures bones grow in correct alignment.
Child-friendly physiotherapy improves participation.
Early intervention improves psychological and physical outcomes.
Exercise therapy supports healthy bone and muscle development.
Surgery timing is coordinated with growth patterns.
Rehabilitation restores mobility and function.
Goal is to achieve normal growth, alignment, and mobility.

Physiotherapy

Physiotherapy is a key part of orthopedic care, supporting recovery after injury or surgery.
It restores strength, flexibility, and joint mobility naturally.
Techniques include manual therapy, exercises, traction, and electrotherapy.
Physiotherapy prevents muscle wasting and joint stiffness.
It corrects posture, improves gait, and enhances balance and coordination.
Essential for rehabilitation after fractures, joint replacements, and spine surgeries.
Reduces dependency on long-term pain medications.
Supports ligament and tendon healing.
Improves core strength for spinal stability.
Stretching exercises relieve nerve tension, especially in sciatica.
Hydrotherapy benefits painful or stiff joints.
Customized rehabilitation plans address individual patient needs.
Exercise therapy prevents recurrence of musculoskeletal issues.
Breathing and relaxation techniques support holistic recovery.
Strengthening exercises improve daily functioning.
Chronic pain management benefits from physiotherapy interventions.
Early mobilization aids faster recovery.
Regular physiotherapy ensures long-term mobility improvement.
Education and home exercise plans empower patients.
Goal is to restore full function, independence, and quality of life.

Dedicated to excellence in orthopaedic care, Dr. Vyutpanna Mishra provides compassionate treatment to restore movement, strength, and quality of life.

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+91-7318480678
+91-8009133696
info@gmail.com
Shivam Ortho Care and Neurospine center Ashok Gun House Lane, Near Dr. J.P.Singh Ultrasound center Patel Nager,Akbarpur District: Ambedkar Nagar, PIN: 224122