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Como selecionar os pacientes para peritonectomia e quimio-
hipertermia
SHIGEKI KUSAMURA MD PhD
Ss Tumori Peritoneali
Peritoneum is the 2deg most common site of disease progression after the
liver
Synchronous Peritoneal Metastasis 43 ndash 51
Metachronous Peritoneal Metastasis 42- 60
Poor prognosis if treated by systemic chemotherapy only
Less responsive to systemic chemotherapy than hematogenous metastasis
Peritoneal metastases from colorectal cancer
Br J Surg 2012 Int J Cancer 2011 Br J Surg 2002 Int J Clin
Oncol 2014
Br J Surg 2012 Eur J Surg Oncol Br J Surg 2002 Ann Surg
2006
BA biological agents (Cetuximab Bevacizumab)
Peritoneal metastasis Treated by systemic chemotherapy
Baratti Kusamura Deraco et al Crit Rev Oncol Hematol 2016
PM-CRC -gtsignificantly shorter OS than those with other isolated sites of metastases
In patients with several sites of metastasis poor OS is a function of both increased ndeg of metastatic sites and PM
Isolated PM 163 months
Peritonectomy
Multivisceral resections
Intraperitoneal chemotherapyHyperthermia
HIPEC Microscopic clearance
Macroscopic
clearance
Locoregional therapy
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Peritoneum is the 2deg most common site of disease progression after the
liver
Synchronous Peritoneal Metastasis 43 ndash 51
Metachronous Peritoneal Metastasis 42- 60
Poor prognosis if treated by systemic chemotherapy only
Less responsive to systemic chemotherapy than hematogenous metastasis
Peritoneal metastases from colorectal cancer
Br J Surg 2012 Int J Cancer 2011 Br J Surg 2002 Int J Clin
Oncol 2014
Br J Surg 2012 Eur J Surg Oncol Br J Surg 2002 Ann Surg
2006
BA biological agents (Cetuximab Bevacizumab)
Peritoneal metastasis Treated by systemic chemotherapy
Baratti Kusamura Deraco et al Crit Rev Oncol Hematol 2016
PM-CRC -gtsignificantly shorter OS than those with other isolated sites of metastases
In patients with several sites of metastasis poor OS is a function of both increased ndeg of metastatic sites and PM
Isolated PM 163 months
Peritonectomy
Multivisceral resections
Intraperitoneal chemotherapyHyperthermia
HIPEC Microscopic clearance
Macroscopic
clearance
Locoregional therapy
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
BA biological agents (Cetuximab Bevacizumab)
Peritoneal metastasis Treated by systemic chemotherapy
Baratti Kusamura Deraco et al Crit Rev Oncol Hematol 2016
PM-CRC -gtsignificantly shorter OS than those with other isolated sites of metastases
In patients with several sites of metastasis poor OS is a function of both increased ndeg of metastatic sites and PM
Isolated PM 163 months
Peritonectomy
Multivisceral resections
Intraperitoneal chemotherapyHyperthermia
HIPEC Microscopic clearance
Macroscopic
clearance
Locoregional therapy
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
PM-CRC -gtsignificantly shorter OS than those with other isolated sites of metastases
In patients with several sites of metastasis poor OS is a function of both increased ndeg of metastatic sites and PM
Isolated PM 163 months
Peritonectomy
Multivisceral resections
Intraperitoneal chemotherapyHyperthermia
HIPEC Microscopic clearance
Macroscopic
clearance
Locoregional therapy
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Peritonectomy
Multivisceral resections
Intraperitoneal chemotherapyHyperthermia
HIPEC Microscopic clearance
Macroscopic
clearance
Locoregional therapy
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
PM CRC
Peritoneal metastases from colo-rectal cancer
Operability
Age PS Comorbidity
Resectability
Mesentery Small Bowel Distant
metastasis
Benefits Risks
Multidisciplinary team
lsquoDecision is more important than Incisionrsquo
Brendan Moran
Proficiency
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
86 PCIlt20
Median OS 301 months
5 yr OS 27
5 yr DFS 10
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
CC-Score as a Prognostic Indicators of Survival
Median OS cc01 33 months
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
PCI as a Prognostic Indicator of Survival
PCI 5 year OS ()
0-6 44
7-12 22
13-19 29
gt19 7
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Median OS 35 mts
Median OS 14 mts
Conclusion In the presence of other
relative contraindications SRCC should
refrain a surgeon from performing CRS
and HIPEC
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Intraperitoneal chemotherapy and cytoreductive surgery for peritoneal metastases coupled with
curative treatment of colorectal liver metastases an updated systematic review
El-Nakeep S Rashad N Oweira H Schmidt J Helbling D Giryes A Petrausch U Mehrabi A Decker M
Abdel-Rahman O
77 full-text papers assessed and 6 papers were finally included
Median OS 6-49 months
Five-year OS 18-28
Three-year OS 22-42
Survival was lower in patients with liver metastases and peritoneal metastasis (PM) than those with
PM alone in the majority of studies
Expert Rev Gastroenterol Hepatol 2017
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Single prognostic factor vs predictive model
Peritoneal Cancer index
Histological subtype
Completeness of
cytoreductionCompleteness of
cytoreduction
RISK PREDICTION MODEL
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Mediana OS 86 37 20
13
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
COMPASS risk prediction
model
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
C-INDEX 062
R2 008
PSDSS
C-INDEX 072
R2 019
COMPASS
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
0 12 24 36 48 60
Months from surgery
10
05
00
Sur
viva
l pro
babi
lity
Right colon n=41 median 193 m
Left colon n=55 median 388 m
P=0024
Genes statu
s
right left P value
KRAS wt
mut
12 (13)
29 (41)
34 (35)
21 (22)
0003
NRAS wt
mut
2
29
3
37
1000
BRAF wt
mut
4
29
1
41
0163
PIK3C
A
wt
mut
4
14
3
20
0679
n=41 n=55
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
Primary tumor side amp gene mutations in PM-CRC
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
HRadj 95 CI P value
BRAF mutations (vs wt) 239 223-462 0009
Primary site (right vs left) 055 035-087 0010
PCI (gt9 vs le9) 178 115- 277 0010
CCR (2 vs 1 vs 0) 238 105-540 0039
Stage IV primary tumor 042 026-067 0001
Primary tumor side amp gene mutations in PM-CRC
Baratti Kusamura Perrone Deraco
2018 XII Int Symp on Regional Cancer
Therapies JacksonvilleUSA
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
32 studies on CRS and HIPEC for PM-CRC
Major morbidity rates 176 ndash 524
- weighted average 326
Mortality 0-81
- weighted average 29
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
N= 211
Severe morbidity 251
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Breaking points
Milan 141
Bentivoglio 126
Breaking points
Milan 158
Bentivoglio 134
Breaking points
Milan 144
Bentivoglio 60
7 years
Kusamura et al Annals of Surgery 2011 JSO 2012
Learning curve for cytoreductive surgery and hyperthermic
intraperitoneal chemotherapy in peritoneal surface
malignancies analysis of two centres
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Comparative trials
Author Patients
(n)
Treatment Median
survival
P value
Vic Verwaal 54
51
CRS + HIPEC (MMC) + 5FULV
5FULV
223
126
0032
Matheme 18
18
CRS + SPIC (5FUFA)
5FUFA or 5FULV+ methoan
320
140
001
Elias 48
48
CRS + HIPEC (OXL) + sCT
FOLFOXFOLFIRI + BA
627
239
lt005
Franko 38
67
CRS + HIPEC (MMC) + sCT
FOLFOXFOLFIRI + BA
347
168
lt0001
Esquivel 609
275
CRS + HIPEC (various) plusmn sCT
Syst CT (various)
410
100
NA
BA biological agents (Cetuximab Bevacizumab)
JCO 2003 Br J Surg 2004 JCO 2009 Cancer 2010 Ann Surg Oncol 2014
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
PRODIGE 7
Phase III RCT role of HIPEC after CCR01 for PM from CRC
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
Better survival
Complications
Lead time bias vs treatment effect
Prophylo CHIP
Second look Italian trial
Colopec
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
The panel recognizes the need for RCT that will address the risks and benefits associated with each of these modalities
Cytoreductive surgery and HIPEC is on the verge of becoming the accepted standard treatment for patients with PM-CRC
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions
bull Peritoneal recurrence is a predominant cause of treatment
failure in CRC patients
bull CRSHIPEC offers a chance of improved survival in
established PM
bull Right side-gt worse
bull The lsquoearlier the betterrsquo police is appealing but still
experimental
bull Confirmation in a phase-III trial is warranted
Conclusions