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Home > Interventional Radiology > TACE (Liver Tumour Embolization)

TACE Liver Tumour Embolization In Mumbai

Targeted Chemotherapy Delivered Directly to Liver Tumours Without Major Surgery

TACE (Transarterial Chemoembolization) is a minimally invasive interventional radiology procedure that delivers chemotherapy directly into the blood vessels supplying a liver tumour while simultaneously blocking the tumour's blood supply. At Shree Hospitals, our specialist interventional radiologists perform TACE for hepatocellular carcinoma (HCC), liver metastases, and other primary liver tumours, providing targeted tumour control with significantly fewer systemic side effects than conventional intravenous chemotherapy.

 Liver Tumour Diagnosis? Ask Our Interventional Radiology Team About TACE

Quick facts

Procedure Type : Transarterial Chemoembolization of Liver Tumour

Anaesthesia : Conscious Sedation

Duration : 1 to 2 hours

Hospital Stay : 1 to 2 days

Recovery Time : 1 to 2 weeks per session

Support Team : Interventional radiologists, oncologists, hepatologists

Key Benefit : Targeted tumour treatment with minimal systemic side effects

What is TACE (Transarterial Chemoembolization)?

TACE (Transarterial Chemoembolization) is an image-guided interventional radiology procedure that combines two tumour-fighting mechanisms in a single treatment. First, chemotherapy drugs (most commonly doxorubicin, cisplatin, or mitomycin-C) are delivered directly into the hepatic artery branches that supply the liver tumour - concentrating the drug at the tumour site at doses far higher than systemic intravenous chemotherapy could safely achieve. Second, embolic particles are injected to block the tumour's arterial blood supply, trapping the chemotherapy within the tumour while simultaneously causing tumour ischaemia (death from lack of oxygen).

 

The liver has a unique dual blood supply - receiving blood from both the hepatic artery (30%) and the portal vein (70%). Normal liver tissue derives most of its blood from the portal vein, while liver tumours are almost exclusively supplied by the hepatic artery. This anatomical difference is what makes TACE possible - by targeting the hepatic artery branches feeding the tumour, chemotherapy and embolization can be concentrated at the tumour with relative sparing of the normal liver. TACE is a key treatment for hepatocellular carcinoma (HCC) and is also used for neuroendocrine tumour (NET) liver metastases and other hypervascular liver metastases.

 

At Shree Hospitals, our interventional radiology team performs both conventional TACE (cTACE) using lipiodol-based chemotherapy emulsions and drug-eluting bead TACE (DEB-TACE) using microspheres that are pre-loaded with chemotherapy drug and release it slowly over time directly at the tumour. DEB-TACE offers more sustained local drug delivery and lower systemic drug levels compared to conventional TACE. All TACE procedures at Shree Hospitals are planned and reviewed in our multidisciplinary oncology team (MDT) meeting including oncologists, hepatologists, transplant surgeons, and interventional radiologists.

TACE (Liver Tumour Embolization)

Who Is a Candidate for TACE?

TACE is indicated for patients with:

 

  • Hepatocellular carcinoma (HCC) - the most common primary liver cancer - at intermediate stage (BCLC stage B) not suitable for curative resection or ablation
  • Liver metastases from neuroendocrine tumours (NETs), colorectal cancer, or other hypervascular primary tumours
  • HCC as bridge therapy - to control tumour progression while awaiting liver transplantation
  • HCC as downstaging - to reduce tumour size or number to bring a patient within transplant criteria
  • Patients with preserved liver function (Child-Pugh A or selected B) and no major portal vein thrombosis

Is TACE the Right Treatment for Your Liver Tumour?

TACE is appropriate when:

 

  • Surgical resection or ablation (RFA/MWA) is not possible due to tumour size, number, or location
  • Liver function (assessed by Child-Pugh score and bilirubin) is adequate to tolerate embolization
  • Portal vein flow to the liver is intact (absence of main portal vein occlusion)
  • The tumour has adequate arterial blood supply visible on pre-procedure imaging
  • A multidisciplinary oncology team has reviewed the case and agreed TACE is the most appropriate treatment option

Why TACE Is a Critical Tool in Liver Cancer Management?

TACE plays a vital role in the liver cancer treatment pathway:

 

  • Provides local tumour control in patients not suitable for surgery or ablation
  • Extends survival in intermediate-stage HCC with median survival improved by over 20 months compared to best supportive care
  • Serves as effective bridge to transplantation - controlling HCC within Milan criteria while awaiting a donor liver
  • Can be combined with systemic therapy (sorafenib, lenvatinib) for enhanced tumour control
  • Repeat sessions can be performed as needed based on tumour response

TACE improves median survival in intermediate-stage hepatocellular carcinoma by over 20 months compared to best supportive care.

At Shree Hospitals, our interventional radiology and oncology teams work together to plan and deliver TACE as part of a comprehensive, MDT-reviewed liver cancer treatment pathway, maximising tumour control while preserving liver function and quality of life.

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Our Approach to TACE

At Shree Hospitals, TACE is never performed in isolation. Every patient is reviewed at our liver cancer multidisciplinary team (MDT) meeting before treatment is recommended. Our interventional radiologists, hepatologists, oncologists, and transplant surgeons jointly agree the treatment plan, the TACE technique, and the combination with systemic therapies where appropriate.

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MDT Planning with Dedicated Liver Imaging

Every patient considered for TACE undergoes triple-phase contrast CT or MRI of the liver using hepatobiliary contrast agents to characterise each tumour, assess liver function, and plan the arterial supply to be targeted. Liver function tests, AFP tumour marker, Child-Pugh scoring, and ECOG performance status are assessed. The treatment plan is agreed at the liver cancer MDT meeting.

Selective and Super-Selective Embolization

During TACE, our interventional radiologists use advanced microcatheter techniques to achieve super-selective catheterisation of the arterial branches feeding each individual tumour segment, maximising drug delivery to the tumour while minimising embolization of the surrounding healthy liver. Cone-beam CT imaging is used intra-procedurally to confirm tumour targeting and completeness of treatment.

DEB-TACE for Sustained Drug Delivery

For appropriate patients, drug-eluting bead TACE (DEB-TACE) using calibrated LC Beads pre-loaded with doxorubicin provides more uniform drug elution over a sustained period directly at the tumour. DEB-TACE is associated with lower peak systemic doxorubicin levels compared to conventional TACE, reducing systemic side effects while maintaining or improving local drug concentrations within the tumour.

Response Assessment and Repeat Treatment Planning

TACE response is assessed with contrast-enhanced CT or MRI at 4 to 6 weeks after each session using mRECIST criteria (modified Response Evaluation Criteria in Solid Tumours). Patients with residual viable tumour may benefit from repeat TACE sessions. Patients achieving good tumour control are reviewed for potential escalation to ablation, resection, or liver transplantation where applicable.

Top Interventional Radiologists and Liver Cancer Specialists in Mumbai

Every specialist at Shree Hospitals is board-certified and has an average of 15+ years of clinical experience in TACE, liver cancer management, hepatology, and oncological interventional radiology.

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Interventional Radiology Services at Shree Hospitals

We offer a comprehensive range of minimally invasive interventional radiology procedures including TACE, radiofrequency ablation, UAE, percutaneous drainage, biliary drainage, vertebroplasty, peripheral angioplasty, and IVC filter placement, all delivered by specialist interventional radiologists using advanced imaging guidance.

Step by Step Process of TACE

Step 1 - MDT Review and Treatment Planning

 

Your case is presented at the liver cancer multidisciplinary team (MDT) meeting attended by interventional radiology, hepatology, oncology, and transplant surgery. Triple-phase CT or MRI of the liver is reviewed to characterise the tumour, plan the arterial approach, and exclude contraindications. TACE technique (conventional vs DEB-TACE) and drug selection are agreed. Combination with systemic therapy is considered.

 

Step 2 - Pre-Procedure Assessment

 

Liver function tests, full blood count, clotting profile, AFP, and renal function are reviewed. The Child-Pugh and ALBI scores are calculated to confirm adequate liver reserve. The patient is counselled about the procedure, post-embolization syndrome, expected side effects, and the recovery period. Intravenous hydration is commenced and pre-medication prescribed.

 

Step 3 - Arterial Access and Hepatic Angiography

 

Under conscious sedation and local anaesthesia, arterial access is established via the radial or femoral artery. A diagnostic catheter is advanced into the coeliac axis and superior mesenteric artery and contrast angiography is performed to map the hepatic arterial anatomy and tumour blood supply. Variant arterial anatomy (aberrant hepatic arteries) is identified and the approach planned accordingly.

 

Step 4 - Super-Selective Catheterisation and Treatment

 

A microcatheter is advanced super-selectively into the arterial branches feeding the target tumour segment. Cone-beam CT is performed to confirm catheter position and tumour targeting. The chemoembolization mixture (lipiodol-chemotherapy emulsion for cTACE, or drug-eluting beads for DEB-TACE) is injected slowly under fluoroscopic guidance until stasis of flow in the tumour-feeding arteries is confirmed. The microcatheter is repositioned to treat any additional tumour segments.

 

Step 5 - Post-Procedure Monitoring

 

The arterial access site is closed and the patient is transferred to the ward for 24 to 48 hour monitoring. Post-embolization syndrome (fever, nausea, right upper quadrant pain) is common and is actively managed with intravenous analgesia, anti-emetics, and anti-pyretics. Liver function tests are monitored. Most patients are discharged within 1 to 2 days.

 

Step 6 - Response Assessment and Repeat Scheduling

 

Contrast-enhanced CT or MRI is performed at 4 to 6 weeks after TACE to assess tumour response using mRECIST criteria. The case is re-presented at the MDT meeting. Residual viable tumour is managed with repeat TACE, ablation, or transition to systemic therapy depending on liver function and performance status. Patients achieving complete response are monitored with regular imaging.

Patient Questions About TACE

Is TACE a cure for liver cancer?

TACE is generally considered a palliative or disease-controlling treatment rather than a curative one for most patients. It is highly effective at controlling tumour growth and extending survival in intermediate-stage HCC. However, in selected patients with small tumours who achieve complete response to TACE, long-term survival is possible. TACE can also be used as a bridge to liver transplantation - which is potentially curative for selected HCC patients within Milan criteria. Your oncology and interventional radiology team will discuss realistic expectations for your specific tumour stage and liver function.

How many TACE sessions will I need?

The number of TACE sessions required varies depending on tumour response, liver function, and tumour recurrence. Some patients with a single tumour may achieve complete response after one or two sessions. Others with multiple tumours or residual viable disease after the first session will require repeat TACE at intervals of 4 to 8 weeks. Response is assessed by imaging after each session and the decision to repeat is made at the MDT meeting. Most patients receive between 2 and 4 TACE sessions in total.

What is post-embolization syndrome?

Post-embolization syndrome is the most common side effect of TACE, occurring in 50 to 80% of patients. It consists of fever, right upper quadrant pain or discomfort, nausea, fatigue, and elevated liver enzymes in the days after the procedure. These symptoms are caused by the inflammatory response to tumour cell death and are actually a sign the procedure is working. Post-embolization syndrome is managed with medications and typically resolves within 3 to 7 days. Serious complications (liver abscess, liver failure) are uncommon when TACE is performed in carefully selected patients.

Can TACE be combined with other liver cancer treatments?

Yes. TACE is frequently combined with other treatments in a multimodal approach to liver cancer. It can be combined with systemic therapy (sorafenib, lenvatinib, atezolizumab-bevacizumab) for enhanced tumour control. Residual or recurring tumour after TACE can be treated with radiofrequency ablation (RFA) or microwave ablation (MWA). In patients being considered for liver transplantation, TACE is used to control tumour growth while awaiting a suitable donor. The optimal combination is decided by the liver cancer MDT based on each patient's tumour stage, liver function, and overall health.

Evidence-Based Case Studies

Would Recommend Us

"When I was told I had liver cancer and surgery was not possible, I was devastated. The team at Shree Hospitals explained TACE clearly and performed it expertly. My latest scan showed no active tumour. I am incredibly grateful."

Mr. Ramesh K.

"I needed a liver transplant but had to wait. TACE at Shree Hospitals kept my tumour under control the whole time. I received my transplant 14 months later and the tumour had not grown. TACE kept me on the list."

Mr. Sanjay P.

"My neuroendocrine tumour had spread to my liver and was causing severe flushing and diarrhoea. TACE at Shree Hospitals dramatically reduced the tumour load and my symptoms have almost completely resolved. My quality of life has improved enormously."

Mrs. Anita .D

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