muscle invasive bladder cancer - comtecgroup€¦ · muscle invasive urothelial ... synon ymous m u...
TRANSCRIPT
Comprehensive characterization of 412 muscle invasive urothelial carcinomas – final analysis of the cancer genome atlas
(TCGA) project
AAGUS 2016
• Clinical trials
–Endo, FKD, JBL, Roche/Genentech, Viventia
• Advisory Board
– Ferring, Nucleix, OncoGeneX, Sitka, Taris
• Consultant
–Biocancell, Telesta, Theracoat, Vaxiion
• TCGA – volunteer > 6 years
Disclosures
Bladder Cancer Treatment Today
One size fits all – level I evidence
• NMIBC –
– Low risk – peri-op chemotx
– Intermediate risk – optimized MMC
– High risk – BCG
• MIBC
– Non-metastatic NAC
– Metastatic
SWOG 8507 BCG Maintenance
MMC
TCGA Initial vs. Newly Sequenced samples •54 significantly mutated genes (SMGs, prevalence as low as 2%) - increase from 32 in the original report
KRAS activating mutations in the new sample set (overall 4%) ERBB2 mutations were almost doubled in the new sample set RB1, ATM, STAG2, ELF3 mutations were significantly up in the new
sample set
NonsynonymousSynonymous
Mu
tatio
ns
0
500
1000
1500
2000
Sp
ectr
um
0.00.20.40.60.81.0
Paper New TCGA
SPN (2%)ZNF773 (2%)
TAF11 (2%)NUP93 (2%)
SF1 (3%)GNA13 (3%)
ZBTB7B (3%)MBD1 (3%)PTEN (3%)
CASP8 (4%)THRAP3 (4%)
KRAS (4%)METTL3 (4%)C3orf70 (4%)
ACTB (5%)RPTN (5%)CUL1 (5%)
RHOA (5%)HRAS (5%)
RBM10 (5%)PSIP1 (5%)
FAM47C (5%)KLF5 (6%)
RXRA (6%)PARD3 (6%)
NFE2L2 (6%)RHOB (6%)
CDKN2A (7%)ZFP36L1 (7%)
FBXW7 (8%)TSC1 (8%)
CDKN1A (9%)ERCC2 (9%)
ASXL2 (10%)ERBB3 (11%)
MLL (11%)SPTAN1 (12%)ERBB2 (12%)
ELF3 (12%)FAT1 (12%)
CREBBP (12%)ATM (14%)
STAG2 (14%)FGFR3 (14%)EP300 (15%)
RB1 (17%)MLL3 (19%)
PIK3CA (22%)ARID1A (25%)KDM6A (26%)
MLL2 (29%)TP53 (49%)
200 150 100 50 0# Mutations
In frame indel Other non syn. Missense Splice site Frame shift Nonsense
C>TC>AC>G
A>GA>CA>T
rank gene
1 TP53
2 PIK3CA
3 RB1
4 KDM6A
5 RHOB
6 TSC1
7 ELF3
8 MLL2
9 CDKN1A
10 FBXW7
11 CDKN2A
12 ZFP36L1
13 ARID1A
14 STAG2
15 CREBBP
16 EP300
17 HRAS
18 KRAS
19 ERCC2
20 NFE2L2
21 FGFR3
22 MLL
23 MLL3
24 ASXL2
25 C3orf70
26 RXRA
27 RHOA
28 PSIP1
29 KIAA1267
30 FAT1
31 ZBTB7B
32 PTEN
33 ATM
34 KLF5
35 SPTAN1
36 RBM10
37 PARD3
38 CUL1
39 RPTN
40 CASP8
41 FAM47C
42 TAF11
43 GNA13
44 ACTB
45 METTL3
46 SF1
47 ERBB2
48 ERBB3
49 ZNF773
50 NUP93
51 MBD1
52 THRAP3
53 SPN
54 C3orf59
First 131 tumors Additional 281 tumors
Kim, et al Clin Ca Res
RTK/Ras/PI3K pathways HER2/ERBB2 Activation as a potential
therapeutic target
• ERBB2 mutations doubled in expanded tumor set
• Her2 levels comparable to Her2+ breast cancer
Trastuzumab
Trastuzumab-DM1
Lapatinib [NCT00447226]
Neratinib [NCT01953926]
DN24-02 [NCT01353222]
Her2 – CAR (CAGT/BCM)
NB: Mutual exclusivity among many of the genes in these two pathways suggesting logical targets for therapy
Nature epub 1/29/14
Multiple Alterations in Kinase Signaling Pathways
Personalized Medicine in Urothelial Carcinoma mTOR/TSC1
• Patient treated on phase II trial of Everolimus – mTOR inhibitor
• Whole genome sequencing revealed TSC1 and NF2 inactivating mutations
• In vitro evaluation shows TSC1 sensitizes urothelial cancer cells to mTOR inhibition
Iyer et al. Science 2012;338:221
Study design, mutation rates, and aggregate significant somatic mutations
Eliezer M. Van Allen et al. Cancer Discovery 2014;4:1140-1153
©2014 by American Association for Cancer Research
COXEN prediction of treatment outcome in patients treated
with neoadjuvant MVAC
Takata (Japan)
COXEN
Gene Expression Model
Evaluation of Model on
Human Tumors
MSKCC & UVA Downstaging vs. COXEN Score
Downstaging defined as ≤pT1 or ≤T1 after two courses of MVAC
Downstaged NO Downstage
CO
XE
N S
co
re
NCI-60 Panel
Methotrexate
Vinblastine
Doxorubicin
Cisplatin
x
FL3Sensitive
1
1
11 1
2 2
2
2 2
33
3
3 3
x
VMCUB3Sensitive
11
11
1
2
2
22 2
3
3
33 3
x
T24TSensitive
1
1
1 1 1
22
22 2
33
33 3
x
SLT4Sensitive
1
1
11 1
2
2
2
2 2
3
3
3
3 3
x
RT4Sensitive
1 11
11
2 2
2
2 2
3 3
3
3 3
575ASensitive
1 1
1
1 1
2 2
2
2 2
3 3
3
3 3
x
y
VMCUB2Sensitive
1
1
11 1
22
22 2
33
33 3
x
y
JONSensitive
11
1
1 1
22
2
22
33
3
33
x
y
BC16.1Sensitive
1 1
1
1 1
2 2
2
2 2
x
y
HU456Sensitive
1 1
1
1 1
22
2
2 2
x
y
J82Sensitive
1 1
1
1
1
2 2
2
2 2
y
HTB9Sensitive
1 1
1
1 1
2 2
2
2 2
x
y
HT1197Sensitive
1 1
1
11
2 2
2
2 2
x
y
UMUC14Sensitive
11
11 1
2
2
22 2
x
y
MGH-U3Sensitive
1 1
1
1 1
22
22 2
x
y
MGH-U4Sensitive
1 1
1
1 1
22
22 2
x
y
UMUC3Sensitive
11
1
1 1
2 2
22 2
y
VMCUB1Sensitive
1 1
1
11
22
22 2
x
y
UMUC6Sensitive
1 1
11 1
2 2
22 2
x
y
TCCSUPSensitive
1 1 1
1 1
2 2
2
2 2
x
y
CUBIIISensitive
11
1
1 1
2 2
2
2 2
x
y
KU7Resistant
11
11 1
2 2
2
2 2
x
y
UMUC1Resistant
1 1
1
1 1
2 2
2
2 2
y
CRL2742Resistant
11
1
1 1
2 2
2
2 2
x
y
UMUC2Resistant
11
11 1
2 2
22 2
x
y
253JLavalResistant
1 1
1
11
2 2
2
2 2
x
y
UMUC13DResistant
1
1
1
1 1
2
2
22 2
x
y
253J-BVResistant
1 1
11 1
2 2
22 2
x
y
KK47Resistant
1 1
1
1 1
2 2
2
2 2
y
SW1710Resistant
1 1
1 11
2 2
2
2 2
x
y
UMUC9Resistant
1 1
1
1 1
2 2
2
22
x
y
T24Resistant
1 1
1
1 1
2 2
2
2 2
x
y
HT1376Resistant
1 1
1
1 1
22
2
2 2
x
y
253J-PResistant
1 1
1
1 1
2 2
2
2 2
x
y
CRL7833Resistant
1
1
11 1
2
2
22 2
y
CRL7193Resistant
1
1
1 11
2
2
2
2 2
Pro
po
rtio
n S
urv
ivin
g
Ref: Clin Can Res 2005;11(7): 2625
Tx: Neoadjuvant MVAC (N=45) + surgery or XRT
Outcome: Downstaging, Overall survival
SWOG S1314
COXEN Validation Neoadjuvant Chemotherapy Trial
Selection Criteria SWOG 8710
(T2-T4a N0M0, cisplatin eligible)
C
Y
S
T
E
C
T
O
M
Y
Randomize
to chemo
n=184
Gem-Cis
DD-MVAC
Assessment To characterize the
relationship of MVAC-
and GC-specific COXEN
scores in terms of pT0
rate
Biomarker validation and Biomarker discovery
Tumor
Sample
TURBT
Collection Tissue, blood, urine
Molecular Analysis Gene expression
Sequencing
microRNA
SNP
Collection Tissue (>P0), blood, urine
Molecular Analysis Gene expression
Sequencing
microRNA
SNP
Cystectomy
Pathology
Discovery
Activated July 1, 2014
RBM10 (5%)PSIP1 (5%)
FAM47C (5%)KLF5 (6%)
RXRA (6%)PARD3 (6%)
KIAA1267 (6%)ZFP36L1 (6%)NFE2L2 (6%)
RHOB (6%)CDKN2A (7%)
FBXW7 (8%)TSC1 (8%)
ASXL2 (9%)CDKN1A (9%)
ERCC2 (9%)ERBB3 (11%)
MLL (11%)SPTAN1 (12%)ERBB2 (12%)
ELF3 (12%)FAT1 (12%)
CREBBP (12%)ATM (14%)
STAG2 (14%)FGFR3 (14%)EP300 (15%)
RB1 (17%)MLL3 (19%)
PIK3CA (22%)ARID1A (24%)KDM6A (26%)
MLL2 (29%)TP53 (49%)
178
239
150 100 50 0
# mutations
Syn.
Non syn.
0
10
20
30
40
50
59
135
66
72
Muta
tion
s/M
b
Syn. In frame indel Other non syn. Missense Splice site Frame shift Nonsense
RB1 (16%)CDKN2A (43%)
KRAS (4%)EGFR (6%)
ERBB2 (5%)CCNE1 (8%)
GATA3 (11%)ZNF703 (10%)
MDM2 (9%)PPARG (13%)CCND1 (11%)YWHAZ (22%)PVRL4* (18%)
E2F3/SOX4 (17%)
200 150 100 50 0
# SCNA alterations
Copy Number < 1 1 < Copy Number < 1.5 3 < Copy Number < 5 Copy Number > 5
STAGEGENDER
SMOKINGSUBTYPE
Non−Papillary
Papillary
Non−smoker
Smoker
Male
Female
Stage I−II
Stage III
Stage IV
Marker paper I
Marker paper II
Marker paper III
Marker paper IV
Full Set(Nature 2014) Marker paper
SOX2DLX6MSI1
PLEKHG4B
TWIST1ZEB2ZEB1
SCELTGM1
HES2EGFR
MYCTP73TP63
KRT16KRT6AKRT6B
KRT5KRT14
UPK3AUPK1BUPK1A
UPK2KRT20FGFR3
GRHL3FOXA1
ELF3RXRA
PPARGKLF5
GATA3
CD274CTLA4
IL6IL2RACD44
CD4IRF1
FOXP3RELBIDO1
SNAI2SPI1
Neuroendocrine
EMT markers
Squamous cell differentation
Basal subtype markers
Luminal subtype markers
Urothelial differentiation
Immune
mRNA fold < 0.33 0.33 < mRNA fold < 0.67 1.5 < mRNA fold < 3 3 < mRNA fold
Squamous/basal
• Nearly all squamous differentiation clustered in this group
• Enriched with female gender • But also tumors without apparent
squamous differentiation
Immune
KRT5,6,14
Bladder Cancer 2:37, 2016
NAC with MVAC/Bevacizumab Phase II McConkey, et al Eur Urol, 2015, epub 9/3/2015
Sjodahl, et al Clin Cancer Res 18:3377, 2012
CNIO, 2015
RBM10 (5%)PSIP1 (5%)
FAM47C (5%)KLF5 (6%)
RXRA (6%)PARD3 (6%)
KIAA1267 (6%)ZFP36L1 (6%)NFE2L2 (6%)
RHOB (6%)CDKN2A (7%)
FBXW7 (8%)TSC1 (8%)
ASXL2 (9%)CDKN1A (9%)
ERCC2 (9%)ERBB3 (11%)
MLL (11%)SPTAN1 (12%)ERBB2 (12%)
ELF3 (12%)FAT1 (12%)
CREBBP (12%)ATM (14%)
STAG2 (14%)FGFR3 (14%)EP300 (15%)
RB1 (17%)MLL3 (19%)
PIK3CA (22%)ARID1A (24%)KDM6A (26%)
MLL2 (29%)TP53 (49%)
178
239
150 100 50 0
# mutations
Syn.
Non syn.
0
10
20
30
40
50
59
135
66
72
Muta
tion
s/M
b
Syn. In frame indel Other non syn. Missense Splice site Frame shift Nonsense
RB1 (16%)CDKN2A (43%)
KRAS (4%)EGFR (6%)
ERBB2 (5%)CCNE1 (8%)
GATA3 (11%)ZNF703 (10%)
MDM2 (9%)PPARG (13%)CCND1 (11%)YWHAZ (22%)PVRL4* (18%)
E2F3/SOX4 (17%)
200 150 100 50 0
# SCNA alterations
Copy Number < 1 1 < Copy Number < 1.5 3 < Copy Number < 5 Copy Number > 5
STAGEGENDER
SMOKINGSUBTYPE
Non−Papillary
Papillary
Non−smoker
Smoker
Male
Female
Stage I−II
Stage III
Stage IV
Marker paper I
Marker paper II
Marker paper III
Marker paper IV
Full Set(Nature 2014) Marker paper
SOX2DLX6MSI1
PLEKHG4B
TWIST1ZEB2ZEB1
SCELTGM1
HES2EGFR
MYCTP73TP63
KRT16KRT6AKRT6B
KRT5KRT14
UPK3AUPK1BUPK1A
UPK2KRT20FGFR3
GRHL3FOXA1
ELF3RXRA
PPARGKLF5
GATA3
CD274CTLA4
IL6IL2RACD44
CD4IRF1
FOXP3RELBIDO1
SNAI2SPI1
Neuroendocrine
EMT markers
Squamous cell differentation
Basal subtype markers
Luminal subtype markers
Urothelial differentiation
Immune
mRNA fold < 0.33 0.33 < mRNA fold < 0.67 1.5 < mRNA fold < 3 3 < mRNA fold
Luminal/urothelial
Enriched for tumors with papillary morphology
EMT
Immune
FGFR3, KRT20, Uroplakin
Papillary, Gata3, FOXA1
Uroplakin Immune Papillary
UP1-3, KRT 20
LN+ 56%
Rosenberg, et al Lancet epub 3/4/16
Atezolizumab - CDDP progressors
Rosenberg, et al Lancet epub 3/4/16
Rosenberg, et al Lancet epub 3/4/16
Both higher median mutation load and TCGA intrinsic molecular subtype (Luminal immune cluster II) independent predictors of overall survival
RBM10 (5%)PSIP1 (5%)
FAM47C (5%)KLF5 (6%)
RXRA (6%)PARD3 (6%)
KIAA1267 (6%)ZFP36L1 (6%)NFE2L2 (6%)
RHOB (6%)CDKN2A (7%)
FBXW7 (8%)TSC1 (8%)
ASXL2 (9%)CDKN1A (9%)
ERCC2 (9%)ERBB3 (11%)
MLL (11%)SPTAN1 (12%)ERBB2 (12%)
ELF3 (12%)FAT1 (12%)
CREBBP (12%)ATM (14%)
STAG2 (14%)FGFR3 (14%)EP300 (15%)
RB1 (17%)MLL3 (19%)
PIK3CA (22%)ARID1A (24%)KDM6A (26%)
MLL2 (29%)TP53 (49%)
178
239
150 100 50 0
# mutations
Syn.
Non syn.
0
10
20
30
40
50
59
135
66
72
Muta
tion
s/M
b
Syn. In frame indel Other non syn. Missense Splice site Frame shift Nonsense
RB1 (16%)CDKN2A (43%)
KRAS (4%)EGFR (6%)
ERBB2 (5%)CCNE1 (8%)
GATA3 (11%)ZNF703 (10%)
MDM2 (9%)PPARG (13%)CCND1 (11%)YWHAZ (22%)PVRL4* (18%)
E2F3/SOX4 (17%)
200 150 100 50 0
# SCNA alterations
Copy Number < 1 1 < Copy Number < 1.5 3 < Copy Number < 5 Copy Number > 5
STAGEGENDER
SMOKINGSUBTYPE
Non−Papillary
Papillary
Non−smoker
Smoker
Male
Female
Stage I−II
Stage III
Stage IV
Marker paper I
Marker paper II
Marker paper III
Marker paper IV
Full Set(Nature 2014) Marker paper
SOX2DLX6MSI1
PLEKHG4B
TWIST1ZEB2ZEB1
SCELTGM1
HES2EGFR
MYCTP73TP63
KRT16KRT6AKRT6B
KRT5KRT14
UPK3AUPK1BUPK1A
UPK2KRT20FGFR3
GRHL3FOXA1
ELF3RXRA
PPARGKLF5
GATA3
CD274CTLA4
IL6IL2RACD44
CD4IRF1
FOXP3RELBIDO1
SNAI2SPI1
Neuroendocrine
EMT markers
Squamous cell differentation
Basal subtype markers
Luminal subtype markers
Urothelial differentiation
Immune
mRNA fold < 0.33 0.33 < mRNA fold < 0.67 1.5 < mRNA fold < 3 3 < mRNA fold
Neuroendocrine
NE markers up
Immune markers down
Aine, et al Sci Rep 5:10957, 2015
Luminal immune NE
Papillary Basal/Scca Luminal uroplakin
Pts-deaths
Luminal KRT20+, GATA3+, FOXA1+
Basal/Squamous KRT5,6,14+, GATA3-, FOXA1-
Papillary Immune/EMT Uroplakin
Basal/SCCa Neuroendocrine
FGFR3mu Papillary histology
Low risk No NAC? FGFR3 inhibitors
ZEB 1,2 TWIST miR 200 CD270,CTLA-4 FOXP3
Anti-PDL1,PD-1 NAC
Chemoresistant? Targeted therapy?
Cisplatin-based NAC; PD-L1, PD-1
Etoposide/Cisplatin NAC
T2-4 Nx Mx Urothelial Bladder Cancer
Female SCCa differentiation Immune infiltrate
SOX2 DLX6 MSI1 PLEKHG4B E2F3/SOX4 amp
UP 1,2,3 KRT 20