Making Precision Decisions for Patients With EGFRm NSCLC: Success Strategies With Targeted Options, Potent Combinations, and Emerging Agents
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Oct 31, 2025
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About This Presentation
Co-Chairs, Prof. Nicolas Girard, MD, PhD, and Pasi A. Jänne, MD, PhD, discuss NSCLC in this CME/MOC/NCPD/AAPA/IPCE activity titled “Making Precision Decisions for Patients With EGFRm NSCLC: Success Strategies With Targeted Options, Potent Combinations, and Emerging Agents.” For the full present...
Co-Chairs, Prof. Nicolas Girard, MD, PhD, and Pasi A. Jänne, MD, PhD, discuss NSCLC in this CME/MOC/NCPD/AAPA/IPCE activity titled “Making Precision Decisions for Patients With EGFRm NSCLC: Success Strategies With Targeted Options, Potent Combinations, and Emerging Agents.” For the full presentation, downloadable Practice Aids, and complete CME/MOC/NCPD/AAPA/IPCE information, and to apply for credit, please visit us at http://bit.ly/3UVMdfE. CME/MOC/NCPD/AAPA/IPCE credit will be available until October 29, 2026.
Size: 9.9 MB
Language: en
Added: Oct 31, 2025
Slides: 73 pages
Slide Content
Making Precision Decisions for Patients
With EGFR-Mutated NSCLC
Success Strategies With Targeted Options, Potent
Combinations, and Emerging Agents
Pasi A. Jänne, MD, PhD + Nicolas Girard, MD, PhD
Senior Vice President for Translational ho Professor of Respiratory Medicine
Medicine Versailles Saint Quentin University
Director, Belfer Center for Applied Paris Saclay University
Cancer Science Chair, Department of Medical Oncology
Dana-Farber Cancer Institute Thoracic Oncologist
Director, Chen-Huang Center for Institut Curie
EGFR Mutant Lung Cancers Paris, France
Professor of Medicine, Harvard
Medical School
Boston, Massachusetts
Go online to access full CME/MOC/NCPD/AAPA/IPCE information, including faculty disclosures.
Necessary Biomarker Testing in Lung Cancer: EGFR and Beyond
Different Subtypes of EGFR Mutations Prevalence Rates of EGFR Mutations
Across Different Stages of NSCLC13
E EGFR Mutations,
% (95% CI)
1 20 (19.0-20.4)
u 18 (14.9-19.9)
u 18 (17.4-17.7)
w
Comprehensive biomarker testing prior to therapy is
Other
(G719x, L861Q,. needed to optimize care
exon 19
insertions) + All targetable genomic alterations, PD-L1 expression
aR + Guides therapy in advanced and early disease
Exon 20. 40%) + Type of testing matters (tissue/blood, NGS—DNA/RNA)
10%) Accurate interpretation and application of results is essential
1. Sho Leta 4 Three Oncol 2015 10.788.772, Angle SP et oJ Thre Ono! 20127.1815822.3.Jrdn etai CancerDisor.20r7zseeane, Peer View
Gaps in Testing Remain in Advanced NSCLC: MYLUNG Study!
Availability of Biomarker Testing Results Patients in Advanced Cohort (N = 582) With Any
Before 1L Treatment: Biomarker Testing Results Prior to 1L Treatment
(N= 461)
Bx 60
ZE 54.6 ALK test, n (%)> 355 (77.0)
35
Es 50 BRAF test, n (9%)? 335 (72.7)
3 & a5 EGFR test, n (%)? 371 (80.5)
Pe 37
33 KRAS test, n (%)* 294 (63.8)
ef su MET test, n (96)? 328 (71.1)
El
a2 „ NTRK test, n (RP 253 (54.9)
ES
si PD-L1 est, n (MP 388 (842)
23 10
5 RET test, n (%)? 305 (66.2)
E
ao 0 CEN] TA ROS test, n (%)° 344 (74.6)
2018-2020 2020-2022
Denomimaor Protocol 2474; protocol 2, N = 555. *Denominator: patents wth biomarker esting resus prieto AL eatment .
“RAS testing is approved or itr.ine estiment. PeerView
Osimertinib + Chemo Showed PFS Benefit in Patients or Without Liver or Bone
Metastases at Baseline vs Osimerti Alone
With Liver Metastases Without Liver Metastases
mPi
mer + cnemotnerapy 278 (24.7 NC)
Came + chemoinerapy 195 (115249)
En Bio Qsimerini 19.4 (15.4250)
208 HR (65% Gi) 2088 41-107) 30 HR GEN G)= 063048083)
Es En
Osimertin +
ge smart schoen À 02 css
ES En
EEE RETA os eeu we oe
fae Time From Randomization, mo ee Time From Randomization, mo
With Bone Metastases. Without Bone Metastases.
Em emo) 210 (ZZNO) Bio marin ehemenerany
Bos 30
EN TR HNO) 068 (040077) 3%
E Gamer + ê
0. chemotherapy ries
Boz aimee Loo aes
o °
DE 2 8 mo ITA a de
aes ‘Time From Randomization, mo Baar Time From Randomization, mo
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go
Do Median best change from baseine go Median best change from baseline
Es In CNS target lesion size % in CNS target sion sze, %:
Ego -94 (range, -100 to 7) -61 (range, -100 to 68)
20 pS |
go
$2 0
58%
ge
do.
E
EX CEFR (n= 78)
Measurable + Nonmea: Measurable BM
ge eee A Osimertinib ‘Osimertinib + Chemo ‘Osimertinib
pemetexed arm and 7138 patins (18%) inthe camerino arm had race prior CNS radiharapy, sable reuciogcl sas lr 22 wk aer carlton of dtritve eaten and loción
Mra edures foo study ey. acen Responses e ot require conmaton, par RECIST gudance on randomized suchen, Kaplan ir emater PeerVi
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FLAURA2: Baseline Plasma EGFR Mutation May Predict Greater
Clinical Benefit With Osimertinib + Chemo vs Osimertinib Alone’
Patients With Baseline Detected
Plasma EGFR Mutation
iients With Baseline Nondetected
Plasma EGFR Mutation
"Oumar + cheneterary 333 SENG)
Suman women Los orne agen
Osmertnib +
Los Osimertinio + chemotherapy
» chemotherapy oe
Los Osimertn’s Lo2 osmertni
o LR 2060 (05% 01. 04500) y [HR 085 (95% 01.081172
8 6 Rn m à 3 De
Time From Randomization, mo Time From Randomization, mo
fio sek No. at oe
ESS es ws o O)
. 9 8 meee 7 0
PL Osimerinib + chemotherapy
FLAURA2: On-treatment 80 MDetected
plasma EGFR mutation 2 60
clearance was prognostic 3 4 essai, gx el come, essa. Metected
but not predictive of benefit | & 20 120280) 210370) 70200) 80170) a ee ed
with osimertinib + ol
chemotherapy vs Osimertinib+ ” Osimertinib = Osimertinib+ | Osimertinib
i 4 Chemotherapy (n=140) Chemotherapy (n= 137),
osimertinib alone’ ery CS
Week 3 Week 6
AE + Chemotherapy i
(n=275) a
AE any cause, (0%) Dirnea
Any grade 276100) 20008) Nausea
Decreased appette
Grade 23 19370) 9434) ‘Gonatidtion
serous 12540) 78@27) ash
Outcome of death 22(8) 10 (4) Fatigue
‘Considered possibly related to Vomiting
s 201
treatment a a COVID-19
Leading to isconimuaton ofosimerin 34(12) 200) Sonal
Leading to discontinuation of pemetrexed 137.60) NA Paronychia
Leading to discontinuation of platinum 46 (17) NA ne u
Neutrophil count decreased
ALT increased
Dry skin
+ No new safety signals observed
+ AEs leading to discontinuation of osimertini remained low
+ No new treatment-related deaths observed with
osimertinib + chemo (vs 1 with osimertinib alone)
Amivantamab
+ lazertinib 23.7 (19.1-27.7)
100 Osimertinib 16.6 (14.8-18.5)
80 HR = 0.70 (95% CI, 0.58-0.85); P < .001
E Median follow-up: 22 mo
go
Es Amivantamab + lazertinib
Osimertinib
2
of
0 3 6 8 12 15 18 21 24 21 30 35
Time, mo
No, a Risk
Aricanioms 425 391 357 202 201 244 104 106 00 233 0 0
Osmernb 420.404 358 325 256 208 180
"atthe time of prespecified final PF:
PeerView.com/EVZ827
90 45 2% 10 0
5 analysis there were a total of 444 PFS events i the amivantamab + lazerinib and osimerinis arms combined.
1.Cho BC etal ESMO 2023. Abstract LBAT4. 2. Cho BC et al. N Eng! Med. 2024.301:1488-1408. 3, Gadgeel Sel al. WCLO 2024. Abstract OA02.03.
* Last pariipant ented in May 2022. Clinical cut date: December 4, 2024, In total 300 deaths ad occured inthe amivantamab + azerinb (173 deaths) and osimertin (217 deaths)
“arms. P calculated frm alogank test stratified by mutation type (Ex19del ar LASER), race (Asian or Non-Asian), and history of brain metastasis (present or absent, Hazard ratio calculated
‘tom a svalfied Cox regression model Based on an exponential distribution assumption of OS in both arms. PeerView
1. Yang JC-H etal ELOC 2025, Abstract 40.2 Yang JC-H et al N Engl J Med. Published online September 7, 2025.
MARIPOSA: Amivantamab + Lazertinib Showed a Clinically Meaningful
Improvement in Intracranial PFS With Durable Responses
Median Intracranial PFS,
mo (95% Cl)
‘Amivantamab
2” + kzerinb 25.4 (20.1-29.5)
el Osimertinib 22.2 (18.4-26.9)
a HR = 0.79 (95% Cl, 0.61-1.02); P = 0.07"
5 Se .
E
Eo 3-year landmark icPFS 36
E was 36% vs 18% for Amivantamab + lazertinib
É amivantamab + lazertinib
"Intracranial PES was defined as time from randomization ut the date of intracranial disease progression (progression of brain metastasis or occurence of new brain lesions) or death,
metastasss PP was calculated from a log-ank teat stated by mutation type (EX10del or LASER) and race
(Asian oF Non-Asian) Hazard ratio was calculated ftom a state Cox regression model
1. Yang UCM et aL ELCC 2025, Abstract 0.2 Yang JC-Hetal Engl. Med. Pushed onine September 7, 2025. PeerView
ipaion
Few were on anticoagulation (5%) CovID-19 His HG een HE
3 a Anemia
o | ea E
lazertinib arm and 11% in the ere en E da ih yeh in
pa ma
osimertinib arm a 84 (20) 3) 26 (6) o
“Torombocyopenia 7408 au 204 sur
{VTE isa grouped te, which include pulmonary embolism, ceep ven tvombcsi, Imb venous Imembone, venous om, Porn, super vein thomberl,tombophiedis
emboiam venous embelsm Jaguar ven tvemboss, sgmod snus Irombons, aay ven Imamboss. purmerary met. Vend ca rombos, central venous eateterzaon, pot
an trombosis, pt trombote syndrome, pulmonary thrombosis, superior saga snus trombosa, wanaverse sn brombak, pele venous thrombosis,
and superior vena cava syndrome, * 220% of parücpants in ler grup. PeerView
‘T'ang JC el a ELCC 2025 Abate 40.2 Cho BC ela N Engl Med. 202£391:1480-148. 3. pia Aleta, NACLC 2022 Abstract PPO. O88.
dermatologic AEs'
im 52 Hold reduction In = ~3-fold reduction in =
dermatologie AËe' x amivantamab IRRs ®
gin % ge ul so
gu z LEE > ~2-fold reduction
geo ET] En in VTEs
ED = =
£5 38.6% 67.6% 2 £ 20.0%
see 43% | 3° 3”
SE 3 225% 3 11.4%
LB] [34.3% En - En
= 5
E é
o o o
COCOON DM SoC DM Dexamethasone Standard IRR Any prophylactic No prophylactic
8-mg IRR management anticoagulation anticoagulation
Grades Grece D prophylaxis
Grade 2 Grade 2
FOR = 018 (85% ci, 0.00040), P<0.0001. PeerView
1. Yang JC-H et al ELOC 2025, Abstract 40:2. Grard N etal ELCC 2026, 3. Spra Al el al. Thorac Oncol 2025 20 800-818. 4. Scott SC etal. ASCO 2024.
1. Leight N et al ASCO 2024. LBASSOS, 2. Leigh! NB e al. J Gin Oncol, 2024,42:3603 3805.
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®
Lg
2% ame
¿jo (9%. 428.1) sc enwantemad
¿jo en
ibe
é
E
=
SC amivatama
ge en
22”
ER N amartama
zer as
ato
HR or death = 0.62 (5% I. 042-082)
ol
oa. 6 » ae
tama Time Since Date of Random Assignment, mo
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Consistent With IV With Lower Rate of IRRs and VTE"
The safety profile of amivantamab SC was con:
with fewer IRRs (13% vs 66%) and VTE (9% vs 14%)
Incidence of IRR-Related Symptoms Rates of VTE by Treatment Arm
and Prophylaxis Status
ts, all grades 13 ca
Infuslon-etated AES G2) ba a 5 SC Ami IV Ami
nd [an Grade> m .
Orgone 3 2 ge] Grade2 m =
sea E
‘Vomiting 2 15 3 E Grade 1 =
Cough 2 2
Hypoxia 2 es
Hypotension 1 ¿5
Sinus tachycardia 2 ES
Erythema 1 SE
Chest discomfort 08 58
‘Hypertension 08 es
Fuma 12
DRE = 206 = 210 n= 164 ne 171
100 75 50 25 0 25 50 75 100 All Patients On Prophylactic
% Anticoagulation
1. Leigh N et al ASCO 2024. LBABEOS. 2. Leigh NB e al. J Gin Oncol, 2024,42:3603 3805.
Navigating the Changing Arsenal of Therapies for
Pretreated EGFR-Mutated Advanced/Metastatic
NSCLC
Targeted Therapy’
Clonal Evolution Through EGFR-Targeted Therapy
1. Passar À et al ESMO Open. 2020:5:6000010. 2. Roper N etal. Cll Rep Med. 2020:1:100007.
PeerView.com/EVZ827
sformation After EGFR:
Osimertinib Resistance Mechanism:
Acquired Mutations and SCLC Transformation
First-Line Second-Line (T790M+)
None boven an; EGFR MKRNT-BRAF
CTNNS4 KRAS & mal ol
sue = Jor
rts
None MET amp
em. on
fra
ST À
‘me
None Bt) os
con
(PD-L1) amp
FLAURA2: No Novel Resistance Mechanisms Were Detected
Osimertinib
‘ (n= 99)
mtn mo
ston
COQ ‘iscontin E
” = | — Satin € coer tai A ———— Le m
wm
om core trom |
wo EGFR C7O7S i wo nam
om corr oneruonmen | so. 40
wm 0m METamptfcaton | "nan
2 ww Eras wm
wm Rar Veco CT
wm KRAS mon 0 te
wm IICA tion me
om CONDES ampicaton | so sm
0 OK amptteaten “so
w m RET fusion 1 w so)
wm RAF fusion om
wm AK fon ms
CT Omer oncogeni fusion — om
m Rat lee 1 vu nm
men m P53 alteration CT A NE |
Joncremonerary J ec exioce
cames | EOFRLESER
+ Acquired resistance mechanisms remained generally similar between osimertinib + chemo and osimertinib monotheray
1. Yang 6 ot al. WLC 2024. Abstract MAIZ. PeerView
sn Gor tf uit |
wimp ER win me maten mu ons men = Fen
+ Acquired resistance mutational landscape is different in 1L osimertinib and amivantamab + lazertinib
+ Acquired MET amplifications and EGFR resistance mutations were less frequent with amivantamab + lazertinib than osimertinib
1. Hayashi et at WCLE 2025. Absra PT1.3.08, PeerView
+ Ata median follow-up of 8.7 mo, amivantamab + chemotherapy and amivantamab + lazertinib +
chemotherapy reduced the risk of progression of death by 52% and 56%, respectively
PFS by BICR
Amivantamab + chemotherapy Amiventamab + lazertinib +
vs copy chemotherapy" vs chemotherapy
PFS. 8.30842 m0
FAO GER CI OF DES) FRS DA GRC OE0)
Peut Peur
MPES:63v942m0
* 60
¢ p
Ë a
2 . Consistent PFS benefit by
er investigator
o MS :
a 7 7 a er HR = 0.41 (8.2 vs 4.2 mo;
No at Risk Time, mo P< 001%)
Amivantamab + chemo 131 so “9 2 7 o + HR, 0.38 (8.3 vs 4.2 mo;
‘Amivantamab +iazerinib + chemo 263 194 104 52 a 4 o P<.001)
Creme is om Ze 5 o
“panne seo henterapy amines al pate rare ofthe des ene reste.
"Nominal P value; endpoint not
of hierarchical hypothesis testing
Y Pass et ol EMO 2009. Aline BATS 2 Passar Atal Ann Oncol 202636770.
Amivantamab-chemotherapy continues to demonstrate a clear and improving
OS trend vs chemotherapy®
¿o
5 MARIPOSA-2is ongoing and
2 @ ‘will proceed to final OS
3 analysis as planned
5
B® 60
2 Median follow-up: 18.1 mo Amivantamab +
24 Cl, mo chemotherapy
Amivantamab
5 RC
5 2 Chemotherapy
2
&
o
0 3 6 9 12, 15 18 21 24 2
Time,
No. at Risk
‘Amivantarnab
a A 124 ns 101 8 ss 39 15 a o
Chemotherapy 269 242 213 174 147 103 49 2 6 o
18-mo landmark for OS was 50% for amivantamab + chemotherapy vs 40% for chemotherapy
"OS beneft of amivantamab-chemotherapy vs chemotherapy was general consistent among pre-defined subgroups. P value Is from a logrank test stated by
csimerinIne of therapy (sine vs secandine, story e bain metastases (js or o), and Asian ace (yes va ro) OS was evakated ata 2 add alpha 100142 DoorView
4 Popat Set al ESMO 2024. Abstract LBAS4,
‘est Change From Baseline in
‘S00 of Target Lesions, %
fi
Amivantama + chemo
+ y è
mo ic uo No. at Rik 22 e > . o
In the post-osimertinib setting, the efficacy of amivantamab SC Q3W + chemo is consistent with that
of amivantamab IV Q3W + chemo, with the added tolerability and convenience benefits of an SC
formulation, further supporting its use as a new SOC for patients with EGFR-mutated advanced
NSCLC after disease progression on osimertinib
TROPION-Lung05: Phase 2 Study of Dato-DXd in Previously
Treated NSCLC With Actionable Genomic Alterations’?
Efficacy Summary 7
All Patients Patients >
Responses Treated With EGFR With ALK m1
per BICR Patients Mutations Rearrangement 2
wem mer n= 38) E
ORR confirmed. 4008) 34(430) 8(235) al UE ñ mt, A
NO) TEA (824553) (107412) Een fa myth at nn Us
Median DOR, 7 7 7 nu u pul]
ma (4.2.9.8) (4.2-10.2) (28-84) “Es N
(25% ch L tramos m 18.0088)
DCR confirmed, 108 (78.8) 64 (82.1) 25 (73.5)
nn (%) (95% CI) (71.0-85.3) (717-898) (55.6-87.1)
Median PFS, mo 54 58 43
(95% Cl) (5.4-8.3) (2.6-6.9)
BOR: In the overall population (n = 137), four patients (3%) achieved a
CR and 45 (33%) achieved a PR
TROPION-Lung01: NMR of TROP2 by QCS Is Predictive of
Clinical Outcomes’
Overall BEP: Efficacy by TROP2 QCS-NMR Status + TROP2 NMR as measured by QCS reflected the
TROP2 QCS-NMR positivity is predictive for longer PFS with Dato-DXd expression of TROP2 in the membrane relative to total
in the biomarker-evaluable population (n = 352) TROP2 (membrane and cytoplasm) and predicted
‘outcomes in an exploratory TROPION-Lung01
on analysis.
- TROP2 QCS-NMR+ was more prevalent in patients
ORR, % 327 103 169 154 with nonsquamous vs squamous histology
75 Modan PES, mo 69 41 29 4 (66% vs 44%)
x PES HR OSHC) 057041070) 1.16 078170) - Patients receiving Dato-DXd who were TROP2
so Treatment by biomarker status interaction: P = QCS-NMR+ had a higher ORR and longer PFS
ES compared with those who were TROP2 QCS-NMR-
ee - Overall grade 23 AE rates with Dato-DXd were
25 Dato-DXd, fauna similar regardless of TROP2 QCS-NMR status
SER 1. QCS.NMR- + Further investigation of this promising biomarker is
0 ‘ongoing in the first-line advanced/metastatic NSCLC
0 4 3 12 16 trials AVANZAR (NCTO5687266) and TROPION-Lung
Time From Randomization, mo 10 (NCTO6357533)
TROP2 QCS-NMR has the potential to be the first TROP2 biomarker and the first computational pathology
biomarker for predicting clinical response to Dato-DXd in NSCLC.
‘ata cate March 29 2023
PFS HR (86% Cl) by TROP2 QCS-NMR status (+ vs -) within treatment. Dato-DXd: 0.48 (0.33-0.69); docetaxel: 0.97 (0.68-1.39) Ji
Frans MG ett WOLC 2024. Alatrcl PLOZ 1 PeerView
Present 26/50 36/51 mo 0.35
513%
Absent 162249 185/254 097
1
Present 33/50 33/51 eH 0.66
° O1
m ol Exon 21
Favors Favors L858R: 31.6%
Dato-DXd Docetaxel
1. An MY la ESMO Asia 2024, Abstract LBA. 2. Ao MU et a. J Thora Oncol 2025, PeerView
9 3 6 + 2 15 % A À D 3 6 8 2 5 8 À A
Time, mo. Time, mo.
Ho. at Rsk Neat Rsk
Ste 14 we @ 6 er Serum We se 467 1887 17 ISSO
Chemo m 125 1 2 1 6 4 0 Ghee 18 ND A2 UT 132 NO #7 1 0
Sac-TMT significantly improved PFS with 51% At the interim analysis, sac-TMT significantly
lower risk of PD or death improved PFS with 40% lower risk of PD or death
ata cult: Juy 8: 2025.
"For prespecifed PFS IA (daa cutof July 11, 2024), HR = 0.47 (95% Cl, 025:.82).P.<.0001. "Bases on prespecified OS IA, 2-sded P value was les than the
prespecified efficacy Boundary to achieve sltcalysignifcant improvement (2-skded aipha level of 0124 determines by the o'Brien-Fleming alpha spending funcion),
1 Zhang Let al ESMO 2025, Abstract LBAS.
HARMONi: Ivonescimab + Chemo in Patients With EGFRm
NSCLC Progressed on EGFR TKI Therapy’
Events, Median, HR a
= min mo eske ? 00 SNe mo” peon
Tones 952 _
hey 12908) 88 (drag 00 Fe 60 188 pel, OD
0 Pracebo
Pete ayy MOUS) 48 # Pato py MOM
cy
E æ 6
¢ A
= 8
“0
40 Ionescimab +
Seen
20 | mean FU:223m6 edan ru
20 À overt 207m
Mans EU, 2.2 mo
o
os 6 9 @ 6 TREE BE o
0.3 6 8 2 1 1m oe a7 30 53 35 30
Time, mo Time, mo
roma sem
a z 20 20 6 ww ns ss
E mn m 4» » 6 0 0
Unresectable or Metastatic EGFRm NSCLC
(PD on 1L EGFR-TKI and centrally confirmed MET amplification [FISH+])
Prior 1st/2nd G EGFR-TKI-Treated Population ITT Population
Osimectinis
s Chematherapy
Ser oo)
u Es cn en mw a
se mers EEK Cho esos 544240 EN TOTS 95% GI. mo 8206112) 45/3054)
ES Seaited HR (SCD 034 (021058) pe States HR OSHC) 024 (025049)
La » ce a <om
so 20
a 4 5 «
23 Caiman + seit gx Cainer + alto
2 2 2 »
10 mora ‘0
lesen cyematerapy 4 Semen
RE RES AR 8 Rt 10 18: EEE ES
E Time, mo BR Time. mo
for the primary endpoint were met in both the prior
reated and ITT population:
=
1. Lu Shun tal ASCO 2025. Abstract LBABSOS PeerView
Extending the Benefits of EGFR-Targeted
Therapies to Patients With EGFR Exon 20
Insertion Mutations
PAPILLON: 1L Amivantamab + Chemo Improved PFS and ORR
in EGFR Ex20ins-Mutated NSCLC‘
Primary Endpoint: PFS by BICR B 4 intamab + Chemotherapy
“Amivantamab + chemotherapy reduced sk of progression or death by 60% 3.
ense Py
2 i.
¢ I.
® Penn = Chemotherapy
<henoterey a:
2
| co if:
5 à à 5 6 à à 3
Be ig ww a . + HE
Consistent PFS benefit by investigator: : Das
12.9 v 6.9 mo (HR = 0.38 [95% Cl, 0.29-0.51]; P< .0001%)
+ Amivantamab + chemo vs chemo alone showed consistent PFS benefit across all predefined subgroups; significantly
higher ORR, longer DOR, and deeper mean reduction in tumor size; and longer PFS2, supporting the 1L use of
amivantamab + chemo; favorable interim OS trend (HR = 0.675; P= .106)
+ The safety profile of amivantamab + chemo was consistent with individual agents, with low rates of treatment-related
discontinuations with amivantamab (7%)
«Nomina Pale endo ns par a area hypothe tes :
‘Grand etal €SMO2009 Aalen on en PeerView
a
x ER so
€ Eso
3 2:
E Ego IMPFS (95% Cl mo — Amiantamen + he
a El E
is ii 7) Schemotnerapy 122 (04NE) Median folowup: 104 mo
E o
E ° y 8. y = 75
3 Per Time, mo
3 40 un. a ” = ° o
s os
2 go
ä -60 4 Qe 0
E 2 El
5 Arivaniamab > chemotherapy
É so | * Pertatrosponso 33 «
3 80 | a OS (95% CH. mo
5 u Stable disease E Seen
é ie & 7 Boy NENNE) Madan otowup: 104 mo
du o. o 3 y 7 5 5 7
E Pe Time, mo
ES o o o.
PeerView
A 55-year-old man presents with dyspnea
Workup testing reveals pleural effusion
Pleural fluid cytology positive for adenocarcinoma of lung
PET scan: multiple bilateral pulmonary nodules
ECOG PS 1
Liquid biopsy reveals an EGFR exon 20 insertion
mutation; tissue NGS from the resection sample shows
the same findings
PeerView.com/EVZ827
Y
Y
Let's Discuss
What treatment would you recommend for
this patient and why?
What are the downstream implications of
frontline therapy choices on sequential
treatment planning?
Adjuvant osimertinib demonstrated a statistically and
clinically significant improvement in OS vs placebo in
the overall population of stage IB-IIIA disease
Sy 08 Rate,
Kamen
Osimerino ET]
Placebo 33 me
(Overall OS HR (95.02% CI) 0491034070)
< 0001
Osimertinib
{
Maturity: 18%, osimertinib: 12%,
Median follow-up for OS (censored
patients): osimer
placebo = 61.5 mo
Placebo
ib = 61.5 mo;
Stage IIHIIA Disease
Adjuvant osimertinib demonstrated a statistically and
clinically significant improvement in OS vs placebo in
the primary population of stage II-IIIA disease
54.08 Rat,
nec
Osimertnio 2 5008)
Placebo CRETE]
Overall OS HR (05.03% C) 049(0.23-073)
8
0008
Osimertinis
08, Proportion
Maturity: 21%; osimertinib, 15%;
Median follow-up for OS (censored
patients): osimertinib = 61.7 mo;
placebo = 60.4 mo. H
Placebo
Time Since Randomization, mo
1.Herbst el a ASCO 2023. Abstract LBAS. 2. Tsuboi Met al. N Eng! J Med. 2023,380:157-147.
The patient receives neoadjuvant cisplatin and pemetrexed (well-
tolerated with moderate response), undergoes robotic lobectomy
4 weeks later comes to your clinic to discuss next-steps in care
PeerView.com/EVZ827
What are the key considerations for the
approach and timing of biomarker testing?
How can we ensure effective
multidisciplinary treatment planning for
resectable EGFR-mutant NSCLC?
What therapy would you recommend and
why?
What if the patient is interested in EGFR-
targeted therapy but not chemotherapy?
When to consider EGFR-targeted
treatment as a neoadjuvant strategy?
What if the patient approaches the end of
the adjuvant osimertinib regimen but is
interested in continuing therapy?