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“TRANSARTERIAL EMBOLIZATION ALONE VERSUS DRUG-ELUTING BEADS CHEMOEMBOLIZATION FOR HEPATOCELLULAR CARCINOMA. A RANDOMIZED CONTROLLED TRIAL”

“TRANSARTERIAL EMBOLIZATION ALONE VERSUS DRUG-ELUTING BEADS CHEMOEMBOLIZATION FOR HEPATOCELLULAR CARCINOMA. A RANDOMIZED CONTROLLED TRIAL” - RAD-18-TAcE

Status
Not yet recruiting
Phases
Phase 3
Study type
Interventional
Source
EU CTR
Registry ID
EUCTR2018-000740-25-IT
Enrollment
154
Registered
2021-09-07
Start date
2018-09-12
Completion date
Unknown
Last updated
2021-10-08

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Hepatocellular carcinoma MedDRA version: 21.0 Level: LLT Classification code 10024662 Term: Liver cell carcinoma non-resectable System Organ Class: 100000004864

Interventions

Trade Name: ADRIBLASTINA - 50 MG POLVERE PER SOLUZIONE INIETTABILE 1 FLACONE POLVERE Product Name: Doxorubicina Product Code: [Doxorubicina] Pharmaceutical Form: Powder and solvent for solution for in

Sponsors

AOU DI BOLOGNA POLICLINICO S.ORSOLA-MALPIGHI
Lead Sponsor

Eligibility

Sex/Gender
All

Inclusion criteria

Inclusion criteria: First-level eligibility criteria include: 1) diagnosis of HCC according to the AASLD criteria [26]; 2) patients =18 years; 2) HCC unsuitable for curative treatment or for failure / recurrence after resection / ablation and diagnosed according to the AASLD criteria [26]; 3) no previous treatment of target lesions (previous treatments include surgical resections on non-target lesions); 4) Child-Pugh Class A or B (maximum score 7); 5) ECOG Performance Status (PS) =65 years) yes F.1.3.1 Number of subjects for this age range 80

Exclusion criteria

Exclusion criteria: 1) HCC infiltrative; 2) neoplastic invasion of a portal branch and of the common portal trunk; 3) equivocal liver injury; 4) advanced liver disease (bilirubin levels> 2.5 mg dl-1, albumin 1.5); 5) ascites and / or esophageal varices F3; 6) other tumors in the previous 5 years; 7) technical contraindications to arteriography or TACE.

Design outcomes

Primary

MeasureTime frame
Main Objective: Compare TTP since randomization, as recommended from expert panel opinion [26] after TAE and DEB-TACE in a homogeneous HCC patients population and using small size beads in both arms.;Secondary Objective: Compare safety -Severe adverse events (SAE)-,radiologic tumor response (mRECIST) and OS in the two arms. To date, no evidence exists that TAE can ameliorate patient survival in regards to TACE but literature suggests a reduction in the SAE occurrence in patients submitted to TAE. Compare cost-effectiveness of TACE vs TAE after the entire follow-up, because, if oncologic outcomes for these two procedures are equivalent, cost containment alone should be a strong reason to support a shift from TACE to TAE. Experimental Design;Primary end point(s): The study was designed, in relation to the primary endpoint, as an equivalence trial between the two methods of intra-arterial HCC treatment, ie DEB-TACE and TAE. The TTP considered as the reference value for the patient arm submitted to DEB-TACE is 9 months, based on the results of our previous multicentric experience [6]. The TTP standard deviation is not expected to exceed 6 months, after careful patient selection. The limit of equivalence is set at no more than 5 months between the two arms. Then, using the appropriate formulas, each arm will be made up of 69 patients (alpha: 0.05; beta: 0.80). Taking into account a 10% drop-out, the final sample size for each arm will be 77 patients (154 total).;Timepoint(s) of evaluation of this end point: 24 months

Secondary

MeasureTime frame
Secondary end point(s): - Security. AEs and SAEs will be monitored and registered. Each AE will be assessed during and after each treatment and at all check-ups and classified according to the NCIs Common Terminology Criteria for AE (CTCAE) version 3.0. AEs occurring within 4 weeks of each intra-arterial procedure will be considered related to treatment. The incidence of SAEs in both treatment embers will be ascertained by hypothesizing a reduction in SAE of 25% after DEB-TACE and by 19% after TAE. This hypothesis would require 607 patients per arm to be confirmed. To evaluate this hypothesis, the O'Brien-Fleming stopping boundaries will be used by performing the concluded enrollment analysis of the 69 patients for each arm and with the follow-up completed. A nominal p value <0.001 (z score: 3.15) will be required to confirm the hypothesis. If the p value is higher than this threshold (even if <0.05) the null hypothesis will not be rejected. - Effectiveness. The response will be evaluated by CT or MRI as a local response (per lesion) and global response (per patient), applying mRECIST [24], 1 month after each TACE and thereafter every 3 months for at least 2 years. -Survival. Through proper patient selection, we expect a standard deviation of average survival of no more than 10 months. To draw this equivalence study we expect a difference in mean survival of not more than 5 months (equivalence limit) between the two treatment groups, DEB-TACE and TAE. Using the formulas proposed by Julious et al [25], each arm will be made up of 69 patients (alpha: 0.05; beta: 0.80). To obtain more reliable estimates and accounting for any drop-out from the study, 10% of patients will be added to the initial sample size, resulting in 77 patients for each arm. - Costs. Cost effectiveness will be assessed from a third-party perspective, thus including only direct costs of procedures and related costs (hospitalization, imaging, etc.). The effectiveness will be assessed by measuring lif

Countries

Italy

Contacts

Public ContactU.O. Radiologia (Golfieri)

AOU di Bologna

rita.golfieri@aosp.bo.it051214307

Outcome results

None listed

Source: EU CTR (via WHO ICTRP) · Data processed: Feb 4, 2026