Elevating Care in Resectable Stage I-III NSCLC: Targeted Therapy and Immunotherapy at the Forefront of Multimodal Treatment Strategies
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About This Presentation
Chair and Presenters Roy S. Herbst, MD, PhD, Tina Cascone, MD, PhD, and Tetsuya Mitsudomi, MD, PhD, discuss NSCLC in this CME/MOC activity titled “Elevating Care in Resectable Stage I-III NSCLC: Targeted Therapy and Immunotherapy at the Forefront of Multimodal Treatment Strategies.” For the full...
Chair and Presenters Roy S. Herbst, MD, PhD, Tina Cascone, MD, PhD, and Tetsuya Mitsudomi, MD, PhD, discuss NSCLC in this CME/MOC activity titled “Elevating Care in Resectable Stage I-III NSCLC: Targeted Therapy and Immunotherapy at the Forefront of Multimodal Treatment Strategies.” For the full presentation, downloadable Practice Aids, and complete CME/MOC information, and to apply for credit, please visit us at https://bit.ly/4cx4975. CME/MOC credit will be available until October 9, 2025.
Size: 11.04 MB
Language: en
Added: Sep 26, 2024
Slides: 89 pages
Slide Content
Elevating Care in Resectable Stage I-Ill NSCLC
Targeted Therapy and Immunotherapy at the Forefront of
Multimodal Treatment Strategies
Roy S. Herbst, MD, PhD Tina Cascone, MD, PhD
Ensign Professor of Medicine Associate Professor, Department of
Professor of Pharmacology x Thoracic/Head and Neck Medical Oncology
Chief of Medical Oncology Director of Translational Research
Deputy Director The University of Texas
Yale Cancer Center and Smilow Cancer Hospital MD Anderson Cancer Center
Assistant Dean for Translational Research Houston, Texas
Yale School of Medicine
New Haven, Connecticut Tetsuya Mitsudomi, MD, PhD
President
Izumi City General Hospital
Distinguished Invited Research Professor
Faculty of Medicine
Kindai University
Osaka, Japan
Go online to access full CME/MOC/EBAC information, including faculty disclosures.
Augment your knowledge of the latest evidence on
targeted therapy and immunotherapy in resectable NSCLC
Equip you with strategies for identifying patients with
resectable NSCLC who are candidates for targeted therapy
or immunotherapy approaches
Improve multidisciplinary strategies for integration of
targeted therapy and immunotherapy into multimodal
treatment plans for patients with resectable NSCLC
Period Control Chemotherapy
Years 0-3 966/5,155 857/5,181
Years 4-5 239/1,668 203/1,817
Years 26 49/720 76/790
Chemotherapy
454%
N = 4,584 No chemotherapy
HR 0.89
1 2 3 4 5 26
Multidisciplinary team discussion results in
survival benefit for patients with stage Ill non-
small-cell lung cancer
Does presentation at multidiscplinary team meetings improve lung cancer —
survival? Findings from a consecutive cohort study om
yee Sep Bee u.
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1. Stone Ee al Lung Concer 2018 128:198-204 2. Hung HY ela. PLOS One, 2020.15:00236803, PeerView
m rame
E mu a amas
O pe + He
HE mo — esoo
E] E j Neoadjuvant/Perioperative IO Trials
TT Ze
— me
Histology/Biomarker
Histologic type, grading
drogas
Driver gene... EGFR, ALK, other
PD-L1
ctDNA?
dresse
LUN JM ann ATLAS 2. Yt Hg 226012081270 FA El Lona 201-137 à
À Has Rot oN Engl JM 2020.38 1328-1958 8. Son ea. JAMA Oncol. 20241082 PeerView
PeerView.com/CGJ827
jh efficacy due to the presence of tumor antigens.
and lymph nodes for the priming immune cells
Better drug delivery due to preserved blood vessels
Smaller tumor facilitates complete with safety
High compliance rate
Prognosis predictable by pCR
Earlier intervention for micrometastatic cancer cells
Short total treatment time (neoadjuvant)
Greatest amount of systemic therapy (periop)
Opportunity to de-escalate adjuvant (periop)
Adjuvant
Treatment plan after accurate staging and
biomarker testing
No delay in surgery
15% to 20% cancellation of surgery
Increased complications, possible surgical difficulty
Needs preoperative biopsy for exclusion of driver gene-
positive cases and for PD-L1 expression
Risk of chronic irAE (periop)
inancial toxicity (periop)
30% of the patients after surgery never reach
adjuvant IO treatment
Cardiopulmonary Assessment of Surgical Candidates?1+
Patient Condition
General
PS
Age
Organ reserve
Surgical tolerability
Cardiopulmonary function
Immunotherapy tolerability
ILD
AID
Targeted drug tolerability
ILD
QT prolongation
Radiation tolerability
1 Bret ot Chest. 2013143 1685-01808, 2, rel A ot a Ann Tore Surg 201010150203. .
3 Brunell tal. Ann Thorac Surg. 201192445448. 4, Flasher LA ell Oria. 2014.190:0278-339. PeerView
What Are the Borders Between Resectable
and Unresectable Disease?
Various types of N2 disease
j Technically resectable
Staging ‘Oncologically resectable
+ T:size, invasion
ö Et iS L 5 4,
+ N: multiple, bulky, extranodal? . L
+ M: oligo?
Planned op procedures
+ Pneumonectomy
+ Angio-/bronchoplasty co Zone.dierete zonewihlmaeent mulplezane
Single station, Multiple station, single Multiple station, single Muliple station,
Technically resectable Technically difficu
+ Contrast-enhanced CT =
+ PET
+ Invasive mediastinal staging (EBUS) i d. L ” L =
+ Brain MRI
Single station, Single station Single station, ute zone,
‘scree, ky Pancoast infiraive, buky _infratve, coalescent
Single N2 Single, bulky N2 Multiple, bulky, Coalescent, invasive
invasive? itiple N2
éusié a invasive? N2 and multiple
6Y NED 5Y9M NED CRT—Surg
8Y NED
1. Pictures from: Authors case, Dr. Yoshino @Chiba University. ACCP guideline for non-invasive mediastinal staging, 2007. erview
A Little Less Than Half of Surgery After Neoadjuvant
Immunotherapy Is Difficult?
on of Hilar Fibrosis Between Neoadjuvant ICI NEOSTAR: Comparison of Surgical Complexity Between
and Neoadjuvant CT With PS Matching Neoadjuvant Nivolumab and Neoadjuvant Nivolumab + Ipilimumab
100
Hilar Fibrosis
70
60 i lerate/major 1 75 m
| fibrosis in nICI cohort: | ~40% more difficult than
= I 20% witheN- | ordinary lobectomies
40 7 ga?
30 22
20 25
0+ o
+ Sage complxty sal: = easier han normal suo datecon: 2 = neral Sse secon:
3 dtu tee cssecton because of ntammnaton: voy comple er secon A
1. Brendon Metal ARTS 2018, 2. Sepesi Bet lJ Thorac Cordovose Surg, 2022:164 1527-1357. PeerView
Gaps and Opportunities for Improvement in Multidisciplinary Patient
Evaluation and Treatment Planning in Stage I-III NSCLC
Multidisciplinary Team (MDT) + Patients with resectable NSCLC should undergo a
multifaceted evaluation that considers biomarkers,
TNM status, proposed surgical procedures and
technical requirements, the patient's physical function,
and patient preference...
+ These patients should be evaluated by MDT for
the treatment
+ Surgery after neoadjuvant immunotherapy could be
difficult; surgeons skilled in advanced surgical
procedures should operate
Mastering the Integration of Targeted
Therapy in Resectable Stage I-III NSCLC
Roy S. Herbst, MD, PhD
Ensign Professor of Medicine
Professor of Pharmacology
Chief of Medical Oncology
Deputy Director
Yale Cancer Center and Smilow Cancer Hospital
Assistant Dean for Translational Research
Yale School of Medicine
New Haven, Connecticut
100-2024, PeerView
ADAURA: Phase 3 Double-Blind Study’
Patients with completely
resected stage? IB, Il, NA NSCLC,
with or without adjuvant chemo*
Key inclusion criteria
‘Aged 218 years (Japan/Taiwan, aged
220 years)
WHO PS 0/1
Confirmed primary nonsquamous NSCLC
Ex19del/L858RS
Brain imaging, if not completed
preoperatively
Complete resection with negative margins®
Maximum interval between surgery and
randomization: 10 weeks without adjuvant
chemo; 26 weeks with adjuvant chemo
( Planned treatment N
Stratified by où de CAE
+ Stage ee Treatment continues until
(8 vs Il vs IA) + Disease recurrence
+ EGFRmut + Treatment completed
(ext9del vs LESER)
+ Race
(Asian vs non-Asian)
+ Discontinuation criterion met
Follow-up
+ Uni recurrence: week 12 and 24,
then every 24 weeks for 5 years,
then yearly
+ After recurrence: every 24 weeks
Ksor:5 years, then year
Placebo
Once daily
FS, by investigator assessment, in stage IVINA patients; designed for
superiority under the assumed DFS HR of 0.70
Secondary endpoints: DFS in the overall population’; DFS at 2, 3, 4, and 5 years; OS;
safety; HROOL
Following IDMC recommendation, the study was unblinded early because of efficacy (an unplanned interim analysis is reported);
at the time of unblinding, the study had completed enrollment and all patients were followed for at least 1 year
‘NCT0251106; ADAURA data ctf: January 17, 2020.» AJCC, Th ation. € PA, pot and planed racoeray was not alowed. Cntalycontmod in sue.
«Parents received a CT afer resecton and wit 2 cay blor estimen. Sage IB .
1. Herbst RS ot al ASCO 2020. Abstract LAS. 2. WU Y Ll. Eng Med. 2020.383:1711-1723. PeerView
+ Subgroup eatgorie with <20 event, sch as patents wth tage 18 disse wih adora! chomotreapy (15 avants toa patas in omer arm
and 11 he pacabo am) were exchided fom Ins anal. ;
TW VC Gta J Thorac Oncol 2022:17 423-43, PeerView
ans Time, mo rasen mm en aie 22 co
Osimertin 113 105 101 98 94 90 81 64 42 22 13 0 a tem omen M D 7 à 0
Paso 119 109 04 77 69 58 59 48 30 1 7 10
+ Rostagng based on data capurd in ho Parley at Diagross AICCIUICC Bl ation manual per investor assessment requested belore he primary ana .
Y o ota, ESMO 2022, Abstract LBAAT. PeerView
In the overall population, fewer patients in the osimertinib group (n = 339) had disease recurrence (93; 27%)
‘compared with those in the placebo group (n = 343) who had recurrence (205; 60%)
Lung 26
Lymph nodes
CNS _ \
Bone Most common first sites of recurrence
Pleura
Liver + Osimertinib: lung (12%), lymph nodes (6%),
Pleural effusion and CNS (6%)
Adrenal
Head and neck + Placebo: lung (26%), lymph nodes (17%),
Breast and CNS (11%)
Renal y
Peritoneum A - >
Pancreas 0
Ovary Ofer MM Osimertinib
Other 1h I Placebo
Missing 180
50 40 30 20 10 O0 10 20 30 40 50
+ Adjuvant osimertinib demonstrated a statistically and clinically significant improvement
in OS vs placebo in the overall population of stage IB-IIIA disease 5-y OS Rate, %
(95% cl)
‘Osimertinib 33988 (83-91)
a Sah Placebo 34378 (73-82)
os Osimertinib
de Overall OS HR 0.49 (0.34-0.70)
En (95.03% Ch; P <.0001
Eo Maturity: 18%
ae Osimertinb: 12%
E Placebo: 24%
0%
80 | Median follow-up for OS
Ono! arar 2,202 Orr gus Sie A. Tk ata td cnc at Un aqua homer tr onto
a lona te manta, acca a aan and patas tr aten .
1. Herbst Ret al ASCO 2023, Abstract PeerView
Diarrhea + Interstitial lung disease (grouped terms)
Paronychia reported in 11 (3%)* patients in the
Dry skin osimertinib arm (all grade 1/2)>
+ QTc prolongation reported in 30 (9%)
Prurttis patients in the osimertinib arm vs 8 (2%)
Cough patients in the placebo arme
Stomatitis ————E
URTI + Any AE leading to treatment discontinuation:
Nasopharyngitis 13% in the osimertinib arm vs 3% in the
Decrease appetite \ placebo arm
Dermatitis acneiform
Mouth losration Hlosimertinib, all grades
Nausea grades 3/4
SH dress Placebo, al grades
Arthralgia I Placebo, grades 3/4
100 90 80 70 60 50 40 30 20 10 0 10 20 30 40 50 60 70 80 90 100
Patients With AE, %
1 Goma wn Jano 17, 2020, dt co ona ana plant opor LD (grapa te neuron, ra 2. Ga n= 692,0 rade 3, 0
À Gamme grace m=: grace 2: n= 10: grace = 4 Paco: grade }
1. Tsuoi eto ESMO 2022 Abstract 18447. 2 Horts Reta Jin Oncol, 202341 1830-1840, PeerView
Patients with completely
resected stage® IB, I, MA NSCLC,
with or without adjuvant chomo®
Koy inclusion criteria,
‘Aged 218 years (Japan/Taiwan,
‘aged 220 years)
WHO PS on
Confirmed primary nonsquamous.
NSCLC
ExigcelL 858
Brain imaging, ifnot completed
preoperatively
‘Complete resection with negative
margins’
‘Maximum interval between surgery
‘and randomization: 10 weeks.
without adjuvant chemo; 26 weeks
with adjuvant chemo,
Strates by _, Osimertinib
+ Stage 80 mg, onc
(Bs Il vs INA) ‘Treatment continues until
+ EGFRmut Disease recurrence
(ex19del vs LESBR) Treatment completed
+ Race
Discontinuation criterion
(Asian vs non-Asian) = at
ey
Exploratory endpoint: Evaluate the feasibility
of ctDNA-based MRD detection to predict disease CiDi/randomization 3 years 5 years
recurrence during adjuvant osimertinib treatment (baseline)
and post-treatment follow-up
+ NCT0251106; ADAURA data cute January 17, 2020. AJCC, Th adn. < Pro, post, and planned radothorapy was not alowed. + Central contemad in issue
‘Patents received a CT after resection and within 28 days bore treatment Colectad uni disease recumance or study end,
ADAURA2: Adjuvant Osimertinib vs Placebo in Completely
Resected Stage IA EGFRmut NSCLC‘
Patients with stage IA2 or 1A3 (Sth edition) NSCLC Osimerti
+ Post complete (RO) resection 80 mg PO, or
+ Exon 19 deletion or L8S8R EGFR mutation SEEN
+ Tumor sample submission for central pathology + High risk vs low risk =
assessment of à FPE G-year treatment duration)
— Invasive tumor size Grech 41
= + Rave (Chinese Asian,
Lymphovascular invasion Bare (Chee. Ani: ESO
— Tumor histology
PS 0-1
No pre/postoperative RT or systemic therapy
Not eligible for any local SOC treatment
vs non-Asian)
Placebo
+ Primary endpoint: DFS per investigator in + High risk is defined as the presence of 21 of the following factors
high-risk stratum ~ Invasive tumor size >2 cm
* Secondary endpoints: DFS in ITT, OS in high-risk =" Lymphovasailer Invasion
stratum, OS in ITT, HR-QoL, safety/tolerability, and PK — 220% micropapillary, solid, or complex gland
adenocarcinoma histology
ss Exploratory Engel MND + Low risk is defined as the absence of any high-risk factors
+ Estimated prevalence of high risk is ~60%
+ Enrich high risk to 67% of ITT population (33% cap on low risk)
Patents with EOETRTA stage IIe Single treatment arm; cohorts defined by EGFR mutation status
(8th edition)? NSCLC Radiographic scans.
+ Aged 218 years (Taiwan ‘Common EGFR mutations (Ex19del or L858R) cohort (n = ~150) ire aed
220 years) ” u
oe onsuemous, : * Primary endpoint: DF: al
Ea Adjuvant ats years baseline and for
| chemotherapy disease recurrence
+ EGFR mutations (common per investigator + Secondary endpoints: at 12 and 24 weeks
‘or uncommon*) and patient DFS* at 3 and 4 years; OS | and then every 24
+ WHOPS 04 thoice 8135 years; safely: type | esta hereafter
+ MRI or contrast CT brain scan ot recurence: CNS mets completion, disease
required a? or recurrence, or
re-enrollment u ‘ath. In addition to
erie Uncommon EGFR mutations (G719X, L861Q, 57681) cohort (n = -30) Drm
margins CERES - secondary endpoints: Castel
+ Max interval between surgery and Eee 80 mg PO QD DS ot 35 yeas; salty, | atte bain scans
randomization ocios for 5 y or until type of recurrence: recumence and as
= 10 weeks without adjuvant eats recurrence, CNS mets inicaly indicated
chemotherapy Gb ontinuation, ‘during treatment
— 26 weeks with adjuvant sata leath ue
chemotherapy
+ AJCC th ation staging eter, staging was clase posoparavely. ® Fur amendment to ag 218 years. For patent wit umo hong both common and
“common másters te paten wi bo ase o ho commen EGFR muatons coker + nvestgaor assessed PeerView
1 Soo RA otal Cin Lung Cancer 2024.25 8084
/ Double-blind treatment arms I (Adjuvant therapy and follow-up
1. Placebo QD + investigator's choice of pemetrexed
500 mg/m? plus carboplatin AUC 5 an + Patients will be followed for OS until 5 years from
or cisplatin 75 mgim? surgery, with evaluation at 12 and 24 weeks post
surgery, then every 23 weeks, until disease
2. Osimertinib 80 mg QD + investigator's choice een
of pemetrexed 500 mg/m? plus carboplatin
AUC 5 mg/mL/min or cisplatin 75 mg/m? Osimertinib will be red to all patie
. offer patients who
‘Open-label (sponsor-blind) treatment arm complete surgery (+ post-surgery chemotherapy)
\\ 3. Osimertinib 80 mg QD / N forup to 3 years or until recurrence
+ Primary endpoint: centrally assessed major pathological response at the time of resection
DE TN en
nekzwasion || xrascızc ||waäscizc || een
2 cancer Denmecan _)ncrosmmessı
E MOTATIÓN i .
& CONSORTIUM (pCR and MPR assessment ri FE =
tune cancen |% RVT in resection specimen Le Le
RESEARCH |Correlates in persister cells ER
FOUNDATION adjuvant therapy—per protocol or investigator's choice ) = =
Se courtes o Bor Sapesi PeerView
Patients with locally advanced,
unresectable EGFRmut stage I (th
edition) NSCLC with no progression
during/following definitive CRT#
‘Aged 218 years (Japan 220 years)
Osimertinib
80 mg once daily
assessed progression (per RECIST
v1.1), toxicity, or other
discontinuation criteria
Open-label osimertinib after
with confirmed locally advanced,
unresactable stage Ill NSCLC
WHO PS 0-1
ExtodelL858R> Placebo Tumor assessments:
Max interval between last dose of CRT daily + Chest CT/MRI and brain MRI
and randomization: 6 weeks + Atbaseline, every 8 weeks to
week 48, then every 12 weeks until
BICR-assessed progression
BICR-confirmed progression
offered to both treatment arms*
Stratification
+ Concurrent vs sequential CRT
+ Stage IIA vs stage IIBANC
+ Race (China vs non-China)
+ Primary endpoint: PFS assessed by BICR per RECIST v1.1
(sensitivity analysis: PFS by investigator assessment)
+ Key secondary endpoints: OS, CNS PFS, safety
* Concuront or sequential CRT comprising 22 cycles of patinum-basod chemothorapy (or dosos of week lainum-based chemotherapy) anda total ose of radiation of 60 Gy + 10%.
* Cental or FDA-approved oca esting (rom a CLIA-approved laboratory. or accredited local laboratory for stos outside of USA) based on tissue.
+ Data cut January 5, 2024. Median folew-up for PFS (al paints): osimerinid 22.0 mo, placebo 56
mean folowup or PFS (censored patents}: osimerinb 27.7 mo, placebo 19.5 mo.
1. Ramalngam S et al. ASCO 2024. Abstract LEAS.
PeerView.com/CGJ827
Median PFS, mo
(95% Cl)
39.1 (31.5, NC)
56(37,7.4)
0.16 (0.10, 0.24);
<.001
+ In the placebo arm, 81% of patients with BICR-confirmed progression crossed
over to osimertinib Median OS, mo
5 (95% Ch
. Osimertinio 540 (46.5, NC)
aa Placebo NR (42.1, NC)
Osimerinib OSHR(S%CH; 0.81 (0.42, 1.56);
ET P 530°
B ce
Eos Matuñy: 20%
& Osimertinib: 20%
= Placebo: 21%
as
02
on H
SIA
re a mann
No ats Time From Randomization, mo
One 145 142 138 135 133 100 187 NS 100 #6 7 ze
nme
+ Dat et anun 5,2024. Median fon fer OS (al pation): iman 295 mo, psc 224 mo; mac fun fo OS (censor patenta; martin 309 mo, placebo 2.1
no Foren Sgnicance sita term ans, a Posie € 00006 was wur A
Y Ramaingam S etal: ASCO 2024, Abstract LEAS PeerView
Adjuvant alectinib vs chemotherapy in early stage, resected ALK+ NSCLC
Patients with resected
stage 1B-IIIA (7th edition)
ALK+ NSCLC.
Ale
600 mg BID
Eos Stratification
Eligible to receive + Stage: IB (24 om) Further treatment
plalaumrbmsed chemo vs Ive IA Recurrence {investigator's choice)
‘Adequate end-organ eo Race hee and survival follow-up
odon non-Asien Platinum-based
No prior systemic chemotherapy*
cancer therapy — 4
Disease assessments (including brain MRI or CT scan if MRI unavailable) were conducted at baseline, every 12 weeks for year 1-2, every 24 weeks for year 3-5, then annually.
+ Primary endpoint: DFS? per investigator, tested hierarchically—stage II-IIIA — ITT (stage IB-IIIA)
+ Other endpoints: CNS DFS,” OS, and safety
+ Clan + pomotesad, plan + vinordbine or isla gometabin; cisplatin could be swiched to carla in cas oil,» DFS defined as na mo fom randonizatn to
Ana tet docenas recone of Cease or new primary NSCLC as Sterne by he Imestgaor or Seth wom any cause, where xcs à
1 Solomon Bet al ESMO 2023 Abarat LB? PeerView
Data cut-off June 26, 2021; me m last patent In othe data cut-off was ~18 mo,
+ Median survival fou:
alectini, 27.8 mo. (9
chemotherapy, 284 ra o
«Por UICCIAICC 7 edita.» Staifed log rank. +2 events in ho alecii arm, 4 events in ho chemo am, one adétional patent inthe chem arm ded but was consored due to incompleto
date of death recordad; DFS define as the timo rom randomization to th fst documented recuranca of disease or new primary NSCLC as determined by the investigate, or death om
‘any cause, whichevor occ fest
1 Solomon B ot al ESMO 2023. Abstract LBA2.
Navigating Decisions About Neoadjuvant,
Adjuvant, or Perioperative Immunotherapy
in Resectable Stage I-lll NSCLC
Tina Cascone, MD, PhD
Associate Professor, Department of Thoracic/Head and Neck Medical Oncology
Director of Translational Research
The University of Texas MD Anderson Cancer Center
Houston, Texas
Copyrigh
Regulatory Status of Immunotherapy Approaches
in Resectable NSCLC
Neoat
vant Immunotherapy
CheckMate -816 _Nivolumab + chemo x 3 cycles
Re Adjuvant Immunotherapy
IMpower010 Chemo > atezolizumab ~1 y (PD-L1 21%)
SN KEYNOTE-091 Chemo (optional) > pembrolizumab ~1 year
Neoadjuvant Regimen mp ET TVA mam) Adjuvant Regimen
‘AEGEAN Durvelumab + chemo x 4 cycles Durvalumab ~1 year CEE
KEYNOTE-671 Pembrolizumab + chemo x 4 cycles Pembrolizumab ~1 year ES
CheckMate -77T Nivolumab + chemo x 4 cycles Nivolumab ~1 year
Neotorch Toripalimab + chemo x 3 cycles Tonpallmeb = neo x 1 cycle
Maintenance Toripalimab up to 13 cycles
RATIONALE-315 Tislelizumab + chemo x 3-4 cycles Tislelizumab <8 cycles
50 | 3eycles Up to 4 cycles
50 407
ze 40 pcR
§ 30 24 248 253 Pathologic Complete
a 20 17.2 18.1 Response
A (no viable tumor at
” = L: 1 | ul = is
0
CheckMate-516 AEGEAN Necorch — KEYNOTES71 CheckMate-77T RATIONALE-315
60 56.2
so us MPR
® 36.9 354 Major Pathologic
g 49 293 30.2 Response
= % (10% viable
20 23 aa 15 tumor at
a0 8.9 84 Hi resection)
0
CheckMate-816 AEGEAN Neotorch KEYNOTES7I CheckMate-77T RATIONALE-315
1 Ford Pat a Eng J Med, 2022386 1879-1985, 2 HymacJetal. AACR 2023 Absrac CTDOS 3. Lu Set al ASCO 2023. Abo! 801 .
À Wilco Metal Engl) Med. 2023 38949103. 6. Cosommo Tat al. ESMO 2023, Absvecl LEAT 8 Yue DS etal ESMO Val era, AbsuacavP1202. Peer View
Can ctDNA Supplement What We Can Learn From Tissue?
AEGEAN: Association of ctDNA Clearance With pCR/MPT and Its Predictive Utility
+ Among patients who were cIDNA positive at baseline (C1D1), all patients achieving pCR and >90% of all patients achieving
MPR had ctDNA clearance at C4D19
pcr? MPR?
Fw #
$
Treatment arm
q isis am E DNA tracks
En athological response À well with
5 por 3 completeness
5 Non por E
£ E
LE 3
DI Gt Cat Presurgery
Predictive Value of ctDNA Clearance at Different Timepoints for pCR
+ Patients without ctDNA clearance were unlikely to avian am per a =
achieve pCR (PBV >84.0% at C2D1 in both arms) un lo
+ Patients who achieved ctONA clearance in the = — = a
durvalumab arm vs the placebo arm were more likely
to achieve pCR (PPV = 50.0% vs 14.3% at C2D1) car bad ba Lol ue Led
reser ss 1 Prosper sa wo
2 mo BE. PCR (256% 86.9%) and MPR (4% u 168%) we gern he am pie am snd a ram pater tech Um. .
“Rook Met a, ESMO 2023. Anaract LBASO. PeerView
1 Wales HA ot a ASCO 2024. Abstract LRABOSS 2. Bosse 8 tl. ESMO Inmuno-Oncology Congress 2023 Abstract 1200.
3 Sort ai ASCO 2024 Ansa 8010 4 Heymach Jet AACR 2020. Ale 67003 3 Lu tal ASCO 2023 Abstract 501 N
5. Spicer Je al ESNO 2023. LBASE. 7. Cescone Tet al ESMO 2023, Abstract LBAT. PeerView
Abstract OA13.03. Presenter: J.V. Heymach
Perioperative Durvalumab for Resectable NSCLC: Updated Outcomes From the Phase 3 AEGEAN Trial
+ EFS benefit in favor of the durvalumab arm remained consistent compared with previously reported data
- Updated EFS HR = 0.69 (95% Cl: 0.55-0.88)
~ EFS benefit was maintained across predefined subgroups, including the planned neoadjuvant
platinum subgroups
- In separate exploratory analyses, EFS benefit in the durvalumab arm was more pronounced in
patients who received adjuvant treatment and favored the durvalumab arm regardless of pCR status
+ Clinically meaningful DFS improvement and an OS trend favoring the durvalumab arm were observed
— In separate exploratory analyses, the magnitude of DFS benefit with durvalumab was larger in
patients with pCR and improvement in lung cancer-specific survival also favored the durvalumab arm
+ Perioperative durvalumab + neoadjuvant chemotherapy was associated with a manageable AE profile,
with no new safety signals observed at this update
These findings, with additional follow-up, further support FDA-approved perioperative
durvalumab as a new treatment option for patients with resectable NSCLC
PeerView.com/CGJ827 Copyright
CONFERENCE UPDATES & HIGHLIGHTS | #WCLC24
Abstract PLO2.07
Neocoast-2: Efficacy and Safety of Neoadjuvant je RSCLO (D) + Novel Anticancer Agents
+ CT and Adjuvant D + Novel Agents in Resectable
ISCLC
PLO2: Presidential Symposium 1
Presenter: T. Cascone
NeoCOAST-2: Open-Label, Multi-Arm Platform Study in Perioperative NSCLC
Neoadhvant for cycles OSM ‘Adjuvant ee upto 1 year
em oleclumab + durvalumab +
platinum-doublet CT", Oloelumab + durvalumab
NSCLC (AICC 8h edtion) R >
+ EGFRIALK wap Am 3 volrustomig +
2 ECOGPS0ar1 7 er
reverted.
"Te par nt was ok promi far saa by calc OR rats
Squamous tumor histology. pemetrexed + esplatn or carboplatin or nonsquamous tumor histology. » Physician's choice of carboplatin or cisplatin, «Mitin 40 days of tho
ent «Proportion a th no viabo tumor cols and <10% residual viable tumor cos, rospectvaly, n recocted tumor specimen and sampled nodos at surgery
Abstract PLO2.07
Neocoast-2: Efficacy and Safety of Neoadjuvant Durvalumab (D) + Novel Anticancer Agents
+CT and Adjuvant D + Novel Agents in Resectable NSCLC
PLO2: Presidential Symposium 1
Presenter: T. Cascone
+ In perioperative NSCLC, novel combinations demonstrated providing promising efficacy, with
numerically higher pCR and/or mPR rates compared to historical benchmarks
— Oleclumab + durvalumab + CT: pCR rate 20%; mPR rate 45%
— Monalizumab + durvalumab + CT: pCR rate 26.7%; mPR rate 53.3%
— Dato-DXd + durvalumab + CT: pCR rate 34.1%; mPR rate 65.9%
+ Treatments in all arms demonstrated a manageable safety profile and surgical rates
comparable to currently approved regimens
This is the first global phase 2 study showing encouraging efficacy and manageable
safety profile of an antibody-drug conjugate in the neoadjuvant setting for patients
with resectable NSCLC
Copyright
PeerView.com/CGJ827
INFERENCE UPDATE:
Abstract PLO2.08
Perioperative vs Neoadjuvant Nivolumab for Resectable NSCLC: Patient-Level Data
Analysis of CheckMate 77T vs CheckMate 816
Perioperative VO | Neoadjuvant NIVO + Chemo
(a= 139) {n= 167)
Patents, %)
Try Grade» | Grade 3a | Any Gade
ET ETE To
wm en m os
NAS osóngtoiceniuaten 200 1) WM 86)
TRAEsleadngodeconinstion 220 86) 16 a)
ANSAES 57 (41) 37 (27) 23(16) 16 (11)
‘Treatment-related SAES 23116) 14610) 1702) 130)
Suenos AES CRETE TL
Trostmant read death
+ AEs por CTCAE v4 and ModORA v24.0 (ChockMato 816) oF 26.1 (ChockMato 777)" Includes events reported betwoon ho st dose and 30 days ater the last dose of study treatment.
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adjuvant dose and 30 days ater tha lst dose of neoadjuvant study treatment. 4 includas events reported within 90 days atar Gene
er tho fst dose of neoadjuvant sud treatment.
Bronchoscopy: tumor in upper lobe;
adenocarcinoma T3 N1
Biomarker testing: negative for EGFR
and ALK, PD-L1 <1%
PeerView.com/CGJ827
Copyright O 2000-2024,
cussion: What Would
Faculty Panel Recomme
+ Definitive concurrent chemoradiotherapy + consolidation ICI
+ Neoadjuvant chemotherapy + radiation followed by surgery
+ Neoadjuvant chemotherapy followed by surgery
+ Neoadjuvant chemotherapy + ICI followed by surgery