Treatments & Procedures

ABO-incompatible kidney transplantation allows patients to receive a kidney from a living donor despite blood group incompatibility, using advanced treatments to reduce the risk of rejection.

Adult congenital heart defect care focuses on diagnosing, monitoring, and treating heart conditions present from birth that continue into adulthood.

Aortic balloon valvulotomy is performed to treat aortic valve stenosis, particularly in children and young patients.

Aortic disease treatment focuses on managing aneurysms, dissections, and other serious conditions involving the aorta.

Aortic root replacement is recommended for aneurysms or serious disease affecting the section of the aorta attached to the heart.

Balloon atrial septostomy is commonly performed in critically ill newborns with complex congenital heart defects to improve oxygen levels before definitive surgery.

A cadaveric donor kidney transplant helps restore kidney function in patients with end-stage kidney disease using a donated kidney from a deceased donor.

Coarctation of aorta stenting is performed to treat narrowing of the body's main artery, helping reduce strain on the heart and improve circulation.

Complex coronary interventions are specialised procedures performed for severe or difficult coronary artery blockages that may not respond to standard angioplasty techniques.

CRRT slowly and continuously removes waste, toxins, and excess fluids from the blood in intensive care settings.

CABG is recommended for severe coronary artery disease when blocked arteries reduce blood supply to the heart muscle.

Coronary artery disease treatment helps restore healthy blood flow to the heart and reduce the risk of heart attacks.

Desensitisation therapy is performed before transplant surgery to lower harmful antibodies in the recipient's body, allowing successful transplantation in high-risk or incompatible donor cases.

Electrophysiology procedures help identify and treat irregular heartbeats using specialised minimally invasive techniques.

Haemodialysis is a life-supporting treatment that uses dialysis machines to clean blood and maintain fluid and electrolyte balance in severe kidney disease.

Heart failure therapy helps manage symptoms and improve circulation when the heart cannot pump blood efficiently.

Hypertension management combines lifestyle modifications, monitoring, and medication to maintain healthy blood pressure and protect long-term health.

Image-guided biopsy uses ultrasound, CT, or other imaging to obtain tissue samples with improved accuracy and reduced complications.

A living donor kidney transplant is performed to replace a failed kidney with a healthy donor kidney, helping restore normal kidney function and improve quality of life.

Cardiac tumour management focuses on diagnosing and removing tumours that may interfere with heart function or blood flow.

CKD management uses early diagnosis, lifestyle changes, and medical treatment to help preserve kidney function and reduce complications.

Treatment for urinary stones diagnoses and treats stones in the urinary tract to prevent complications like infection, blockage, and kidney damage.

UTI management focuses on diagnosing and treating urinary tract infections early to relieve symptoms, prevent complications, and protect kidney health.

Mitral valve surgery is performed when the valve becomes narrowed or leaky, affecting the heart's pumping efficiency.

Paediatric ECMO is used when the heart or lungs cannot function adequately despite intensive medical treatment.

PDA stenting keeps the patent ductus arteriosus open to improve oxygen delivery in babies with complex congenital heart conditions.

Percutaneous renal biopsy diagnoses kidney diseases, assesses damage, and guides treatment by obtaining tissue through the skin under imaging.

Pericardial disease treatment helps manage inflammation, fluid build-up, or thickening of the sac surrounding the heart.

Plasmapheresis treats autoimmune diseases, kidney disorders, neurological conditions, and transplant complications through plasma filtration and replacement.

Pulmonary artery stenting is performed to treat narrowing in the arteries supplying blood to the lungs, commonly associated with congenital heart disease.

Pulmonary balloon valvulotomy improves blood flow from the heart to the lungs by widening the narrowed pulmonary valve.

A renal biopsy helps diagnose kidney diseases, evaluate kidney function, and guide treatment decisions by examining kidney tissue under a microscope.

Redo cardiac surgery may be needed when previous heart operations fail, valves deteriorate, or new heart conditions develop.

Supportive care manages symptoms and maintains comfort in severe kidney disease, with or without dialysis support.

Transjugular renal biopsy is used when a standard kidney biopsy may not be safe due to bleeding risks or other medical conditions. The procedure allows doctors to collect kidney tissue through a vein in the neck.

Valve repair or replacement surgery is recommended when heart valves become narrowed, leaky, or damaged, affecting the heart's ability to pump blood effectively.

VSD device closure helps correct abnormal blood flow caused by a ventricular septal defect without the need for open-heart surgery in selected patients.

Fatty liver disease occurs when excess fat accumulates in the liver. Early diagnosis and treatment can help prevent liver inflammation, scarring, and long-term liver damage.

Alcoholic fatty liver develops when excessive alcohol intake affects the liver's ability to process fats properly. Early treatment and lifestyle changes can help prevent serious liver damage.

MASLD occurs when fat accumulates in the liver due to conditions such as obesity, diabetes, and metabolic dysfunction. Early diagnosis and lifestyle management can help prevent liver inflammation, fibrosis, and cirrhosis.

Liver fibrosis occurs when repeated liver injury leads to the formation of scar tissue, affecting normal liver function. Early treatment can help slow or prevent progression to cirrhosis.

Liver cirrhosis develops gradually due to long-term liver damage. Early diagnosis and treatment can help slow disease progression and reduce complications.

Decompensated cirrhosis occurs when severe liver damage causes complications such as fluid build-up in the abdomen, bleeding from enlarged veins, and changes in brain function. Early specialist care is essential to manage symptoms and improve quality of life.

Ascites occurs when fluid accumulates within the abdominal cavity, often as a complication of liver cirrhosis or severe liver disease. Early treatment can help relieve discomfort and prevent complications.

Variceal bleeding occurs due to increased pressure in the veins surrounding the liver, commonly associated with advanced liver cirrhosis. It requires urgent medical attention.

Hepatic encephalopathy develops when the liver is unable to remove toxins effectively, leading to changes in brain function, behaviour, and consciousness.

Acute liver failure develops rapidly, often within days or weeks, and requires urgent medical attention to prevent severe complications and organ failure.

Chronic liver failure develops over time as progressive liver disease causes permanent damage and scarring, affecting the liver's ability to perform essential body functions.

Viral hepatitis affects the liver and may be acute or chronic depending on the type and severity of infection. Early diagnosis and treatment are important to prevent complications such as cirrhosis and liver failure.

Acute viral hepatitis develops rapidly and may range from mild illness to severe liver inflammation. Early diagnosis and supportive treatment are important to prevent complications.

Chronic hepatitis B and C infections can cause ongoing liver inflammation, leading to fibrosis, cirrhosis, and liver cancer if left untreated. Early diagnosis and long-term management are essential for protecting liver health.

Autoimmune liver diseases can lead to chronic inflammation, scarring, and impaired liver function if left untreated. Early diagnosis and ongoing management can help control symptoms and reduce complications.

Immune-mediated liver diseases occur when the body's immune system mistakenly attacks the liver or bile ducts. Early diagnosis and long-term management can help control inflammation and reduce the risk of liver damage.

Wilson's disease is a genetic disorder that prevents the body from removing excess copper properly. Early diagnosis and treatment are important to prevent liver damage and neurological complications.

Budd–Chiari syndrome occurs when blood flow from the liver is blocked, leading to liver swelling, increased pressure, and impaired liver function.

Alcoholic hepatitis develops when long-term alcohol misuse damages liver cells, leading to inflammation and impaired liver function. Early treatment can help prevent progression to liver failure.

Drug-induced liver injury occurs when certain medicines or chemicals affect liver function, causing inflammation or liver damage. Early diagnosis is important to prevent severe complications.

Cholestatic liver disease affects the normal flow of bile, causing bile build-up within the liver and resulting in inflammation, itching, and progressive liver injury.

Portal hypertension commonly develops due to advanced liver disease and can lead to serious complications such as variceal bleeding and fluid build-up in the abdomen.

Hepatorenal syndrome occurs in patients with severe liver disease and is associated with reduced kidney function despite no primary kidney disorder.

Liver abscesses require prompt diagnosis and treatment to prevent serious infection and complications affecting liver function.

Benign liver lesions and cysts are often detected during imaging studies and may not cause symptoms. Some cases require treatment if they grow or cause discomfort.

Liver tumours can develop within the liver or spread from other parts of the body. Early diagnosis and treatment are important to manage symptoms, preserve liver function, and improve outcomes.

Hepatocellular carcinoma develops from liver cells and is often associated with long-term liver damage. Early detection and specialised treatment can improve outcomes and survival.

Primary liver cancer develops directly within the liver tissue and may progress silently in the early stages. Early diagnosis and timely treatment are essential for better outcomes.

Secondary liver tumours occur when cancer cells from other organs spread to the liver. Treatment focuses on controlling tumour growth, preserving liver function, and improving quality of life.

Pregnancy-related liver diseases can occur due to hormonal changes, pregnancy complications, or pre-existing liver conditions. Early diagnosis and specialised care are important to protect the health of both mother and baby.

Paediatric liver disease care focuses on managing congenital, infectious, metabolic, and chronic liver disorders in children through comprehensive and child-focused treatment approaches.

A liver biopsy helps diagnose liver diseases, assess liver damage, and guide treatment decisions by examining liver tissue under a microscope.

Transjugular liver biopsy is used when a standard liver biopsy may not be safe due to bleeding risks or fluid build-up in the abdomen.

FibroScan helps evaluate liver health without the need for surgery or biopsy by measuring liver stiffness using specialised ultrasound technology.

Therapeutic paracentesis helps relieve abdominal swelling, breathing difficulty, and discomfort caused by fluid accumulation due to advanced liver disease.

Variceal band ligation helps prevent or control bleeding from oesophageal varices, a serious complication of portal hypertension and liver cirrhosis.

ERCP combines endoscopy and imaging to identify and treat bile duct blockages, stones, strictures, and other hepatobiliary conditions.

The TIPSS/TIPS procedure creates a channel within the liver to improve blood flow and reduce complications of portal hypertension such as ascites and variceal bleeding.

RFA is commonly used for selected liver tumours and helps target cancerous tissue while preserving surrounding healthy liver tissue.

Microwave ablation is used to treat liver lesions and selected liver cancers by precisely targeting abnormal tissue while minimising damage to surrounding structures.

Percutaneous liver tumour ablation targets cancerous or abnormal liver tissue using specialised techniques such as heat or microwave energy.

TACE is commonly used for liver cancer patients who are not suitable for surgery, helping control tumour growth and preserve liver function.

Biliary drainage procedures help treat bile duct obstruction caused by stones, tumours, strictures, or liver disease, reducing complications and improving liver function.

Image-guided liver procedures use ultrasound, CT, or MRI guidance to improve precision during liver biopsies, tumour treatments, drainage procedures, and other interventions.

Living donor liver transplantation is performed to replace a diseased liver with a healthy portion of liver from a compatible living donor. Both the donor's and recipient's liver can regenerate over time after surgery.

Cadaveric donor liver transplantation helps restore liver function in patients with end-stage liver disease or liver failure using a donated liver from a deceased donor.

ABO-incompatible liver transplantation allows patients to receive a liver transplant despite blood group incompatibility using advanced desensitisation and immunosuppressive therapies.

Pre-transplant liver evaluation helps assess the severity of liver disease, overall health, donor compatibility, and transplant readiness before surgery.

Post-liver transplant care is essential to ensure successful recovery, maintain healthy liver function, and reduce the risk of complications or rejection.

Immunosuppressive therapy management helps control the body's immune response following transplantation while minimising medication-related complications.

ACLF occurs when patients with existing chronic liver disease develop acute deterioration, resulting in severe liver dysfunction and life-threatening complications.

Intensive care for liver failure patients focuses on stabilising vital organ function, managing complications, and providing advanced supportive treatment in critically ill patients.

Joint replacement surgery involves replacing worn or damaged joint surfaces with artificial implants to improve movement, reduce pain, and enhance daily function.

Total knee replacement is commonly performed for severe arthritis or knee joint damage when non-surgical treatments no longer provide relief.

Total hip replacement is performed when hip joint damage causes severe pain, stiffness, and difficulty with movement or daily activities.

Partial knee replacement is suitable for patients with arthritis limited to one section of the knee, preserving healthy bone and tissue.

Revision knee replacement may be required when an existing knee implant becomes loose, worn out, infected, or causes ongoing pain and instability.

Revision hip replacement is performed when an existing hip implant becomes damaged, loose, infected, or no longer functions properly.

Shoulder replacement surgery is recommended for severe shoulder arthritis, fractures, or joint damage causing pain and restricted movement.

Elbow replacement surgery helps relieve severe elbow pain and stiffness caused by arthritis, fractures, or joint damage.

Wrist joint replacement is performed to reduce pain and restore movement in patients with severe wrist arthritis or joint damage.

Ankle replacement surgery is recommended for severe ankle arthritis or joint damage affecting walking and daily activities.

Robotic joint replacement surgery uses computer-guided technology to assist surgeons in accurately positioning implants and improving joint function.

Minimally invasive joint replacement techniques help reduce pain, blood loss, and hospital stay while improving recovery after surgery.

Bilateral knee replacement is recommended for patients with severe arthritis affecting both knees and causing significant pain and mobility problems.

Sports medicine and arthroscopy focus on diagnosing, treating, and preventing injuries affecting joints, ligaments, tendons, and cartilage, particularly in athletes and physically active individuals.

Arthroscopic knee surgery helps treat ligament injuries, cartilage damage, meniscus tears, and other knee conditions with smaller incisions and faster recovery.

Arthroscopic shoulder surgery is commonly performed for rotator cuff injuries, shoulder instability, and joint damage using advanced keyhole surgical techniques.

Arthroscopic hip surgery helps manage hip impingement, cartilage damage, and labral tears while preserving joint function and reducing recovery time.

Arthroscopic ankle surgery helps diagnose and manage ligament injuries, cartilage damage, and chronic ankle instability using small incisions and specialised instruments.

ACL reconstruction helps restore knee stability and function following ligament tears commonly caused by sports injuries or sudden twisting movements.

PCL reconstruction is recommended for severe ligament injuries affecting knee stability, movement, and overall joint function.

Meniscus repair surgery helps preserve knee cartilage, improve joint stability, and reduce pain caused by meniscal tears.

Rotator cuff repair is commonly performed for shoulder tendon tears caused by injury, overuse, or degeneration.

Shoulder instability surgery helps prevent recurrent dislocations and improves shoulder strength and joint function.

Cartilage restoration procedures help manage cartilage injuries and delay joint degeneration, particularly in active individuals and athletes.

Sports injury rehabilitation focuses on restoring strength, mobility, flexibility, and performance while reducing the risk of re-injury.

Ligament reconstruction surgery is commonly performed after severe ligament injuries affecting the knee, shoulder, ankle, or other joints.

Spine surgery helps manage conditions affecting the neck, back, spinal discs, nerves, and spinal alignment when non-surgical treatments are no longer effective.

Minimally invasive spine surgery uses specialised instruments and imaging technology to treat spinal conditions with less disruption to surrounding muscles and tissues.

Cervical spine surgery helps relieve pressure on nerves or the spinal cord caused by disc problems, spinal degeneration, or injury in the neck region.

Lumbar spine surgery is performed to relieve nerve compression, instability, and chronic lower back pain affecting movement and daily activities.

Slip disc treatment focuses on relieving pressure on spinal nerves and improving movement through medical management, physiotherapy, or surgery when required.

Spinal decompression surgery helps treat conditions causing nerve compression, improving pain, mobility, and neurological function.

Spinal fusion surgery is commonly performed for spinal instability, deformity, or severe degenerative conditions affecting the spine.

Scoliosis correction surgery helps improve spinal alignment, posture, and breathing function in patients with severe spinal curvature.

Kyphosis treatment helps improve posture, reduce pain, and prevent complications associated with abnormal spinal curvature.

Disc replacement surgery helps preserve spinal movement while relieving pain caused by damaged or degenerated spinal discs.

Vertebroplasty and kyphoplasty help treat compression fractures in the spine, commonly caused by osteoporosis or spinal trauma.

Spinal trauma surgery helps stabilise spinal fractures, relieve pressure on nerves, and restore spinal alignment following serious injury.

Endoscopic spine surgery allows surgeons to treat spinal conditions through very small incisions, reducing pain, blood loss, and recovery time.

Trauma and fracture care involves emergency and planned surgical treatment for broken bones, joint injuries, and complex musculoskeletal trauma caused by accidents, falls, or sports injuries.

Complex trauma surgery focuses on stabilising fractures, repairing damaged tissues, and restoring function after serious accidents or high-impact injuries.

Fracture fixation surgery uses plates, screws, rods, or nails to hold fractured bones in the correct position during healing.

Pelvic and acetabular surgery helps restore pelvic stability and hip joint function following severe trauma or fractures.

Polytrauma management involves coordinated multidisciplinary treatment for life-threatening injuries involving bones, joints, internal organs, and soft tissues.

Hand and wrist fracture surgery helps restore bone alignment, hand function, grip strength, and mobility following injury.

Foot and ankle trauma surgery helps restore stability, movement, and function after fractures, ligament injuries, or severe trauma.

Paediatric fracture care focuses on treating growing bones carefully to ensure proper healing, alignment, and long-term development.

External fixation procedures are commonly used for severe fractures, open injuries, or trauma cases requiring temporary or staged stabilisation.

Limb salvage surgery focuses on saving limbs affected by severe trauma, infection, tumours, or poor blood supply while maintaining function and mobility.

Non-union and malunion correction procedures help restore proper bone alignment, improve healing, and regain limb function after complicated fractures.

Hand, wrist, and microsurgery focuses on restoring movement, strength, sensation, and function through advanced surgical and reconstructive techniques.

Hand surgery helps restore hand function, relieve pain, and treat conditions involving bones, tendons, ligaments, nerves, and soft tissues.

Wrist arthroscopy uses a small camera and specialised instruments to treat wrist pain, ligament injuries, cartilage damage, and joint disorders with smaller incisions.

Carpal tunnel release is performed to treat carpal tunnel syndrome, helping reduce numbness, tingling, pain, and weakness in the hand.

Tendon repair surgery restores movement and function when tendons are cut, torn, or injured due to trauma or overuse.

Nerve repair and reconstruction is performed when nerves are injured, compressed, or cut, helping improve hand function, sensation, and recovery.

Trigger finger release helps free the affected tendon so the finger can bend and straighten smoothly without pain or locking.

Dupuytren’s contracture treatment helps improve finger movement and hand function when tightened tissue affects the ability to straighten the fingers.

Microsurgery and reconstructive procedures are used for severe injuries, tissue loss, nerve damage, and complex deformities requiring precision repair.

Foot and ankle procedures help manage injuries, deformities, arthritis, tendon disorders, and diabetic foot complications affecting mobility and quality of life.

Foot and ankle reconstruction is used to correct severe deformities, injuries, arthritis, and structural abnormalities affecting movement and balance.

Flat foot correction helps relieve pain, improve balance, and restore foot alignment in patients with collapsed foot arches.

Achilles tendon repair helps restore strength and movement in the ankle after tendon rupture or severe tendon injury.

Bunion correction surgery helps improve foot alignment, reduce pain, and restore comfortable walking and footwear use.

Ankle ligament reconstruction helps strengthen and stabilise the ankle joint, reducing the risk of recurrent instability and injury.

Diabetic foot care helps reduce the risk of ulcers, infections, nerve damage, and poor circulation that may lead to serious foot complications.

Charcot foot reconstruction helps stabilise and reshape the foot in patients with severe diabetic foot deformity, reducing the risk of ulcers and limb loss.

Paediatric orthopaedics addresses congenital deformities, developmental conditions, fractures, and musculoskeletal disorders affecting growing children, helping improve mobility, function, and quality of life.

Congenital limb deformity correction helps improve limb alignment, movement, and function in children born with abnormalities affecting the arms or legs.

Clubfoot treatment helps restore normal foot alignment and function through casting, bracing, or corrective surgery depending on the severity of the condition.

Hip dysplasia treatment helps stabilise and properly align the hip joint to support healthy growth and prevent long-term mobility problems.

Cerebral palsy orthopaedic care focuses on managing muscle stiffness, joint deformities, and mobility limitations through specialised surgical and rehabilitation approaches.

Limb lengthening procedures gradually stimulate bone growth to improve limb symmetry, function, and mobility in children and adolescents.

Paediatric spine deformity surgery helps improve spinal alignment, posture, breathing function, and long-term mobility in growing children with spinal abnormalities.

Orthopaedic oncology involves advanced surgical and reconstructive procedures for benign and cancerous musculoskeletal tumours affecting bones, joints, and soft tissues.

Bone tumour surgery focuses on removing abnormal bone growths while preserving limb function, stability, and mobility whenever possible.

Limb preservation surgery helps avoid amputation by removing cancerous tissue and reconstructing the affected bone, joint, or soft tissue.

Musculoskeletal tumour reconstruction helps restore stability, movement, and limb function following tumour excision surgery.

Metastatic bone disease management focuses on relieving pain, stabilising bones, preventing fractures, and improving quality of life in patients with advanced cancer.

Rheumatology and degenerative disorder care helps manage inflammation, joint damage, bone weakness, and chronic pain to improve mobility, function, and quality of life.

Osteoarthritis management focuses on reducing pain, improving joint movement, and slowing progression of joint damage.

Osteoporosis management helps improve bone density and prevent fragile bone fractures caused by weakening of the bones.

Joint pain management helps identify the cause of pain and provides personalised treatment to improve joint function and quality of life.

Chronic back pain treatment focuses on identifying underlying spinal or muscular conditions and providing long-term pain relief and functional improvement.

Advanced orthopaedic procedures use innovative surgical methods, regenerative therapies, and reconstruction techniques to treat complex bone, joint, and limb conditions.

Robotic-assisted orthopaedic surgery helps surgeons achieve greater accuracy during joint replacement and reconstructive procedures, improving alignment and recovery outcomes.

Computer navigation orthopaedic surgery provides real-time guidance during surgery, helping improve implant positioning, alignment, and surgical precision.

Bone grafting procedures help support bone healing, spinal fusion, fracture repair, and reconstruction after trauma or tumour surgery.

Stem cell therapy for orthopaedics aims to reduce pain, improve healing, and support tissue regeneration in selected musculoskeletal conditions.

PRP therapy helps support tissue repair and reduce pain in joint, tendon, ligament, and muscle injuries.

Deformity correction surgery helps restore proper alignment, improve mobility, and reduce pain caused by congenital or acquired orthopaedic deformities.

The Ilizarov technique is used for complex fractures, limb lengthening, bone infection, and deformity correction through gradual bone reconstruction.

Limb reconstruction surgery helps repair damaged bones, joints, soft tissues, and nerves while preserving movement and mobility.

Rehabilitation and preventive orthopaedics help patients recover after injury or surgery, improve strength and mobility, and reduce the risk of future musculoskeletal problems.

Physiotherapy and rehabilitation support recovery by improving flexibility, balance, strength, and mobility through personalised exercise and therapy plans.

Sports rehabilitation focuses on restoring strength, flexibility, coordination, and performance after sports injuries or surgery.

Post-surgical rehabilitation helps patients regain mobility, reduce stiffness, and improve outcomes after procedures such as joint replacement, spine surgery, or fracture fixation.

Gait and movement analysis helps identify abnormal movement patterns that may contribute to pain, injury, poor balance, or reduced performance.

Preventive orthopaedic screening helps detect early signs of arthritis, osteoporosis, posture issues, and injury risks before they affect daily function.

Ergonomic and posture management helps reduce strain on the spine, neck, shoulders, and joints caused by poor sitting, working, or movement habits.

Bone health clinics help diagnose and manage osteoporosis, vitamin D deficiency, fracture risk, and other bone-related conditions.

Fall prevention programmes assess balance, strength, vision, medication risks, and home safety to help prevent fractures and injuries.

Pain management procedures help treat chronic joint, spine, muscle, and nerve pain when medication or physiotherapy alone may not provide enough relief.

Orthopaedic health check programmes help detect early musculoskeletal problems and support preventive care for people at risk of arthritis, osteoporosis, posture-related pain, or injuries.

Chemotherapy is one of the most commonly used cancer treatments and may be administered before surgery, after surgery, or as the primary treatment depending on the type and stage of cancer.

Targeted therapy focuses on cancer-specific proteins, genes, or pathways, helping improve treatment effectiveness while reducing damage to healthy cells.

Immunotherapy has transformed cancer care by enhancing natural immune responses against cancer and improving outcomes in selected tumour types.

Hormone therapy is commonly used in hormone-sensitive cancers and can help reduce recurrence risk and slow disease progression.

CAR-T (Chimeric Antigen Receptor T-cell) Therapy is a highly specialised treatment that involves collecting a patient's own T-cells, genetically modifying them in a laboratory, and reinfusing them to target specific cancer cells. It has shown significant success in selected blood cancers that have relapsed or not responded to conventional treatments.

Precision oncology uses advanced molecular testing to identify the most effective therapies for each patient, helping improve outcomes and minimise unnecessary treatments.

Molecular tumour profiling helps identify specific mutations, biomarkers, and treatment targets that can guide personalised cancer therapy.

Oral chemotherapy programmes provide convenient access to cancer treatment while maintaining close monitoring of treatment response and side effects.

Maintenance therapy is used in selected cancers to prolong remission, delay disease progression, and improve long-term outcomes.

Day care oncology services provide convenient, safe, and comprehensive cancer treatment including chemotherapy, immunotherapy, targeted therapy, and supportive care.

Cancer surgery remains one of the most effective treatments for many solid tumours and may be performed alone or in combination with chemotherapy, radiation therapy, or targeted therapies.

Minimally invasive cancer surgery uses specialised instruments and imaging technology to remove tumours while minimising trauma to surrounding tissues.

Laparoscopic oncology surgery offers effective cancer treatment with less blood loss, smaller scars, and faster recovery compared to traditional open surgery.

Robotic cancer surgery enables surgeons to perform complex procedures with greater accuracy, improved visualisation, and enhanced preservation of healthy tissues.

Cytoreductive surgery is commonly performed for cancers that have spread within the abdominal cavity and is often combined with advanced therapies such as HIPEC.

HIPEC is performed immediately after cytoreductive surgery to target microscopic cancer cells remaining within the abdomen, helping improve disease control in selected cancers.

Tumour debulking surgery helps reduce tumour burden, improve symptoms, and enhance the effectiveness of additional cancer treatments.

Metastatic tumour resection may improve survival and quality of life in selected patients with limited metastatic disease.

Reconstructive oncology surgery helps patients recover physically and emotionally following tumour removal, using advanced plastic and reconstructive techniques.

Radiation oncology plays a vital role in cancer treatment and may be used alone or in combination with surgery, chemotherapy, immunotherapy, and targeted therapy. Modern radiation techniques improve treatment precision, effectiveness, and patient safety.

External beam radiotherapy is used to treat a wide range of cancers and helps destroy cancer cells while minimising exposure to healthy tissues.

IMRT allows higher radiation doses to be delivered to cancerous tissue while reducing exposure to nearby healthy organs and structures.

IGRT helps ensure radiation is delivered precisely to the tumour by accounting for daily changes in patient positioning and tumour movement.

VMAT enables highly precise radiation delivery in shorter treatment sessions while reducing exposure to surrounding healthy tissues.