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Mugur Grasu MD, PhD Radiology, Medical Imaging and Interventional Radiology– Fundeni Clinical Institute University of Medicine and Pharmacy -Carol Davila – Bucharest

Mugur GrasuMD, PhD

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Page 1: Mugur GrasuMD, PhD

Mugur Grasu MD, PhDRadiology, Medical Imaging and Interventional Radiology – Fundeni Clinical

Institute

University of Medicine and Pharmacy - Carol Davila – Bucharest

Page 2: Mugur GrasuMD, PhD

� depends on a variety of factors:

� the size, number, distribution (unilobar vs. bilobar )

of tumors

� the relationship of the tumor to hepatic vasculature

� the status of distant metastases

� the severity of liver disease (Child-Pugh score)

� the suitability of the patient for liver transplantation

� the functional status of the patient

� local expertise

Page 3: Mugur GrasuMD, PhD

Memeo, R., de Blasi, V., Cherkaoui, Z. et al. J Gastrointest Canc (2016) 47: 239. doi:10.1007/s12029-016-9840-6

Page 4: Mugur GrasuMD, PhD

Portal pressure/

bilirubin

HCC

PEI/RFA Sorafenib

Stage 0

PST 0, Child–Pugh A

Very early stage (0)

1 HCC < 2 cm

Carcinoma in situ

Early stage (A)

1 HCC or 3 nodules

< 3 cm, PST 0

End stage (D)

Liver transplantation TACEResection

Target: 10%

OS < 3 months

Curative treatments (30%)

Median OS > 60 mo; 5-year survival (40–70%)Target: 20%

OS 20 mo (45-14)

Associated diseases

YesNo

3 nodules ≤ 3 cm

Increased

Normal

1 HCC

Stage D

PST > 2, Child–Pugh C

Intermediate stage (B)

Multinodular,

PST 0

Advanced stage (C)

Portal invasion,

N1, M1, PST 1–2

Stage A–C

PST 0–2, Child–Pugh A–B

Barcelona Clinic for Liver Cancer (BCLC)

staging system and treatment strategy

AASLD = American Association for the Study of Liver Diseases; PEI = percutaneous ethanol injection;

PST = Performance Status test; RFA = radiofrequency ablation.

Target: 40%

OS 11 mo (6-14)

Best supportive care

Page 5: Mugur GrasuMD, PhD

� BCLC – B class – multinodular, asymptomatic,

without an invasive pattern

� Untreated patients – median survival 16 mo

or 49% at 2 year

� 11 mo – worst scenario of untreated patients

(placebo arm of SHARP trial)

� TACE extends survival – median up to 19-20

mo

� Best responders to TACE 36-45 mo

� Ascites is the worst prognostic factor for this

subclass

Page 6: Mugur GrasuMD, PhD

Llovet, Lancet 2002 Lo, Hepatology 2002

Llovet JM, et al. Lancet. 2002;359:1734-9. Lo CM, et al. Hepatology. 2002;35:1164-71.

Treatment Patients 1 year 2 years 3 years

TACE 40 57 % 31 % 26 %

Control 39 32 % 11 % 3 %

Lo CM, et al. Hepatology. 2002;35:1164-71.

Page 7: Mugur GrasuMD, PhD
Page 8: Mugur GrasuMD, PhD

Intermediate stage HCC population:

indication and contraindications for TACE

� Treatment of

intermediate

stage (BCLC B)

HCC

� Decompensated cirrhosis

including:

� jaundice

� clinical encephalopathy

� refractory ascites

� hepatorenal syndrome

� Extensive tumor with massive

replacement of both entire

lobes

� Severely reduced portal vein

flow

� Technical contraindications to

hepatic intra-arterial treatment

� Renal insufficiency (creatinine ≥

2 mg/dL

IndicationAbsolute

contraindications

Relative contraindications

• Tumor size ≥ 10 cm

• Comorbiditiesinvolving compromised organ function

• Untreated varices at high risk of bleeding

• Bile-duct occlusion or incompetent papilla due to stent or surgery

Raoul JL, Sangro B, Forner A, Mazzaferro V, Piscaglia F, Bolondi L, et al. – Evolving strategies for the management of intermediate-stage hepatocellularcarcinoma: Available evidence and expert opinion on the use of transarterial chemoembolization. Cancer Treat Rev 2011;37:212–220.

Page 9: Mugur GrasuMD, PhD

� IMAGING - preferably within 4 weeks of the planned TACE (max 8 weeks), not only for the purpose of patient triage to proper therapy, but also to accurately evaluate response to the treatment.� MRI

� CT (at least 3 phases postcontrast)

� STAGING (thorax, abdomen and pelvis)

� BONE SCAN� BLOOD TESTS (bilirubin < 2 mg/dl !)� INFORMATION FOR THE PATIENT

� Palliative treatment

� 5-7% complications, 1-4% periprocedural death

Page 10: Mugur GrasuMD, PhD

� Femoral approach– 4-5F catheter

� Diagnostic angiograpphy

� Mesenteric artery evaluation

� Indirect portal vein evaluation

� Selective catheterization of lobar or

segmental hepatic artery

� Inject – Lipiodol and Doxorubicin

� EMBOLISATION

Page 11: Mugur GrasuMD, PhD

Hepatic angiography – Hepatic artery with origin from SMA

Page 12: Mugur GrasuMD, PhD

Right Hepatic angiography – HCC in segment VI

Page 13: Mugur GrasuMD, PhD

L

I

P

I

O

D

O

L

U

P

T

A

K

E

B

E

F

O

R

E

T

A

C

E

1 MONTH FOLLOW-UP

Page 14: Mugur GrasuMD, PhD

M, 64y –

Child-Pugh

A

HCC right

lobe

27 Jul 2016

Page 15: Mugur GrasuMD, PhD

M, 64y –

Child-Pugh

A

HCC right

lobe

27 Jul 2016

Page 16: Mugur GrasuMD, PhD

M, 64y –

Child-Pugh

A

HCC right

lobe

27 Jul 2016

Page 17: Mugur GrasuMD, PhD

M, 64y – Child-Pugh A HCC right lobe - 19 Jan 2017

Page 18: Mugur GrasuMD, PhD

Lencioni R. Personal communication.

Hong K, et al. Clin Cancer Res. 2006;12:2563-7.

www.biocompatibles.com.

From

Non-selective

treatment of the

entire liver

parenchyma

To

Selective treatment

(segmental

approaches with

microcatheters)

From

“Homemade” drug-

in-oil emulsions and

embolic agents

(“conventional”

TACE)

To

Drug-eluting bead

(calibrated embolic

microsphere)

TACE: an evolving technique toward

improving the treatment of HCC

Page 19: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B – 4 HCCs - May 2016

Page 20: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B – DEB-DOX – HCC sg. VII - May 2016

Page 21: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B – DEB-DOX – HCC sg. VII - May 2016

Page 22: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B – DEB-DOX – HCC sg. VII - May 2016

Page 23: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B

6 weeks Follow-up after DEB-DOX – HCC sg. VII

Before DEBDOX After DEBDOX

Page 24: Mugur GrasuMD, PhD

M, 54y – Child-Pugh B – DEB-DOX II – HCC sg. IV - May 2016

Page 25: Mugur GrasuMD, PhD

Post TACE

Post TACE6 weeks

Post TACE3 months

Pre TACE

Pre TACE

M, 54y – Child-Pugh B

6 weeks Follow-up after DEB-DOX II – HCC sg. IV

Page 26: Mugur GrasuMD, PhD

Pre TACE Post TACE2 months

Pre TACE

Post TACE4 months

Pre TACE Post TACE

Segment ISegment IV

NO LESIONS

4 PROCEDURES

Page 27: Mugur GrasuMD, PhD

� An important limitation of conventional TACE

has been the inconsistency in the technique and

the treatment schedules.

� This limitation has greatly hampered the acceptance

of TACE as a standard oncology treatment.

� DEBDOX provides levels of consistency and

repeatability not available with conventional

TACE, and offers the opportunity to implement a

standardized approach to HCC treatment.

Page 28: Mugur GrasuMD, PhD

Consensus Meeting – European Conference on Interventional Oncology in Florence, Italy

Technical recommendations for the use of DEBDOX in HCC treatment.

Page 29: Mugur GrasuMD, PhD

� Intra-arterial administration of chemotherapy associated with� nausea

� vomiting

� bone marrow depression

� alopecia

� potential renal failure

� Post-embolization syndrome occurs in 60-80% of patients� consists of fever, abdominal pain, and a moderate degree of ileus

� fasting for 24 hours and i.v. rehydration are mandatory

� prophylactic antibiotics not routinely used (?!)

� usually self-limited in < 48 hours and patients can be discharged from hospital

� fever reflective of tumor necrosis

� minority of patients may develop severe infectious complications such as hepatic abscess or cholecystitis

Page 30: Mugur GrasuMD, PhD

� in a multicenter study including 201 European

patients (PRECISION V), use of DEBDOX

resulted in a marked and statistically

significant reduction in liver toxicity and

drug-related adverse events compared with

conventional TACE with lipiodol and

doxorubicin

Page 31: Mugur GrasuMD, PhD

SAE Comparison : Conventional TACE vs PRECISION TACE

Page 32: Mugur GrasuMD, PhD
Page 33: Mugur GrasuMD, PhD

� Water-in-oil emulsion of Doxorubicin (30-100

mg) and Lipiodol (10-15 ml.)

� 1 volume Doxo+contrast / 2 volume Lipiodol

� Selective / ultraselective embolization with

microcatheters (2.8-2.0F) – improves survival

� CBCT – add-on tool for a more targeted

procedure

� A set of 2 sequential TACE procedures are

usually performed 2-8 weeks apart

Page 34: Mugur GrasuMD, PhD

� CT – after 1 month - mRECIST

� Lipiodol UPTAKE

� Residual tumoral tissue

� MRI – after 3 months

� New lesions ?

� Residual tumoral tissue

Page 35: Mugur GrasuMD, PhD

Raoul JL, Sangro B, Forner A, Mazzaferro V, Piscaglia F, Bolondi L, et al. – Evolving strategies for the

management of intermediate-stage hepatocellular carcinoma: Available evidence and expert opinion on

the use of transarterial chemoembolization. Cancer Treat Rev 2011;37:212–220.

Page 36: Mugur GrasuMD, PhD

Schematic diagram showing variable mRECIST objective response, with stable disease by RECISTA radiologist’s guide to the modified Response Evaluation Criteria in Solid Tumours (mRECIST) assessment of therapy for hepatocellular carcinoma – ECR 2011 C2120

Page 37: Mugur GrasuMD, PhD

HCC in segment VIII

1 mo FU – partial response mRECIST 18 moFU – partial response RECIST

Page 38: Mugur GrasuMD, PhD

1 mo follow-up

HCC in segment VII

NO Arterial enhancement

mRECIST - CR

Page 39: Mugur GrasuMD, PhD

� 376 TACE 2016

� 207 DEB-TACE (TANDEM and PearLife)

� 123 cTACE hyperselective

� 46 lobar cTACE

Page 40: Mugur GrasuMD, PhD

� TACE is the GOLD standard of care for patients with

intermediate stage HCC – BCLC-B

� However, only a limited patient population derives

maximum benefit from TACE

� DEB-TACE – increases overall survival – 36-45 months

� is generally well tolerated and effective

� may offer a benefit to patients with more advanced

disease within the intermediate stage of HCC

compared with cTACE

� Guidelines and expert opinion articles indicate that not

all intermediate HCC patients are suitable candidates

for TACE

Page 41: Mugur GrasuMD, PhD