diapositiva 1fire-3 did not meet its primary endpoint of significantly improving overall response...
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12.6
Thymidylate synthase
>40
VEGF + triplet CT
>30
VEGF or EGFR + doublet CT
20.3
VEGF + CT22.8
EGFR + CT
0
10
20
30
40
50
Mas opciones terapéuticas y mejor selección de pacientesincrementa sustancialmente la supervivencia
Scheithauer, et al. BMJ 1993; Saltz, et al. N Engl J Med 2000 Douillard, et al. Lancet 2000; Goldberg, et al. J Clin Oncol 2004
Hurwitz, et al. N Engl J Med 2004; Falcone, et al. J Clin Oncol 2007; Saltz, et al. J Clin Oncol 2008 Bokemeyer, et al. Ann Oncol 2011; Van Cutsem, et al. J Clin Oncol 2011; Douillard, et al. Ann Oncol 2014
Heinemann, et al. Lancet Oncol 2014; Lenz, et al. ESMO 2014; Loupakis, et al. ASCO 2015
20151980s
Tim
e (
mo
nth
s)
ITT KRAS RAS RAS/BRAF
Bevacizumab for 1L treatment of mCRC:
significant benefit with different chemotherapy
regimens in phase III trials
1. Hurwitz, et al. NEJM 2004; 2. Saltz, et al. JCO 2008; 3. Tebbutt, et al. JCO 20104. Cunningham, et al. ASCO GI 2013; Falcone NE Med 2014
Regimen
Tx
line N Post-study therapy
ORR
(%)
Median
PFS
(months)
Median
OS
(months)
IFL
IFL + bevacizumab1 1L 8132L: ~50%
2L: ~50%
35
45*
6.2
10.6*
15.6
20.3*
XELOX/FOLFOX
XELOX/FOLFOX + bevacizumab2 1L 1,401
2L: 53%
2L: 46%
38
38
8.0
9.4*
19.9
21.3
Capecitabine
Capecitabine + bevacizumab3 1L 31368%
62%
30
38
5.7
8.5*
18.9
18.9
Capecitabine
Capecitabine + bevacizumab4 1L 28037%
37%
10
19*
5.1
9.1*
16.8
20.7
FOLFIRI+ Bevacizumab
FOLFOXIRI + Bevacizumab 1L 508- 53
65*
9.7
12.2*
25.8
31
*Statistically significant difference vs the control arm NR = not reported
Meta-análisis de Bevacizumab en CCR
Hurwitz H et al. Oncologist 2013
Selección de Tratamiento
Marcadores Clínicos
Marcadores Moleculares
Factores socioeconómicos y preferencias del
paciente
Caracteristicasdel pacienteEdadPSComorbilidadesQT adyuvante
Características Tumorales Volumen tumoral- Posible cirugía
rescate- Síntomas y
agresividad- Localización
Biomarcadores
Grado histológico CEAMSIKRASNRASBRAF
Calidad de vidaPerfil de toxicidad
Localización tumoral
Marcadores moleculares
Subgrupos del RAS WT
RAS MUT/WT
BRAF MUT
MSI
RAS/BRAFWT
Colon Derecho
Mutaciones RAS
RAS wild-type
KRAS codon 12 mutant
KRAS codon 13 mutant
KRAS Exon 3 mutant
KRAS Exon 4 mutant
NRAS Exon 2 mutant
NRAS Exon 3 mutant
NRAS Exon 4 mutant
KRAS Exon 2
KRAS wild-type
KRAS codon 12 mutant
KRAS codon 13 mutant
Extended RAS wild-type
(2014)KRAS exon 2 wild-type
(2008)
AVF2107g: OS con bevacizumab acordea estado mutacional de KRAS
Hurwitz, et al. Oncologist 2009
1.0
0.8
0.6
0.4
0.2
0
0 15 25 305 10 20
1.0
0.8
0.6
0.4
0.2
0
KRAS MT(n=78)
KRAS WT (n=152)
Time (months)
OS
es
tim
ate
OS
es
tim
ate
Time (months)
Bevacizumab + IFL (n=44)
Placebo + IFL (n=34)
HR=0.69; p=0.26
Bevacizumab + IFL (n=85)
Placebo + IFL (n=67)
HR=0.58; p=0.04
0 15 25 305 10 20
13.6 19.9 27.717.6
RAS MUTADO
Van Cutsem et al. Ann Oncol 2016
Zurich treatment algorithm for patients with unresectable metastatic disease (excluding those with
oligometastatic disease)
Category Fit patients*
Treatment goal Cytoreduction (tumour shrinkage) Disease control (control of progression)
Molecular profile
RAS WT RAS MT BRAF MT RAS WT RAS MT BRAF MT
First-line
Preferred choice(s)
CT doublet +
EGFR antibody‡,§
CT doublet + bevacizumab
FOLFOXIRI + bevacizumab
CT doublet +
bevacizumab
OR
CT doublet + EGFR
antibody‡
CT doublet
+ bevacizumab
FOLFOXIRI ±bevacizumab
Second choice
FOLFOXIRI ±bevacizumab
FOLFOXIRI + bevacizumab
CT doublet + bevacizumab
FP + bevacizumab – CT doublet + bevacizumab
Third choice
CT doublet + bevacizumab
FOLFOXIRI FOLFOXIRI – – –
Biomarcadores en 5 estudios randomizados de AIO
Modest DP et al. Annals of Oncology 2016
Urson P et al.
Guías ESMO 2016
Van Cutsem E, Cervantes A, Arnold D et al, ESMO Consensus 2016; Online Ann Oncol, July 2016
Meta-análisis BRAF mutado
TRIBE Predictive impact - OS
0 20 40 600
25
50
75
100
Months
Pe
rce
nt s
urv
iva
l
N
FOLFIRI + bev
Arm A
Median OS
FOLFOXIRI + bev
Arm B
Median OS
HR [95% CI]
ITT population 508 25.8 31.0 0.79 [0.63-1.00]
R&B evaluable 375 25.8 31.0 0.86 [0.65-1.12]
RAS mutated 218 23.1 30.8 0.86 [0.60-1.22]
BRAF mutated 28 10.8 19.1 0.55 [0.24-1.23]
All wt patients 129 34.4 41.7 0.85 [0.52-1.39]
RAS mutated – FOLFOXIRI plus bev
RAS mutated – FOLFIRI plus bev
BRAF mutated – FOLFOXIRI plus bev
BRAF mutated – FOLFIRI plus bev
All wt – FOLFOXIRI plus bev
All wt – FOLFIRI plus bev
VISNÚ PROGRAMCTC Screening (n= 750 pts)
47%
≥3 CTC
(n=350)
VISNÚ 1 (TTD-12-01)
FOLFOX
+
Avastin
(n = 193)
R
FOLFOXIRI
+
Bevacizumab
(n = 175)
FOLFOX
+
Bevacizumab
(n = 175)
Design Randomized Phase III
Primary endpoint: PFS (superiority 8 m vs 11,2 m, HR: 0.71)
Secondary endpoint: RR, OS. R0 surgery, toxicity, CTC level basal, KRAS, BRAF, PI3K, Pten
VISNÚ 2 (TTD-12-02)
KRAS
mut
(n=191)
53%
FOLFIRI
+
Cetuximab
N=97
< 3 CTC
(n=400)
BRAF WT, PI3K WT
(n=194)
R
FOLFIRI
+
Bevacizumab
N=97
KRAS WTN = 240
60%
BRAF MUT o PI3K MUT
(n=46)
Design: Randomized Phase IIPrimary endpoint: -Group without mutation: minimum value 8.5 months optimum value 13 months and 1 year PFS rate IC less than (+/-10%)- Group with mutation: minimum value 2,5 months optimum value 6 monthsSecondary endpoint: TR, OS, R0 surgery, toxicity, CTC level basal, Pten
FOLFIRI
+
Cetuximab
N=23
R
FOLFIRI
+
Bevacizumab
N=23
VISNÚ
INESTABILIDAD DE MICROSATÉLITES
Presented By Federico Innocenti at 2017 ASCO Annual Meeting
Genomic markers in metastatic CRC
BRAF V600EBRAF non-V600
MSIMSI + otherPOLE mut
HER2 ampl
MET ampl
Gene fusion
RAS mut +/-PIK3CA/PTEN
mut PIK3CA/PTEN mut
Wild-type
anti-EGFR
anti-BRAF + anti-EGFR/MEKPD1 inhibitors
double anti-HER2
Kinase inhibitors
45% 8%
26%
8%2%2%
1%
1%
2%
2%
2%
19
31%
24%
26%
Colon derecho 9%
10%
27%
56%
3%
15%
31%
51%
Colon Izquierdo
Recto
*Tumor location data are in stage I–IV CRC; survival after relapse data are in stage I–III CRC
1.00
0.75
0.50
0.25
0.00
Pro
po
rtio
n e
ven
t-fr
ee
0 12
meses
24 36 48 60 72
Supervivencia después de la Recurrencia (n=405)
CMS1
CMS4CMS3
HR (95% CI)P
valueCMS4 vs. CMS1
0.60 (0.40‒0.88)
9.04 E-02
CMS3 vs. CMS1
0.60 (0.38‒0.97)
3.71 E-02
CMS2 vs. CMS1
0.35 (0.24‒0.52)
1.26 E-07
Log-rank p-value: 4.01 E-07
Guinney J, et al. Nat Med 2015;21:1350–1356
Clasificación Molecular: CMS 2 es más frecuente en lado Izdo y es de mejor pronóstico
19%CMS2
1. Stintzing S, et al. ASCO 2017 (Abstract No. 3510);2. Lenz H-J, et al. ASCO 2017 (Abstract No. 3511);3. Heinemann V et al. Lancet Oncol 2014;15:1065–1075;4. Venook A, et al JAMA. 2017;317:2392-2401.
FIRE-3 did not meet its primary endpoint of significantly improving overall response rate (ORR) based on investigators’ read in patients with KRAS (exon 2) wt mCRC.3 The CALGB/SWOG 80405 study did not meet its primary endpoint of significantly improving overall survival in the cetuximab + CT arm vs bevacizumab + CT arm in patients with KRAS (exon 2) wt mCRC4
Diferente impacto del CMS en los estudios retrospectivos Fase III en CCRm RAS wt
AGITG MAX: Eficacia del Bevacizumab en adicción a la capecitabina según grupos CMS
Mooi J et al. Annals of Oncology 2018
• Características de los pacientes
Grupos ESMO 2016
OVERALL RESPONSE
OS PFS
Guías ESMO 2016
II-A
v
FOIB1 TRIBE2 OPAL3 STEAM4 MOMA5 CHARTA6
n=57 n=252 n=97 n=93 n=232* n=125
RegimenFOLFOXIRI/
Bev
FOLFIRI/Bev
+/- Oxa
FOLFOXIRI/
Bev
FU/Bev
maintenance
FOLFOXIRI/
Bev vs
FOLFIRI/Bev
FOLFOXIRI/
Bev
Bev ±metroCT
FOLFOX/Be
± IRI
Response rate 77% 65% 64% 60% 63% 70%
Disease control rate 100% 90% 87% 91% 91% N/A
Median PFS, months 13.1 12.3 11.1 11.9 9.5 12.0
Median OS, months 30.9 29.8 32.2 34.0 Too early Too early
* >70% patients with RAS or BRAF mutation
1. Masi et al. Lancet
Oncol 2010; 2.
Cremolini et al.
Lancet Oncol
2015
FOLFOXIRI + bev: consistent results
Cremolini C, et al Annals of Oncolgy 2016 27:843-849
Metaanálisis
FOLFOXIRI/BEVA EN PACIENTES CON METAS IRRESECABLES OBTIENE UN 40% de conversióny una ¼ p de los pacientes obtiene R0
Tomasello G etal. JAMA Oncol. 2017;3(7):e170278.
30
PHASE II TRIAL DESIGN
mCRC
Unresectable
1st-line
WT RAS**
Age ≥ 18 yrs
ECOG PS 0-1
(n=96)
Randomization:
6/2011 - 1/2017
R
Treatment until PD, resectability,
or to maximum 12 cycles
mFOLFOXIRI +panitumumab 6 mg/kg Q2W
N=63
Irinotecan 150 mg/m2***, oxaliplatin 85 mg/m2,
LV 200 mg/m2, 5-FU 3000 mg/m2 CIV;
Planned safety analysis after 10 patients
treated in panitumumab arm
FOLFOXIRI Q2WN=33
2:1If resectable:
Surgery, then
protocol treatment to
maximum 12 cycles
If CR/PR/SD after 12 cycles:
re-induction
(same combination)
recommended on PD
Strata:
Cohort 1: histologically confirmed and definitively inoperable or unresectable
Cohort 2: chance of secondary resection with curative intent (*pretreatment liver/tumor biopsy)
**Amendment in 11/2013 to include all RAS wild-type only
*
*
• 21 active centers in Germany
***Trial started with irinotecan 165 mg/m2 (n=2), first amendment to 130 mg/m2 (n=9) and final amendment to 150 mg/m2 (n=52)
CR = complete response; ECOG PS = Eastern Cooperative Oncology Group performance status; PD = progressive disease; PR = partial response; Q2W = every
2 weeks; R = randomization; RAS = rat-associated sarcoma virus gene; SD = stable disease; WT = wild-type.
1 cycle FOLFOXIRI prior R was allowed
Results: Objective Response Rate
87.3
60.6
90.6
68.0 70.0
37.5
86.0
64.7
85.7
22.2
Full Analysis Set by Tumor Sidedness by Genotype
N = 96Left
N = 78Right
N = 18RAS/BRAF wt
N = 60BRAF mut
N = 16
P = 0.004 P = 0.021 P = 0.345 P = 0.081 P = 0.041
OR = 4.47 OR = 4.52 OR = 3.89 OR = 3.36 OR = 21.0
95%CI 1.61 – 12.38 1.30 – 15.72 0.54 – 27.89 0.90 – 12.55 1.50 – 293.25
CI= confidence interval
Geissler M, et al. VOLFI: mFOLFOXIRI + panitumumab versus FOLFOXIRI as first-line treatment in patients with RAS wild-type metastatic colorectal cancer (mCRC): A randomized phase II trial of the AIO (AIO-KRK-0109)
• Pacientes de mal pronóstico que necesitan una respuesta rápida
TRIBE: early tumour shrinkage (ETS) and deepness of response (DoR) by treatment arm (*Data updated)
1. *Cremolini et al., 2015, Ann Oncol
R
1:1
FOLFOX +
bev*
FOLFOXIRI
+ bev*
PD1
PD1
5FU/bev
5FU/bev
FOLFIRI +
bev*
FOLFOXIRI
+ bev*
5FU/bev
5FU/bev
*all repeated for 8 cycles (4 months)
followed by maintenance with 5FU/bev until PD
Primary endpoint: PFS2 – Target Accrual 620 – Accrual up to Aug 29, 2016: 442
PD2
PD2
TRIBE-2: Study Design
Previum
Med PFS: 2.2 meses
Med OS: 3.4 meses
CONCLUSION: 1.El estudio no cumple su objetivoPor cierre prematuro2.Baja actividad clínica en pacientes con mal pronóstico (células tumorales circulantes > 3, con RAS BRAF mutado)
Guías ESMO 2016
CAIRO3 study<br />study design
Presented By Cornelis Punt at 2015 ASCO Annual Meeting
CAIRO3: Maintenance Cape-Beva: PFS1 & PFS2
Simkens LH et al, Lancet 2015
Meta-analisis Beva maintenance
Clin Colorectal Cancer 2015
PFS
OS
XELAVIRI (AIO KRK0110)
Modest D et al. JCO 2018
No se demuestra la no inferioridad para iniciar con monoterapia. No se cumpleLa no inferioridad en RAS/BRAF WT. La escalada secuencial de QT puede valorarse en RAS mutado
• ¿Cual es la mejor secuencia?
Lancet Oncol 2013 Jan;14(1):29-37.
Median: BEV + CT 11.2 months, CT 9.8 months
Median: BEV + CT 5.7 months, CT 4.1 months
PRODIGE 18
Bennouna J et al Jama Oncology 2018
7.1 vs 5.6 mHR 0.71; 95% CI 0.5-1.02 p=0.06
15.8 vs 10.4 mHR 0.69 95% CI0.46-1.04 0.08
OR: 24.6 vs 31.8%
Anti-EGFR en 2º línea tratados con Beva en los 6 últimos meses
Hayashi K et al. Oncology 2018
• New RCT have to stratify by location
• If all the sequence matters we need prospective RCT based on molecular characteristics, in a dynamic scenario
• Primary endpoint: 2nd progression/exitus free rate. (PFS1+PFS2): 30 vs 20 months. Total of 332 patients
CR-SEQUENCE: Planned study design
▪ PD, progressive disease.
Unresectable
left-side
mCRC
WT RAS/
WT BRAF
R
FOLFOX +bevacizumab
FOLFOX +panitumumab
N cycles until PD, toxicity orconversion surgery
FOLFIRI +panitumumab
N cycles until PD or toxicity
FOLFIRI +bevacizumab
▪ SEQUENCE 29/03/2017
Pro
gressio
nP
rogre
ssion
Seq 1
Seq 2
Investigator choice:1st line
reintroductionOr
RegorafenibOr
Other
•Localización Tumoral
Embriología Factores ambientales
Clínica
Distribución de subtipos moleculares
Factores genéticos
Diferencias del cáncer de colon derecho vs izquierdo
ESMO primary tumour location pooled analysisPredictive analysis of tumour location for treatment effect on OS
(pooled analysis, right vs left)
Arnold D, et al. Ann Oncol 2017;28(8):1713-29 PTL, primary tumour location.
Study ‒ PTL
Deaths/evaluable, n
HR HR interaction (95% CI)CTx + anti-EGFR CTx ± bevacizumab
FIRE-3 – left (n = 306)2.08 (1.19–3.63); P = 0.01
FIRE-3 – right (n = 88)
CALGB 80405 – left (n = 325)1.77 (1.11–2.80); P = 0.02
CALGB 80405 – right (n = 149)
PEAK – left (n = 107)0.86 (0.33–2.25); P = 0.77
PEAK – right (n = 36)
CRYSTAL – left (n = 280)1.66 (0.93–2.97); P = 0.09
CRYSTAL – right (n = 84)
PRIME – left (n = 328)1.19 (0.71–2.00); P = 0.51
PRIME – right (n = 88)
20050181 – left (n = 298)1.19 (0.67–2.10); P = 0.55
20050181 – right (n = 70)
[1.50 (1.19–1.88); P < 0.001]
Total – left 591/844 629/800 0.75 (0.67–0.84); P < 0.001
Total – right 194/234 230/281 1.12 (0.87–1.45); P = 0.381
Between HR interaction heterogeneity: P = 0.47 5.01.00.2
Favours CTx + anti-EGFR Favours CTx ± bevacizumab
ESMO primary tumour location pooled analysisPredictive analysis of tumour location for treatment effect on
PFS (pooled analysis, right vs left)
Arnold D, et al. Ann Oncol 2017;28(8):1713-29NA, not available (number of event data not available for CRYSTAL
study).
Study ‒ PTL
Events/evaluable, n
HR HR interaction (95% CI)CTx + anti-EGFR CTx ± bevacizumab
FIRE-3 – left (n = 306)1.60 (0.96–2.66); P = 0.07
FIRE-3 – right (n = 88)
CALGB 80405 – left (n = 325)1.95 (1.27–3.00); P = 0.002
CALGB 80405 – right (n = 149)
PEAK – left (n = 107)1.54 (0.66–3.59); P = 0.32
PEAK – right (n = 36)
CRYSTAL – left (n = 280)1.74 (0.84–3.59); P = 0.13
CRYSTAL – right (n = 84)
PRIME – left (n = 328)1.11 (0.67–1.84); P = 0.68
PRIME – right (n = 88)
20050181 – left (n = 298)0.85 (0.48–1.51); P = 0.58
20050181 – right (n = 70)
[1.43 (1.14–1.80); P = 0.002]
Total – left NA/844 NA/800 0.78 (0.70–0.87); P < 0.001
Total – right NA/234 NA/281 1.12 (0.87–1.44); P = 0.365
Between HR interaction heterogeneity: P = 0.25 5.01.00.2
Favours CTx + anti-EGFR Favours CTx ± bevacizumab
ESMO primary tumour location pooled analysisPredictive analysis of tumour location for treatment effect on
ORR (pooled analysis, right vs left)
Arnold D, et al. Ann Oncol 2017;28(8):1713-29
Study ‒ PTL
Responses/evaluable, n
OR OR interaction (95% CI)CTx + anti-EGFR CTx ± bevacizumab
FIRE-3 – left (n = 306)0.81 (0.31–2.13); P = 0.67
FIRE-3 – right (n = 88)
CALGB 80405 – left (n = 325)0.67 (0.34–1.35); P = 0.26
CALGB 80405 – right (n = 149)
PEAK – left (n = 107)1.32 (0.36–4.77); P = 0.67
PEAK – right (n = 36)
CRYSTAL – left (n = 280)0.36 (0.13–1.04); P = 0.06
CRYSTAL – right (n = 84)
PRIME – left (n = 324)0.72 (0.29–1.74); P = 0.46
PRIME – right (n = 82)
20050181 – left (n = 291)0.88 (0.09–8.84); P = 0.91
20050181 – right (n = 68)
[0.69 (0.46–1.04); P = 0.07]
Total – left 368/793 552/840 2.12 (1.77–2.55); P < 0.001
Total – right 97/277 98/232 1.47 (0.94–2.29); P = 0.089
Between HR interaction heterogeneity: P = 0.77 10.01.00.4
Favours CTx + anti-EGFRFavours CTx ± bevacizumab
Patients who received bevacizumab in addition to chemo had superior outcomes, with the
effect appearing greatest in patients with right colon disease.
Wong H et al. Clinical Colorectal Cancer 2016
Salem M et al. Eur J
Goal / condition Molecular Preferred 1st line regimen
Cytoreduction all WT Left: Doublet/EGFRRight: FOLFOXIRI/beva (Doublet/EGFR)
RAS mut FOLFOXIRI/beva
BRAF mut FOLFOXIRI/beva
Disease stabilization
all WT Left: Doublet/EGFRRight: Doublet (FOLFOXIRI)/beva
RAS mut Doublet (FOLFOXIRI)/beva
BRAF mut FOLFOXIRI (Doublet)/beva
„frail“, or chosen sequential treatment
no BRAF ! Capecitabine or 5FU/beva
Incorporating primary tumour location
Arnold et al, Ann Oncol
‘17
FOLFIRI plus bev, left N= 129FOLFOXIRI plus bev, left N = 113FOLFIRI plus bev, right N = 44FOLFOXIRI plus bev, right N = 72
Left-sided: HR= 0.99 [95%CI: 0.73-1.35]
Right-sided: HR= 0.56 [95%CI: 0.37-0.85]
p for interaction=0.030
The TriBe Study, subgroups according to PTL
Cremolini et al, Annals of Oncology
20º8
Targeting VEGF in cancer immunity
1. Chen DS, Mellman I. Immunity. 2013;39:1-10. 2. Hegde PS, et al. Semin Cancer Biol (submitted). 59
A. Promotion
of
DC
maturation
B.
Normalisation
of tumour
vasculature
C. Reprogramming of the
tumour microenvironment
from immune-suppressive
to immune-permissive
Due to the multiple effects of VEGF on
the tumour immune microenvironment,
targeting VEGF with Beva enhances the
anti-cancer immune response1,2
Presented By Wallin et al at 2016 AACR Annual Meeting
Atezolizumab plus Bevacizumab and/or FOLFOX in mCRC:phase Ib
Ensayos clínicos con bevacizumabmás inhibidores chekpoint
Conclusiones
• Bevacizumab es eficaz en todos los subgrupos moleculares• Su eficacia es independiente de la localización del tumor
primario• En objetivo conversión y en BRAF mutado el esquema
recomendado es el TRIPLETE/Beva• El mantenimiento con 5FU/Beva ha demostrado incrementar
la PFS• La secuenciación antiangiogénica incrementa la supervivencia
global• La secuencia adecuada de anti-angiogénicos y antiEGFR está
por demostrar • Estudios pre-clínicos con bevacizumab demuestran un
aumento de la inmunogenicidad del tumor
¡ Muchas [email protected]