This presentation contains certain forward-looking statements. These forward-looking statements may be identified by words such as 'believes', 'expects', 'anticipates', 'projects', 'intends', 'should', 'seeks', 'estimates', 'future' or similar expressions or by discussion of, among other things, strategy, goals, plans or intentions. Various factors may cause actual results to differ materially in the future from those reflected in forward-looking statements contained in this presentation, among others:
- pricing and product initiatives of competitors;
- legislative and regulatory developments and economic conditions;
- delay or inability in obtaining regulatory approvals or bringing products to market;
- fluctuations in currency exchange rates and general financial market conditions;
- uncertainties in the discovery, development or marketing of new products or new uses of existing products, including without limitation negative results of clinical trials or research projects, unexpected side-effects of pipeline or marketed products;
- increased government pricing pressures;
- interruptions in production;
- loss of or inability to obtain adequate protection for intellectual property rights;
- litigation;
- loss of key executives or other employees; and
- adverse publicity and news coverage.
Any statements regarding earnings per share growth is not a profit forecast and should not be interpreted to mean that Roche's earnings or earnings per share for this year or any subsequent period will necessarily match or exceed the historical published earnings or earnings per share of Roche.
For marketed products discussed in this presentation, please see full prescribing information on our website www.roche.com
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Roche
2020 results
Basel, 4 February 2021
Group
Severin Schwan
Chief Executive Officer
2020 performance
Outlook
5
2020: Targets fully achieved despite COVID-19 pandemic
Targets for 2020 | FY 2020 |
Group sales growth1 Low- to mid-single digit | +1% |
Core EPS growth1 | Broadly in line with sales growth | +4% |
Dividend outlook | Further increase dividend in Swiss francs2 | CHF 9.10 |
1 At constant exchange rates (CER); 2 2020 dividend as proposed by the Board of Directors | 6 |
2020: Successfully managing the transition in volatile environment
Compensated for biosimilar & COVID-19 | Efficiency gains & investment into future | |||
Group | Group | |||
Sales | Core OP | |||
CHFm (CER) | + 4,739 | CHFm (CER) |
- 5,051 2 | ||||
+ 1,800 | ||||
-868 | ||||
- 5,919 | ||||
61,396 | 62,015 | |||
+1% | ||||
2019 | Pharma | Pharma | Diagnostics | 2020 |
New | bx exposed2 | Division | ||
Products1 | & other |
At constant exchange rates (CER); 1 Erivedge, Perjeta, Kadcyla, Gazyva, Esbriet, Cotellic, Alecensa, Tecentriq, Herceptin & Avastin in Europe (Avastin: as of Jul 20) and MabThera, Herceptin & Avastin in U.S. and Japan; 3
+ 1,812 | + 981 | ||
- 40 | |||
- 803 | |||
23,460 | 23,460 | ||
22,478 | - 968 | ||
+4% |
2019 | Pharma | Pharma | Pharma | Diagnostics Corporate | 2020 |
lower profit | efficiency | additional | growth & | ||
contribution | gains & | R&D spend | efficiency | ||
from lower | other | gains |
sales3 | |
Ocrevus, Hemlibra, Xofluza, Polivy, Rozlytrek, Phesgo, Enspryng, Evrysdi; 2 MabThera, | 7 |
Pharma sales decline minus proportional cost of sales 2020 |
Responding quickly and broadly to the pandemic
Pharma
AT-527 | Collaboration with Atea on | ||||||||||||||||||
development of AT-527 | |||||||||||||||||||
casirivimab/imdevimab | Collaboration with Regeneron on | FDA EUA granted in mild- | |||||||||||||||||
casirivimab/imdevimab global supply | moderate adults and adolescents | ||||||||||||||||||
COVACTA trial | REMDACTA trial | COVACTA | EMPACTA | REMAP-CAP | |||||||||||||||
initiated | initiated | trial results | trial results | trial results | |||||||||||||||
Jan 20 | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec | Jan 21 Feb | |||
LightCycler® | TIB MOLBIOL LightMix® |
480 modular SARS-CoV-2 launched
cobas® | cobas ® SARS-CoV-2 | cobas® SARS-CoV-2 test & Flu | ||||||||||||||
Diagnostics | 6800/8800 | test receives FDA EUA | A/B Test receives FDA EUA | |||||||||||||
cobas® | ||||||||||||||||
Elecsys® Anti-SARS-CoV-2 | Elecsys® IL-6 test | Elecsys® Anti-SARS-CoV-2 S | Lab SARS-COV-2 | |||||||||||||
e411/601/602/801 | antibody test receives FDA EUA | receives FDA EUA | antibody test launched | antigen test launched | ||||||||||||
Non- | ||||||||||||||||
SARS-CoV-2 Rapid | SARS-CoV-2 Rapid | SARS-CoV-2 Rapid Antigen | ||||||||||||||
instrumented | Antibody Test launched | Antigen Test launched | Test Nasal launched | |||||||||||||
Overview - not all COVID-19 related developments captured; EUA=emergency use authorization | 8 |
Potential use cases for COVID-19 portfolio
Pre-exposure/asymptomatic | Symptomatic | Post-vaccination |
(screening and prophylaxis) | (diagnosis and treatment) | (to confirm protection) |
PCR | Use cases will continue to | |||
Antigen test | persist with vaccine rollout | |||
Diagnostics | • | People not yet vaccinated | ||
IL-6 test | ||||
• | Vaccine ineffective/wore off | |||
Antibody test | ||||
• | Antibody testing | |||
Oral antiviral (DAA) | • | Population surveillance |
Neutralizing antibodies | • | Screening | |||
• | Flu/COVID-19 diagnosis | ||||
Pharma | |||||
Immunomodulators | |||||
Low risk | High risk | Mild | Hospitalized |
PCR=polymerase chain reaction test | 9 |
2020: Sales growth due to Diagnostics Division
2020 | 2019 | Change in % | ||
CHFbn | CHFbn | CHF | CER | |
Pharmaceuticals Division | 44.5 | 48.5 | -8 | -2 |
Diagnostics Division | 13.8 | 12.9 | 6 | 14 |
Roche Group | 58.3 | 61.5 | -5 | 1 |
CER=Constant Exchange Rates | 10 |
2020: Group sales growth impacted by COVID-19
16% | ||||||||||||||||||||||||||||||||||||
14% | 13% | |||||||||||||||||||||||||||||||||||
12% | ||||||||||||||||||||||||||||||||||||
10% | 8% | 9% 9% | ||||||||||||||||||||||||||||||||||
8% | 7% | 7% | 7%7% | 7% | ||||||||||||||||||||||||||||||||
6% | 6%6% | 6% | 6% | 6% | ||||||||||||||||||||||||||||||||
6% | 5% | 6% | 6% 6% | 8% | 6% | |||||||||||||||||||||||||||||||
4% | 5% | 5% | 4% | 4% | 5% | |||||||||||||||||||||||||||||||
4% | 4% | 4% | 4% | 1% 1% | ||||||||||||||||||||||||||||||||
2% | 3% | 3% | ||||||||||||||||||||||||||||||||||
2% | ||||||||||||||||||||||||||||||||||||
0% | ||||||||||||||||||||||||||||||||||||
-2% | ||||||||||||||||||||||||||||||||||||
-4% | -4% | |||||||||||||||||||||||||||||||||||
-6% | ||||||||||||||||||||||||||||||||||||
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 | ||||||||||||||||||||||||||||||||||||
12 | 12 | 12 | 12 | 13 | 13 | 13 | 13 | 14 | 14 | 14 | 14 | 15 | 15 | 15 | 15 | 16 | 16 | 16 | 16 | 17 | 17 | 17 | 17 | 18 | 18 | 18 | 18 | 19 | 19 | 19 | 19 | 20 | 20 | 20 | 20 | |
At constant exchange rates (CER) | 11 | |||||||||||||||||||||||||||||||||||
2020: Pandemic heavily impacting business dynamics
% CER | 1st wave | 2nd wave | ||
+60% | ||||
+50% | +50% | |||
+40% | +32% | |||
+25% | +28% | |||
+30% | ||||
+20% | +18% | +24% | ||
+10% | +7% | +2% | ||
+5% | ||||
+0% | ||||
-6% | -7% | |||
-4% | ||||
-10% | ||||
Q1'20 vs. | Q2'20 vs. | Q3'20 vs. | Q4'20 vs. | |
Q1'19 | Q2'19 | Q3'19 | Q4'19 |
Diagnostics | Pharma | Pharma New Products |
Growth rates at CER (Constant Exchange Rates)
Pharmaceuticals
- Severe impact from biosimilars and COVID-19
- Q4 carry over effect (Ocrevus administration)
Diagnostics
- Routine diagnostics impacted by COVID-19, gradual recovery since June 2020
- COVID-19testing overcompensating negative impact on routine testing since June 2020
12
Pharma: New products with strong momentum
Accelerated portfolio rejuvenation in Q4 2020
Pharma sales mix
CHFm | % of Pharma Sales | |||||||||||||||||||
21,000 | ||||||||||||||||||||
41% | ||||||||||||||||||||
18,000 | ||||||||||||||||||||
15,000 | 31% | |||||||||||||||||||
12,000 | ||||||||||||||||||||
22% | ||||||||||||||||||||
9,000 | ||||||||||||||||||||
15% | ||||||||||||||||||||
6,000 | ||||||||||||||||||||
3,000 | ||||||||||||||||||||
0 | ||||||||||||||||||||
FY 2017 | FY 2018 | FY 2019 | FY 2020 | |||||||||||||||||
Erivedge | Perjeta | Kadcyla | Gazyva | |||||||||||||||||
Esbriet | Cotellic | Alecensa | Tecentriq | |||||||||||||||||
Ocrevus | Hemlibra | Xofluza | Polivy | |||||||||||||||||
Rozlytrek | Phesgo | Enspryng | Evrysdi | |||||||||||||||||
All absolute values are presented in CHFm reported
2019
40% 31%
29%
2020
29%
41%
30%
New products launched since 2012
Other products Herceptin + Rituxan + Avastin
13
2020: Growth of profitability and Core EPS
Core operating profit | Core EPS | Operating free cash flow | |||||||||||||||||||||||||||||||||||||||||||||||||||
36.1% | 36.6% | 36.9% | 33.0% | 34.0% | |||||||||||||||||||||||||||||||||||||||||||||||||
% of sales | |||||||||||||||||||||||||||||||||||||||||||||||||||||
25.4% | |||||||||||||||||||||||||||||||||||||||||||||||||||||
+1.2%p1 | |||||||||||||||||||||||||||||||||||||||||||||||||||||
+4%1 | |||||||||||||||||||||||||||||||||||||||||||||||||||||
CHFbn | CHF | +4%1 | CHFbn | -21% at CER | |||||||||||||||||||||||||||||||||||||||||||||||||
21.5 | |||||||||||||||||||||||||||||||||||||||||||||||||||||
22.5 | 20.16 | 19.16 | 20.9 | ||||||||||||||||||||||||||||||||||||||||||||||||||
20.5 | 18.7 | ||||||||||||||||||||||||||||||||||||||||||||||||||||
18.14 | 14.8 | ||||||||||||||||||||||||||||||||||||||||||||||||||||
2018 | 2019 | 2020 | 2018 | 2019 | 2020 | 2018 | 2019 | 2020 |
1 at CER=Constant Exchange Rates | 14 |
2020 performance
Outlook
15
Continuing to invest in innovation
Assets in Ph III & registration at all time high
Diagnostics major systems launches ahead
NMEs
19 | |||
2 | |||
14 | 13 | 5 | |
2 | 2 | ||
10 | 2 | ||
5 | 5 | 2 | |
4 | |||
1 | |||
1 | 1 | 1 | |
1 | 1 | 8 | |
4 | 5 | 4 | |
FY 2017 | FY 2018 | FY 2019 | FY 2020 |
221
2
6
3
3
8
Outlook FY
2021
cobas® 58002 | cobas® pure2 |
cobas® pro (high throughput)
NME=new molecular entity; 1 | Ph III in SRP-9001 DMD, Ph III in AT-527COVID-19, Ph III in rh-PTX-2 in IPF; 2 | currently in development and not commercially available | 16 |
Strong short- and mid-term news flow
Diversifying the late stage pipeline and setting new standards of care
Product | Indication | Filing/Data | |||
tominersen | Huntington's | 2022 | |||
gantenerumab | Alzheimer's | 2022 | |||
SRP-9001 | DMD | latest 2023 | |||
etrolizumab | Crohn's | 2022 | |||
PDS | nAMD | 2020/21 | |||
DME | 2022 | ||||
faricimab | DME | 2021 | |||
nAMD | |||||
Actemra +/- | COVID-19 related | 2021 | |||
remdesivir | pneumonia | ||||
casirivimab/ | SARS-CoV-2 | 2021 | |||
imdevimab | |||||
AT-527 | SARS-CoV-2 | 2021/22 | |||
crovalimab | PNH | 2022 | |||
Positive top-line announced | Neuroscience | Immunology |
Product | Indication | Filing/Data | |
Adj SCCHN | 2021 | ||
Tecentriq | (Neo)Adj NSCLC | 2021/22 | |
Adj RCC | 2022 | ||
Adj HCC | 2022 | ||
ipatasertib | 1L mCRPC | 2022 | |
Polivy | 1L DLBCL | 2021 | |
tiragolumab + T | 1L SCLC | 2022 | |
mosunetuzumab | R/R FL | 2021 | |
glofitamab | R/R DLBCL | 2022 | |
Venclexta | R/R MM t(11;14) | 2022 | |
giredestrant | 2L/3L mBC | 2022 | |
inavolisib | 1L HR+ BC | 2022/23 | |
Ophthalmology | Infectious diseases | Oncology/Hematology |
Source: DMD=duchenne muscular dystrophy; nAMD=neovascular age-related macular degeneration; DME=diabetic macular edema; PNH=paroxysmal nocturnal hemoglobinuria; SCCHN=squamous cell carcinoma of the head and neck; RCC=renal | 17 |
cell carcinoma; NSCLC=non-small cell lung cancer; HCC=hepatocellular carcinoma; mCRPC=metastatic castration resistant prostate cancer; DLBCL=diffuse large B-cell lymphoma; SCLC=small cell lung cancer; FL=follicular lymphoma; |
MM=multiple myeloma
Outlook 2021: Growing sales & profit and investing in the future
Aim to defend margins despite headwinds
Sales1 | Expenses |
Pharma: New Products growth to continue overcompensating for the biosimilar impact
Diagnostics: Strong sales growth expected in particular in H1 21
Pharma: AHR erosion additional impact of roughly CHF
-4.6 bn
Trends expected to continue:
Investing into the future while protecting the margin
1 | based on assumption of general normalization in 2H '21; 2 | at CER=Constant Exchange Rates; AHR=Avastin, Herceptin, MabThera/Rituxan | 18 |
2021 outlook
Further growing top and bottom line
Group sales growth1 | • Low- to mid-single digit | |
Core EPS growth1 | • Broadly in line with sales growth | |
Dividend outlook | • Further increase dividend in Swiss francs | |
1 | At Constant Exchange Rates (CER); based on the current assessment of the COVID-19 impact | 19 |
Pharmaceuticals Division
Bill Anderson
CEO Roche Pharmaceuticals
2020: Pharmaceuticals Division sales
New products growing strongly - sales impacted by COVID-19 pandemic
2020 | 2019 | Change in % | ||||
CHFm | CHFm | CHF | CER | |||
Pharmaceuticals Division | 44,532 | 48,516 | -8 | -2 | ||
United States | 23,647 | 26,711 | -11 | -6 | ||
Europe | 8,198 | 8,453 | -3 | 1 | ||
Japan | 3,765 | 4,143 | -9 | -6 | ||
International | 8,922 | 9,209 | -3 | 7 | ||
CER=Constant Exchange Rates | 21 |
2020: Pharma Division
Core operating profit stable vs. prior year and significant reallocation of resources into R&D
2020 | 2020 vs. 2019 | |||||
CHFm % sales | CER growth | |||||
Sales | 44,532 | 100 | -2% | |||
Royalties & other op. inc. | 1,959 | 4.4 | -7% | |||
Cost of sales | -8,070 | -18.2 | -16% | |||
M & D | -6,633 | -14.9 | -8% | |||
R & D | -10,597 | -23.8 | 8% | |||
G & A | -1,714 | -3.8 | 6% | |||
Core operating profit | 19,477 | 43.7 | 0% | |||
-7% in CHF | ||||||
CER=Constant Exchange Rates | 22 |
Reallocating resources into R&D
Providing more patient benefit at less cost to society
launched | ||||||||||
NMEs in clinical | #12 | #1 | #19 | undisclosed | #15 | #8 | #7 | #6 | #2 | #1 |
development * | ||||||||||
1 | First approval of a new molecule in a new indication; * Molecule classification for NMEs in clinical development where details have been disclosed - there are 20 additional undisclosed NMEs in | 23 |
clinical development; PHC=personalized healthcare; NME=new molecular entity.
2020: Strong growth for new products leading to a more diversified portfolio
Tecentriq | 55% | |||||||||||||
Hemlibra | 68% | |||||||||||||
Ocrevus | 24% | |||||||||||||
Actemra / RoActemra | 32% | |||||||||||||
Perjeta | 18% | |||||||||||||
Kadcyla | 34% | |||||||||||||
Alecensa | 40% | |||||||||||||
Polivy | 248% | |||||||||||||
Gazyva | 21% | |||||||||||||
TNKase / Activase | 5% | |||||||||||||
Evrysdi | n/a | |||||||||||||
Xolair | 2% | |||||||||||||
Esbriet | 4% | |||||||||||||
Xofluza | 370% | |||||||||||||
Phesgo | n/a | |||||||||||||
Enspryng | n/a | |||||||||||||
US | ||||||||||||||
Lucentis | -16% | |||||||||||||
Europe | ||||||||||||||
Avastin | -25% | |||||||||||||
Japan | ||||||||||||||
MabThera | -31% | |||||||||||||
Herceptin | -34% | International | ||||||||||||
-2,400-2,000-1,600-1,200-800 | -400 | 0 | 400 | 800 | 1,200 |
CHFm | |||||
Absolute values and growth rates at Constant Exchange Rates (CER) | 24 |
New products account for >47% of Pharma sales*
4 NMEs launched in 2020: ENSPRYNG, PHESGO, GAVRETO & EVRYSDI
CHFm
5,000 4,500 4,000 3,500 3,000 2,500 2,000 1,500 1,000 500 0
% of Pharma Sales*
47%
35%
24%
17%
Q4 17 | Q4 18 | Q4 19 | Q4 20 |
Erivedge | Perjeta | Kadcyla | Gazyva |
Esbriet | Cotellic | Alecensa | Tecentriq |
Ocrevus | Hemlibra | Xofluza | Polivy |
Rozlytrek | Phesgo | Enspryng | Evrysdi |
* Venclexta sales are booked by partner AbbVie and therefore not included (Q4: USDm 365); Gavreto sales are initially booked by partner Blueprint Medicines and therefore not included, Gavreto discovered by Blueprint | 25 |
Medicines; NME=new molecular entity |
2020: Oncology -10% due to biosimilars & COVID-19
YoY CER growth
Cotellic
CHFbn
HER2 franchise
- Kadcyla and Perjeta with strong global uptake in adjuvant BC
- Phesgo launched in US and EU
Avastin franchise
- Biosimilar erosion in all regions
Hematology franchise*
- Venclexta: Strong growth in 1L CLL and 1L AML
- Gazyva: Growth in 1L CLL and 1L FL
- Polivy: Strong US/EU launch in R/R DLBCL
Tecentriq
- Growth driven by 1L SCLC, 1L TNBC and 1L HCC
Alecensa
- Strong performance in all regions
CER=Constant Exchange Rates; 2020 Oncology sales: CHF 23.3bn; CER growth -10%; * Venclexta sales booked by AbbVie and therefore not included (FY-2020 sales of USD 1,337m); Polivy in collaboration with Seagen; | 26 |
BC=breast cancer; AML=acute myeloid leukemia; CLL=chronic lymphocytic leukemia; FL=follicular lymphoma; R/R DLBCL=relapsed/refractory diffuse large B cell lymphoma; SCLC=small cell lung cancer; TNBC=triple | |
negative breast cancer; HCC=hepatocellular carcinoma |
Hematology franchise: Growth from Venclexta, Gazyva, and Polivy
CHFm | YoY CER growth |
2,000
1,500 -3% -8% +3%
1,000
-35%
500
0
Q4 17 | Q4 18 | Q4 19 | Q4 20 |
Hematology franchise Q4 update
CD20 franchise
- MabThera/Rituxan onc (-43%): Biosimilar and COVID-19 impact
- Gazyva (+6%): Growth in 1L CLL and 1L FL; some COVID-19 impact
Venclexta*
- Strong growth driven by 1L CLL and 1L unfit AML
- Ph III (Viale-A) in 1L unfit AML approved in US; filed in EU
- Updated NCCN guidelines in CLL & AML to «category 1»
Polivy
- US/EU: strong uptake in R/R DLBCL
Outlook 2021
- Ph III (POLARIX) results for Polivy in 1L DLBCL expected
MabThera/Rituxan (Onc) | Gazyva/Gazyvaro | Polivy | • CD20xCD3 program updates; Early filing potential in 3L+ FL/DLBCL | ||||
27 | |||||||
CER=Constant Exchange Rates; * Venclexta sales are booked by AbbVie (FY-2020 sales of USDm 1,337); Gazyva in collaboration with Biogen; Polivy in collaboration with Seagen; CLL=chronic lymphocytic leukemia; | |||||||
FL=follicular lymphoma; AML=acute myeloid leukemia; NCCN=national comprehensive cancer network; R/R DLBCL=relapsed/refractory diffuse large B cell lymphoma; SC=subcutaneous |
Hematology franchise: CD20 x CD3 program update
Potential for early filings in 3L+ FL and 3L+ DLBCL
Ph I (GO29781): Mosunetuzumab in R/R FL | Ph I (NP30179): Glofitamab in R/R DLBCL | |
High response rates in high risk subsets | High response rates in heavily pre-treated DLBCL | |
Glofitamab step-up dosing* (2.5/10/16mg or 2.5/10/30mg) | ||
- Mosunetuzumab in R/R FL: High and durable responses with low grade 2 and no grade ≥3 CRS (no protocol-required hospitalization)
- Glofitamab in R/R DLBCL: Off-the-shelf option with high CR rates in heavily pre-treated patients and manageable CRS (mostly grade 1-2)
- Ph I mosunetuzumab SC: Less frequent grade 2 CRS than IV at 7-fold higher dose; SC step up dosing to be further explored
- Ph III safety run-in for mosunetuzumab + lenalidomide in 2L+ FL ongoing
- Ph III safety run-in for glofitamab + GemOx in 2L+ DLBCL ongoing
Assouline et al, ASH 2020; FL = follicular lymphoma; R/R = relapsed/refractory; CR=complete response; CRS=cytokine release syndrome; Hutchings et al, ASH 2020; *Patients with missing or no response assessment are | 28 |
included as non-responders. Two aNHL and six iNHL patients did not have a response assessment reported at time of CCOD; DLBCL=Diffuse large B-cell lymphoma; GemOx=gemcitabine+oxaliplatin |
Tecentriq overview: Growth driven by first-in-class indications
First adjuvant trials to read out in 2021
CHFm | YoY CER growth | |||||||||||||
800 | ||||||||||||||
+35% | ||||||||||||||
+49% | ||||||||||||||
700 | +54% | |||||||||||||
+99% | ||||||||||||||
600 | +136% | |||||||||||||
+154% | ||||||||||||||
500 | ||||||||||||||
+146% | ||||||||||||||
400 | ||||||||||||||
+135% | ||||||||||||||
- +44% +71%+89%
- +29%
100
0
Q1 18 Q2 18 Q3 18 Q4 18 Q1 19 Q2 19 Q3 19 Q4 19 Q1 20 Q2 20 Q3 20 Q4 20
US Europe International Japan
Tecentriq Q4 update
Lung franchise (NSCLC, SCLC)
- US/EU/Japan: Growth driven by 1L SCLC and 1L NSCLC
- BTD for tiragolumab + Tecentriq in PDL1+ NSCLC
Breast franchise (TNBC)
- US/EU: Growth driven by 1L PDL1+ TNBC
GI franchise (HCC)
- US: 1L HCC reaching 50% market share after 7 months
- EU/China: 1L HCC first-in-class approvals achieved
Outlook 2021
- Ph III (IMpower010) Tecentriq in adj NSCLC
- Ph III (IMvoke010) Tecentriq in adj SCCHN
CER=Constant Exchange Rates; HCC=hepatocellular cancer; NSCLC=non small cell lung cancer; SCLC=small cell lung cancer; TNBC=triple negative breast cancer | 29 |
Lung cancer franchise: Alecensa in ALK+ NSCLC
Strong 1L momentum continues in all markets
CHFm | YoY CER growth |
350 | +54% |
300 | |
250 | +11% |
200 | +69% |
150 +99%
100 50 0
Q4 17 | Q4 18 | Q4 19 | Q4 20 |
US | Europe | International | Japan |
Alecensa Q4 update
- US (-4%): 1L New patient share > 70%
- EU (+22%): 1L New patient share EU-5 >80%
- Japan (+29%): 1L New patient share > 70%
- International (>500%): Driven by China NRDL listing
- FoundationOne Liquid CDx (FMI's blood-based NGS test) approved as companion diagnostic for Alecensa
Outlook 2021
- Strong growth, especially in International to continue
CER=Constant Exchange Rates; NSCLCL=non-small cell lung cancer; NRDL=national drug reimbursement list; FMI=Foundation medicine; NGS=next generation sequencing | 30 |
Hemophilia A franchise: Hemlibra growing strongly
28% total US patient share and 22% total EU-5 patient share reached
CHFm | YoY CER growth | ||||||||||
700 | |||||||||||
+45% | |||||||||||
600 | +57% | ||||||||||
+146% | |||||||||||
+59% | |||||||||||
500 | +313% | ||||||||||
Hemophilia Q4 update
• | US/EU: Gaining market share in non-inhibitors |
• | Minor COVID-19 impact leading to delayed patient starts |
400
>500%
• Around 9,500 patients treated globally, thereof 5,000 in the US |
>500%
300
>500%
200
>500%
100
0
Q1 18 Q2 18 Q3 18 Q4 18 Q1 19 Q2 19 Q3 19 Q4 19 Q1 20 Q2 20 Q3 20 Q4 20
US Europe International Japan
• Hemlibra continues to penetrate across all patient types |
Outlook 2021
- Further growth expected
- US/EU: Further patient share gains in non-inhibitors expected
CER=Constant Exchange Rates | 31 |
Immunology franchise: Stable sales driven by Actemra
CHFm
2,500
2,000
1,500
1,000
500
0
YoY CER growth
+12% | |||||||||
0% | |||||||||
+10% | |||||||||
+2% | |||||||||
Q4 17 | Q4 18 | Q4 19 | Q4 20 | |
MabThera/Rituxan (RA) | Actemra IV | |||
Actemra SC | Xolair | |||
CellCept | Pulmozyme | |||
Esbriet | Other | |||
Immunology Q4 update
Esbriet (-9%)
- Growth in mild/moderate segments
- BTD in unclassifiable interstitial lung disease (uILD)
Actemra (+29%)
- Remains leading RA monotherapy in EU-5
- Sales driven by COVID-19; Positive study results (REMAP-CAP)
Xolair (+3%)
- Remains leader in biologics asthma market; growth in CIU
- Self-injection(home use) approval in the US expected in H1
Outlook 2021
- Ph III (REMDACTA) results for Actemra+remdesivir in COVID-19
- Ph III (STARSCAPE) rhPTX-2+SOC in IPF first-patient-in in Q1
- Ph III (MAJESTY) Gazyva in MN first-patient-in in Q1
CER=Constant Exchange Rates; RA=rheumatoid arthritis; CIU=chronic idiopathic urticaria; SOC=standard of care; IPF=idiopathic pulmonary fibrosis; MN=membranous nephropathy | 32 |
MS franchise: Ocrevus with 25% total US market share
Market leadership momentum continues
CHFm | YoY CER growth | |||||||||||||||||||||||||
1,500 | ||||||||||||||||||||||||||
1,250 | +37% | |||||||||||||||||||||||||
+38% | ||||||||||||||||||||||||||
+55% | +10% | |||||||||||||||||||||||||
1,000 | +48% | +12% | ||||||||||||||||||||||||
+59% | ||||||||||||||||||||||||||
+67% | ||||||||||||||||||||||||||
750 | +83% | |||||||||||||||||||||||||
+104% | ||||||||||||||||||||||||||
+195% | ||||||||||||||||||||||||||
500 | ||||||||||||||||||||||||||
250 | ||||||||||||||||||||||||||
0 | ||||||||||||||||||||||||||
Q1 18 Q2 18 Q3 18 Q4 18 Q1 19 Q2 19 Q3 19 Q4 19 Q1 20 Q2 20 Q3 20 Q4 20 | ||||||||||||||||||||||||||
US | Europe | International | ||||||||||||||||||||||||
Ocrevus Q4 update
- US new patient share remains ~40%
- Q4 growth despite COVID-19 and carry over from Q2 (1st wave)
- Shorter infusion approved in US
- Higher dose Ocrevus: Ph III (MUSETTE) in RMS and Ph III (GAVOTTE) in PPMS first-patient-in
- Fenebrutinib (BTKi): Ph III program PPMS (FENtrepid) first- patient-in
Outlook 2021
- Continued growth expected
- Ongoing launches in EU and International
- Fenebrutinib (BTKi): Ph III program in RMS (FENhance)
CER=Constant Exchange Rates; MS=multiple sclerosis; RMS=relapsing MS; PPMS=primary progressive MS | 33 |
SMA franchise: Successful virtual US launch of Evrysdi
>1,000 US patients treated (>10% total share) after less than 5 months
Broad uptake across all patient types
Patients treated with all SMA types Pattern mirrors disease prevalence: 25% type 1, 50% type 2, 25% type 3
Naive (~1/3) and previously treated (~2/3)
Pts switching from both Spinraza & Zolgensma
Broad range of ages
2 month old infants to 70+ year old adults ~50% of patients are adults
>350 HCPs have prescribed Evrysdi
~2,500 patients treated worldwide between clinical trials, commercial, and compassionate use program
* SMA=spinal muscular atrophy; HCP=health care professional
Access enabled by compelling value proposition
- ~55% of lives covered due to active payer engagement
- Rapid payer coverage by Commercial and Medicaid plans
- Most payer policies fully aligned to the FDA label
H1 2021 Outlook
- Anticipated approvals in EMA, China, and Japan
- Primary analysis from Ph II (JEWELFISH) study in previously treated patients
- 2-yeardata from pivotal Ph III trials SUNFISH and FIREFISH
34
Ophthalmology franchise: Benefitting patients globally
Faricimab: Positive results in DME & nAMD; PDS: launch on track
Faricimab | Port delivery system |
(anti-VEGF/Ang-2 biMab) | (PDS) |
- Ph III (YOSEMITE & RHINE) results in DME positive with >50% of patients being able to extend time between treatments to 16 weeks
- Ph III (LUCERNE & TENAYA) results in nAMD positive with nearly half (45%) of patients being treated every 16 weeks
- First time this level of durability has been achieved in Ph III
- Filing on track for 2021; Data to be presented at Angiogenesis
- Ph III (ARCHWAY) data in nAMD show more than 98% of patients were able to go six months between treatments
- Generally well tolerated with favorable benefit-risk profile
- Ph III trials in DME (PAGODA) and DR (PAVILION) enrolling rapidly; Ex-US studies to be initiated
- Additional Ph III (ARCHWAY) data to be presented at Angiogenesis
- US approval expected in 2021
nAMD=neovascular age-related macular degeneration; DME=diabetic macular edema; DR=diabetic retinopathy | 35 |
Infectious diseases: SARS-CoV-2 development program
Positive read-outs for nAb cocktail - first shipments
Casirivimab + imdevimab (nAb cocktail):
- Ph II (Study 2067) in outpatient setting: Primary endpoint of viral load reduction met; FDA EUA granted on Nov 20; First governmental orders from US and Europe received
- Ph II (Study 2066) in hospitalized patients: Futility analysis passed in sero-negative patients for lower risk of mechanical ventilation and/or death, supporting additional investigation in this population
- Ph III (Study 2069) post-exposure prophylaxis: Positive interim results showing reduction in overall infections within the first week and 100% prevention of symptomatic infections
Actemra for COVID-19 pneumonia:
• REMAP-CAP study with positive data release by the Imperial College London
nAb=neutralizing antibodies; DAA=direct acting antiviral; EUA=emegency use authorization | 36 |
2020: Key late-stage news flow*
Additional 2020 news flow:
- casirivimab/imdevimab: Positive Ph II results in outpatients; US EUA granted
- Actemra: Positive Ph III (EMPACTA) in severe COVID-19 related pneumonia
- Actemra: Ph III (COVACTA) did not meet primary endpoint; potentially clinically meaningful benefits in time to hospital discharge and duration of ICU stay
- Gavreto: US approval in RET fusion-positive mNSCLC
- Gavreto: US approval in metastatic RET+ thyroid cancer
- Xolair: US filing of prefilled syringe for self-administration across all indications
- Evrysdi: Positive Ph III (FIREFISH part 2) results in type 1 SMA
- Esbriet: US priority review granted in unclassifiable interstitial lung disease (UILD)
* Outcome studies are event-driven: timelines may change; EUA=emergency use authorization; ICU=intensive care unit | 37 |
2021: Key late-stage news flow*
Compound | Indication | Milestone |
Regulatory
Phase III / pivotal
readouts
Evrysdi | SMA type 1/2/3 | EU approval |
PDS ranibizumab | nAMD (continuous delivery) | US/EU filing; US approval |
faricimab | DME/nAMD | US/EU joint filing (DME+AMD) |
casirivimab/imdevimab | SARS-CoV-2 | EU approval |
Venclexta + azacitidine | 1L unfit AML | EU approval |
Tecentriq | 1L PDL1+ NSCLC | EU approval |
Xofluza | Healthy patients; High risk patients; Post exposure | EU approval |
faricimab | nAMD | Ph III TENAYA/LUCERNE |
casirivimab/imdevimab | SARS-CoV-2 Outpatient | Ph III Study 2067 |
casirivimab/imdevimab | SARS-CoV-2Post-exposure prophylaxis | Ph III Study 2069 |
Tecentriq | Adjuvant NSCLC | Ph III IMpower010 |
Evrysdi | SMA type 1/2/3 switching study | Ph II JEWELFISH |
Polivy + R-CHP | 1L DLBCL | Ph III POLARIX |
Tecentriq + chemo | Adjuvant SCCHN | Ph III IMvoke010 |
mosunetuzumab | 3L+ FL | Ph Ib GO29781 |
glofitamab | 3L+ DLBCL | Ph Ib NP30179 |
* Outcome studies are event-driven: timelines may change | 38 |
Diagnostics Division
Thomas Schinecker CEO Roche Diagnostics
2020: Diagnostics Division sales
Strong growth driven by Molecular Diagnostics
2020 | 2019 | Change in % | ||
CHFm | CHFm | CHF | CER | |
Diagnostics Division | 13,791 | 12,950 | 6 | 14 |
Centralised and Point of Care Solutions | 7,273 | 7,819 | -7 | -1 |
Molecular Diagnostics | 3,760 | 2,109 | 78 | 90 |
Diabetes Care | 1,670 | 1,918 | -13 | -5 |
Tissue Diagnostics | 1,088 | 1,104 | -1 | 5 |
CER=Constant Exchange Rates; Underlying growth of Molecular Diagnostics excluding sequencing business: +102% | 40 |
2020: Diagnostics Division regional sales
Growth driven by COVID-19 testing
Japan | ||
North America | +5% | |
+26% | EMEA1 | ~4% of divisionalsales |
~28% of divisional sales | +19% | |
~40% of divisional sales |
Asia Pacific | ||
Latin America | ||
-3% | ||
+14% | ||
~23% of divisional sales | ||
~6% of divisional sales | ||
All growth rates at Constant Exchange Rates (CER); 1 Europe, Middle East and Africa | 41 |
2020: Diagnostics Division highlights
Strong growth driven by COVID-19 testing
YoY CER growth
Centralised
and Point
of Care
Solutions
Molecular Diagnostics1
Diabetes
Care
Tissue Diagnostics
-1%
+90%
-5%
+5% | EMEA2 |
North America | |
RoW |
- Immunodiagnostics (-6%)
- Clinical Chemistry (-11%)
- POC3 Immunodiagnostics (+667%)
- Virology (+180%)
- LightMix Systems (+189%)
- POC3 Molecular (+152%)
- Blood glucose monitoring (-4%)
- Insulin delivery systems (-15%)
- Advanced staining (+5%)
- Companion diagnostics (+8%)
CHFbn | 0.0 | 1.0 | 2.0 | 3.0 | 4.0 | 5.0 | 6.0 | 7.0 | 8.0 |
CER=Constant Exchange Rates; 1 Underlying growth of Molecular Diagnostics excluding sequencing business: +102%; 2 EMEA=Europe, Middle East and Africa; 3 | POC=point of care | 42 |
2020: Diagnostics Division
Very strong core operating profit growth of +50%
2020 | 2020 vs. 2019 | |||||
CHFm % sales | CER growth | |||||
Sales | 13,791 | 100 | 14% | |||
-26% | ||||||
Royalties & other op. inc. | 61 | 0.4 | -26% | |||
Cost of sales | -6,497 | -47.0 | 10% | |||
M & D | -2,728 | -19.8 | 0% | |||
R & D | -1,556 | -11.3 | 10% | |||
G & A | -507 | -3.7 | 3% | |||
Core operating profit | 2,564 | 18.6 | 50% | |||
+30% in CHF | ||||||
CER=Constant Exchange Rates | 43 |
SARS-CoV-2 diagnostics portfolio1
Comprehensive portfolio of tests and digital solutions
Clinical Labs | Near Patient | ||||||
Molecular | • TIB MOLBIOL LightMix® Modular SARS-CoV-2 | Launched | |||||
• cobas® SARS-CoV-2 & Influenza A/B | |||||||
• | cobas® SARS-CoV-2 | Launched | Launched | ||||
solutions | |||||||
• | cobas® SARS-CoV-2 & Influenza A/B | ||||||
Launched | |||||||
Immunology
solutions
- Elecsys® Anti-SARS-CoV-2
- Elecsys® Anti-SARS-CoV-2 S2
- Elecsys® SARS-CoV-2 antigen
- Elecsys® IL-6 Test to diagnose cytokine release syndrome
Launched | |||||
• SARS-CoV-2 | Rapid Antibody | Launched3 | |||
Launched | • | SARS-CoV-2 Rapid Antigen | Launched3,4 | ||
Launched4 | • SARS-CoV-2 | Rapid Antigen Test Nasal | |||
Launched3,4 | |||||
• | SARS-CoV-2 | & Influenza A/B Rapid Antigen | |||
Launched | In-development3 |
Digital | • | NAVIFY Remote Monitor5 | Launched | ||||||
• | v-TAC6 digital algorithm for blood-gas | ||||||||
Launched | |||||||||
• Viewics LabOps COVID-19 for efficiency | Launched | ||||||||
solutions | improvements | • | iThemba Life COVID-19 | ||||||
Launched | |||||||||
• cobas® infinity POC COVID-19 Portal | |||||||||
Launched | |||||||||
Recently launched | |||||||||
1 Not all products are available in all countries; 2 S=spike protein; 3 external distribution partnership; 4 not yet approved in the U.S.; 5 US only; 6 v-TAC=venous to arterial conversion | 44 |
Investing CHFm >600 to increase supply chain capacities
Driving to unprecedented volume in record time!
CONSUMABLES | REAGENTS |
• | 60 new manufacturing lines | • | 20 new manufacturing lines |
• | 17 locations with 5 new partners | • | 4 major facility expansions |
• | CHFm >600 investment | |
• | >1200 new employees | |
• | 8 new manufacturing lines | • 1 new manufacturing space |
• | 1 new biotech facility |
RAW MATERIALS | INSTRUMENTS |
45
Launch of Elecsys® SARS-CoV-2 Antigen Test in CE mark countries
High performing test to detect SARS-CoV-2
Elecsys® In-solution | |||||
double-antibody sandwich | |||||
Ru | |||||
Phase 1 | |||||
9 min | |||||
Ru | |||||
Phase 2 | |||||
9 min | |||||
Ru | |||||
Phase 3 | |||||
Ru | Biotinylated monoclonal | SARS-CoV-2 nucleocapsid (N) in | |||
antibody against N | the sample | ||||
Ru | Ruthenylated monoclonal | Streptavidin-coated paramagnetic | |||
antibody against N | microparticle |
- Test to detect active SARS-CoV-2 infections
- Excellent performance:
- Sensitivity 94.5% (n=200 positive samples1)
- Specificity 99.9% (n=2,747 negative samples2)
- Potential to scale up to double-digit million tests/month
- Available for all cobas® e3 immunoanalyzers (installed base > 40,000)
- SARS-CoV-2Extraction Solution: virus inactivation time of 2 minutes
1 Based on samples from 200 symptomatic individuals and cobas® SARS-CoV-2 Target 2 Ct value < 30; 2 Based on samples from 548 symptomatic individuals and 2199 known/suspected | 46 |
exposure/screening individuals; 3 cobas® e: cobas e 801, cobas® e 602, cobas® e 601, cobas® e 411 |
FDA grants EUA for Elecsys® Anti-SARS-CoV-2 S immunoassay
In clinical studies with major vaccine developers
Elecsys® In-solution
double-antigen sandwich
Matur | Biotin-labelled | ||
Immature IgG | complementary | ||
e IgG | antigen | ||
Immature IgM | Mature IgM | Ru | Ruthenylated |
antigen | |||
Streptavidin-coated | |||
paramagnetic microparticles |
- FDA Emergency use authorization1 on December 2nd
- Quantitative immunoassay detecting antibodies to the receptor binding domain (RBD) of the spike protein (anti-S)
- Excellent performance:
- Sensitivity 98.8% (n=1423 positive samples2)
- Specificity 99.98% (n=5991negative samples)
- Excellent correlation of the Elecsys® Anti-SARS-CoV-2 S units with the new WHO International Standard
- Potential to scale up to double-digit million tests/month
- Available on all cobas® e3 immunoanalyzers (installed base >40,000)
1 | Includes: CE-IVDFDA-EUA, India, Indonesia, Singapore, Thailand, Taiwan, Philippines, Vietnam, Argentina; 2 n=1423 positive samples, 14 days or later after diagnosis with PCR; | 47 |
3 cobas® e: cobas® e 801, cobas® e 602, cobas® e 601, cobas® e 411
Launch of cobas® PIK3CA Mutation Test (CE-IVD)
Enables clinicians to make fast targeted treatment decisions
PIK3CA pathways in cancer
Extracellular Growth Factor
Cell membrane
Growth Factor Receptor (FGFR and EGFR family members
PI3 KINASE
(PIK3CA)
PTEN
AKT 1
mTOR
Cell proliferation, cell survival, invasion & metastasis tumour- induced angiogenesis
- PCR test for detection of 17 PIK3CA mutations in advanced or metastatic breast cancer
- Up to 40% of patients with HR+/HER2- harbor a PIK3CA mutation 1
- High analytical sensitivity for 0.7 to 3.5% mutation level (variant dependent)
- Clinical reproducibility > 99%; 100% concordance vs NGS
- Runs on cobas® z 4800 (installed base>2000)
1 cobas® PIK3CA Mutation Test CE-IVD package insert 1. Vasan N et al., Annals of Onco 2019 | 48 |
End-to-end Digital Pathology solution with IVD image analysis
Powerful pipeline utilising latest advances in AI technology
SCANNING | PATHOLOGIST | IMAGE | ||
WORKFLOW | ANALYSIS | |||
VENTANA DP 200 | NAVIFY Digital | uPath Image Analysis | ||
Pathology | Algorithms | • Three next-generationCE-IVD algorithms launched in 2020 | ||
utilizing whole slide analysis for medical decision support to | ||||
PD-L1 | HER2 Dual | critical cancer diagnosis | ||
ISH
• Cloud based clinical workflow software and algorithms on
HER2 (4B5) | the NAVIFY platform |
NAVIFY Tumor Board
49
Outlook on 2021 new systems launches
Enabling comparable results in different size laboratories
Throughput | Low | Medium | High |
cobas® pure* | cobas® pro | cobas® pro (high throughput) |
SWA**
solutions
cobas® 5800* | cobas® 6800 | cobas® 8800 |
Molecular
solutions
* Currently in development and not commercially available; ** Serum Work Area | 50 |
Roche Diagnostics Investors Day 2021
Innovating Diagnostics, Shaping Healthcare, Changing lives
23rd March 2021, 14:00-16:00 CEST (virtual set up)
Presenters:
Thomas Schinecker, CEO Diagnostics
Ann Costello, Global Head Roche Diagnostics Solutions
Palani Kumaresan, Head of Research & Development
Benjamin Lilienfield, Life Cycle Leader Systems
Andre Ziegler, Global Clinical Leader Cardiology
Michael Hombach, Global Clinical Leader Infectious disease
Jill German, Global Head of Pathology Lab
51
Key launches 2020
Area | Product | Description | Market1 | ||||
Instruments/ | Workflow | cobas | ® | prime | Next generation pre-analytical platform to support cobas® 6800/8800 Systems | CE | |
Devices | Diabetes | Accu-Chek Solo Diabetes | Integration of the Accu-Chek Guide test strip technology into the Accu-Chek | CE | |||
Care | Manager | Solo Diabetes Manager (remote control) | |||||
Elecsys® EBV EBNA IgG | EBV panel offering 3 different assays (EBV IgM, EBV VCA IgG, and EBV EBNA | ||||||
Elecsys® EBV VCA IgG | CE | ||||||
IgG) for the qualitative detection of antibodies to Epstein-Barr Virus (EBV) | |||||||
Infectious | Elecsys® EBV IgM | ||||||
Diseases | cobas® HIV-1&2 Qual | Qualitative detection and confirmation of HIV-1 & HIV-2 | US | ||||
Tests/ | cobas® EBV | Monitoring tests for transplant patients to aid in the management of EBV and | US | ||||
cobas® BKV | BKV infections | ||||||
Assays | |||||||
Cervical | cobas | ® | HPV (6800/8800) | The world's leading cobas® HPV assay for use on the fully automated cobas® | US | ||
6800/8800 Systems | |||||||
Cancer | CINtec PLUS Cytology | Next generation "Pap" test which leverages p16/Ki-67dual-stain biomarker | US | ||||
technology on cervical cytology samples | |||||||
VENTANA HER2 Dual ISH | Fully automated, brightfield ISH assay to determine eligibility for HER2 targeted | US | |||||
Tissue Dx | therapy | ||||||
Algorithm - HER2 (4B5) | Whole slide image analysis algorithm for HER2 (4B5) | CE | |||||
Sequencing | NAVIFY Mutation Profiler | Software as a medical device for annotating, variant classification, clinical | US | ||||
interpretation and reporting from comprehensive genomic profile testing | |||||||
RocheDiabetes InsulinStart | A messaging service designed for people with type 2 diabetes to ease the | CE | |||||
Software | transition from oral antidiabetics to a complimentary insulin therapy | ||||||
Diabetes | |||||||
mySugr app | Enabling control of the Accu-Chek Insight insulin pump from the mySugr app | WW | |||||
Care | |||||||
RocheDiabetes Care Platform | New releases with improved features focusing on device connectivity, integration | WW | |||||
of 3rd parties, and healthcare professionals' workflow optimisation | |||||||
1CE: European Conformity, US: FDA approval, WW: Worldwide; EBV=Epstein-Barr virus; BKV=BK virus | 52 |
Key launches 2021
Area | Product | Description | Market1 |
Instruments
Tests
Digital
Solutions
Core Lab | cobas® pure integrated solutions | Low-to-medium volume SWA |
cobas® pro integrated solutions | New high throughput configurations of the cobas pro instrument | |
Point of Care | cobas® pulse | Successor of Accu-Chek® Inform II |
Molecular Lab | cobas® 5800 | Fully automated low throughput PCR system |
AVENIO Edge System | Automated sequencing library preparation and target enrichment instrument | |
Diabetes Care | Accu-Chek Instant Forward | New features for the Instant meter to increase performance and user experience |
Elecsys® SARS-CoV-2 Antigen | Automated laboratory assay intended as an aid in the diagnosis of SARS-CoV-2 infection | |
Core Lab | Elecsys® NT-proBNP IU | |
• extensions in Heart Failure | A set of 5 intended use extensions in the Coronary Arterial Disease, Atrial Fibrillation and | |
• extension for Atrial Fibrillation | Heart Failure Space | |
Elecsys® TnT-hs 3 claim extensions | ||
in Coronary Arterial Disease | ||
Molecular Lab | AVENIO FoundationOne kit (RUO) | Decentralized kit of the FoundationOne test |
KAPA HyperPETE kit | New targeted sequencing portfolio using primer extension for small targets | |
uPath 2.0 | First IVD release and version of Open API of the clinical pathologist workflow module for | |
Pathology Lab | NAVIFY Digital Pathology & on-premise uPath | |
RUO Algorithms | Whole slide image analysis algorithms (ER (SP1), Ki-67(30-9), and PR (1E2)) | |
Insights | NAVIFY Oncology 1.0 | Modular Oncology decision support solution |
NAVIFY Pass 1.0 | Solution for providers to communicate SARS-CoV-2 rapid antigen test results to a mobile app | |
Core Lab | Elecsys® GAAD Algorithm | Algorithm for early detection of HCC in patients with chronic liver disease. |
Remote Patient Monitoring | Module within RDCP that enables remote Health Care Professional - Patient with Diabetes | |
Diabetes Care | interaction, including a patient dashboard, check-in and chat functionality | |
Accu-Chek SugarView | Meter-free blood glucose testing using a smartphone and app | |
CE
CE
CE
CE
WW
WW
US
CE
WW
WW
WW
WW
WW³
US & CE³
CE
WW³
OUS³
RDCP: Roche Diabetes Care Platform; 1 CE: European Conformity, US: FDA approval, WW: Worldwide, OUS: Outside the US; 2 Reasearch Use Only; 3 Only a few selected countries
Finance
Alan Hippe
Chief Financial Officer
2020 results
Focus on Cash
Outlook
55
2020: Highlights
Business
- Sales growth of +1%1 despite biosimilars impact of CHF -5.1bn2
- Core operating profit up +4%1 and Core EPS growth of +4%1
- Dividend3 in Swiss francs further increased
Cash flow
- Operating Free Cash Flow of CHF 14.8bn despite higher investments in in-licensing and higher inventories
- Net debt lower by CHF 0.6bn vs. YE 2019, now at CHF -1.9bn, as FCF of CHF 10.9bn offsets dividends paid (CHF -8.0bn)
Net financial result
- Core net financial expenses decreased by +34%1 due to lower interest expenses (CHFm 182) mainly driven by early debt redemption in 2019 (loss of CHFm 202)
IFRS
- Net income increased by +17%1 driven by lower impairments of intangible assets and goodwill and the release of the Accutane US litigation provision
1 At Constant Exchange Rates (CER); 2 | MabThera, Herceptin & Avastin in Europe (Avastin: as of Jul 20) and US & Japan Herceptin, Avastin & MabThera; 3 | based on 2020 dividend as proposed | 56 |
by the Board of Directors; FCF=free cash flow
2020: Successfully managing the transition in volatile environment
Compensated for biosimilar & COVID-19 | Efficiency gains & investment into future | |||
Group | Group | |||
Sales | Core OP | |||
CHFm (CER) | + 4,739 | CHFm (CER) |
- 5,051 2 | ||||
+ 1,800 | ||||
-868 | ||||
- 5,919 | ||||
61,396 | 62,015 | |||
+1% | ||||
2019 | Pharma | Pharma | Diagnostics | 2020 |
New | bx exposed2 | Division | ||
Products1 | & other |
At constant exchange rates (CER); 1 Erivedge, Perjeta, Kadcyla, Gazyva, Esbriet, Cotellic, Alecensa, Tecentriq, Herceptin & Avastin in Europe (Avastin: as of Jul 20) and MabThera, Herceptin & Avastin in U.S. and Japan; 3
+ 1,812 | + 981 | ||
- 40 | |||
- 803 | |||
23,460 | 23,460 | ||
22,478 | - 968 | ||
+4% |
2019 | Pharma | Pharma | Pharma | Diagnostics Corporate | 2020 |
lower profit | efficiency | additional | growth & | ||
contribution | gains & | R&D spend | efficiency | ||
from lower | other | gains |
sales3 | |
Ocrevus, Hemlibra, Xofluza, Polivy, Rozlytrek, Phesgo, Enspryng, Evrysdi; 2 MabThera, | 57 |
Pharma sales decline minus proportional cost of sales 2020 |
2020: Group performance
Core operating profit up +4 & Core EPS growth of +4%
2020 | 2019 | Change in % | ||||
CHFm | CHFm | CHF | CER | |||
Sales | 58,323 | 61,466 | -5 | 1 | ||
Core operating profit | 21,536 | 22,479 | -4 | 4 | ||
as % of sales | 36.9 | 36.6 | ||||
Core net income | 17,378 | 18,062 | -4 | 5 | ||
as % of sales | 29.8 | 29.4 | ||||
Core EPS (CHF) | 19.16 | 20.16 | -5 | 4 | ||
IFRS net income | 15,068 | 14,108 | 7 | 17 | ||
Operating free cash flow | 14,815 | 20,921 | -29 | -21 | ||
as % of sales | 25.4 | 34.0 | ||||
Free cash flow | 10,943 | 16,764 | -35 | -26 | ||
as % of sales | 18.8 | 27.3 | ||||
CER=Constant Exchange Rates | 58 |
2020: Group sales
CER sales increase of +1%, driven by Diagnostics and International, partly offset by a decrease in the US; Fx impact of -6%p
-6% | +1% | +7% | -6% | +1% | -5% |
Pharma Division | Dia Division | ||||
-2% | +14% |
+1,800 | +620 | |
-1,689 | -241 | |
+661 | -3,763 | |
+89 | ||
-3,143 |
United States | Europe | Intl. | Chugai | Dia Division | Group | Fx 1 | Group |
(Japan) | CHF | ||||||
Absolute values in CHFm at Constant Exchange Rates (avg full year 2019); 1 avg full year 2019 to avg full year 2020 fx | 59 |
2020: Core EPS development
Operations growth is main driver for Core EPS growth
CHF
+4.2%
+4.9 p
+0.3 p | +0.9 p | |
-1.1 p | -0.1 p | -0.7 p |
21.20
20.35
FY 2019 | Income from | Other | Gains equity | Bond | Resolution tax | FY 2020 | |
disposal of | Operations | ||||||
ROOI | securities | redemption | disputes | ||||
products | |||||||
All at CER (Constant Exchange Rates, average FY 2019); ROOI=Royalties and other operating income excl. Gains on product disposals | 60 |
2020: Group operating performance
Core operating profit growth ahead of sales growth
2020 | 2020 vs. 2019 | ||||
CHFm | abs. CER | CER growth | |||
Sales | 58,323 | 620 | |||
1% | |||||
Royalties & other op. inc. | 2,020 | -175 | -8% | ||
Cost of sales | -14,567 | 1,015 | -6% | ||
M & D | -9,361 | 631 | -6% | ||
R & D | -12,153 | -953 | 8% | ||
G & A | -2,726 | -157 | 6% | ||
Core operating profit | 21,536 | 981 | 4% | ||
-4% in CHF | |||||
CER=Constant Exchange Rates | 61 |
2020: Royalties and other operating income
Lower income on product disposals, partially offset by higher other operating income from Venclexta profit share
CHFm
+70 | |||||
-57 | -27 | ||||
2,285 | |||||
-251 | |||||
Royalties and other operating income decreased by -8% at CER | 2,020 | ||||
1 | 2 | 3 | 4 | 5 | 6 |
2019 | Royalty income | Out-licensing | Other operating | Income from | 2020 |
income | income | disp. of products | |||
CER = Constant Exchange Rates | 62 |
Major transformation ongoing across the Group
Example: Cost of Sales
Cost of Sales | 2019 | 2020 | abs. CER | % CER | |
Pharma Division | 10,180 | 8,070 | +1,652 | -16% | • Manufacturing cost of goods sold and period costs: |
Manufacturing cost | 6,086 | 5,021 | +787 | -13% | Product mix, productivity improvements, and lower |
inventory write-offs | |||||
Dia Division | 6,183 | 6,497 | -637 | +10% | • Collaboration and profit sharing agreements: Decrease |
Manufacturing cost | 6,079 | 6,395 | -638 | +11% | driven by lower MabThera/Rituxan sales (US) |
• Royalty expenses: Decrease related to expired Cabilly | |||||
Group | 16,363 | 14,567 | +1,015 | -6% | patent, partially offset by increased sales for certain |
Manufacturing Cost | 12,165 | 11,416 | +149 | -1% | royalty-bearing products (Ocrevus, etc.) |
Variances at constant exchange rates (CER) | 63 |
2020: Core operating profit and margin
% of sales | 43.1% | 43.3% | 43.7% | |||||||||||||||||||||
36.6% | 36.9% | |||||||||||||||||||||||
36.1% | ||||||||||||||||||||||||
+1.1%p¹ | ||||||||||||||||||||||||
+1.2%p¹ | ||||||||||||||||||||||||
CHFm | +4%¹ | 0%¹ | 18.6% | |||||||||||||||||||||
22,479 | 15.9% | |||||||||||||||||||||||
20,505 | 21,536 | 21,015 | 15.2% | |||||||||||||||||||||
19,477 | ||||||||||||||||||||||||
+4.8%p¹ | ||||||||||||||||||||||||
18,942 | ||||||||||||||||||||||||
+50%¹
2,046 1,966 2,564
2018 2019 2020
1 At CER=Constant Exchange Rates
Roche Group | Pharma Division | Diagnostics Division |
64
2020: Core net financial result
Improvement driven by net loss on debt redemption in 2019 and lower interest expenses
CHFm | |||||||
• Net financial expenses decreased by +34% at CER | |||||||
• | Interest expenses1 decreased by +26% at CER | ||||||
-564 | |||||||
-903 | +58 | ||||||
+182 | |||||||
+202 | |||||||
-87 | -15 | -1 | |||||
2019 | Net interest | Equity | FX G/L | G/L on debt | Interest | Other | 2020 |
income | securities | redemption | expenses1 | ||||
CER=Constant Exchange Rates; 1 | incl. amortisation of debt discount and net gains on interest rate derivatives | 65 |
2020: Group Core tax rate
Tax rate relatively stable excluding resolution of several tax disputes
%
+0.2p | -1.5p | |||||
+2.1p | ||||||
18.4 | 18.6 | |||||
16.3 | 17.1 | |||||
-3,880 | ||||||
2019 | 2019 | 2020 | 2020 | |||
As reported | Resolution of | Before | Tax development | Before | Resolution of | As reported |
Tax Disputes | Resolution of | (excluding | Resolution of | Tax Disputes | ||
2019 | Tax Disputes | Resolution of | Tax Disputes | 2020 | ||
Tax Disputes) |
66
2020: Non-core and IFRS income
Total non-core operating items decreasing due to lower IA impairments and Legal & Environmental income
2019 | 2020 | Change in % | |||||
CHFm | CHFm | CHFm | CHF | CER | |||
Core operating profit | 22,479 | 21,536 | -943 | -4 | +4 | ||
Global restructuring plans | -1,206 | -909 | 297 | ||||
Amortisation of intangible assets | -1,532 | -1,750 | -218 | ||||
Impairment of intangible assets | 1 | -1,756 | -672 | 1,084 | |||
M&A and alliance transactions | 43 | -9 | -52 | ||||
Legal & Environmental | 2 | -480 | 347 | 827 | |||
Total non-core operating items | -4,931 | -2,993 | 1,938 | ||||
IFRS Operating profit | 17,548 | 18,543 | 995 | +6 | +16 | ||
Total financial result & taxes | -3,440 | -3,475 | -35 | ||||
IFRS net income | 14,108 | 15,068 | 960 | +7 | +17 |
CER=Constant Exchange Rates; IA=intangible assets; 1 incl. goodwill; 2 incl. pension plan settlements | 67 |
2020 results
Focus on Cash
Outlook
68
2020: Operating Free Cash Flow
OFCF down by -21% driven by Net Working Capital movement and higher investments in Intangible Assets
CHFm
-74-2,307
-216-1,838
-1,671
20,921
OFCF lower by -21% /-4,435m at CER
2019 | OP, net of cash | NWC | Investments | Investments | Foreign |
adjustments | movement | in PP&E | in IA | exchange |
CER=Constant Exchange Rates; OP=Operating Profit; NWC=Net Working Capital; PP&E=Property, Plant & Equipment incl. change of lease liability paid; IA=Intangible Assets
14,815
2020
69
2020: Group net debt lower vs. YE 2019
Free Cash Flow CHF 10.9bn | |||||||||||||
CHFbn | vs. 16.8bn in 2019 | ||||||||||||
-3.9 | |||||||||||||
+14.8 | -10.3 | ||||||||||||
[PY: +20.9] | |||||||||||||
-2.5 | -1.9 | ||||||||||||
Taxes | -3.2 | Dividends paid | -8.0 | ||||||||||
Treasury | -0.7 | Trans. own eq. instr. | -2.1 | ||||||||||
M&A & All. trans. | -1.2 | ||||||||||||
Curr. Transl. & Other | +1.0 | ||||||||||||
Net debt | Operating | Non-Operating | Dividends, M&A | Net debt | |||||||||
31 Dec 2019 | Free | Free | and Alliance | 31 Dec 2020 | |||||||||
Cash Flow | Cash Flow | transactions and | |||||||||||
other | |||||||||||||
Intangible Asset | Equity | M&A | Total | ||||||||||
Thereof investments in | 2020: | -3.2 | -0.4 | -1.2 | -4.8 | ||||||||
Innovation | 2019: | -1.4 | 0.0 | -4.8 | -6.2 | ||||||||
70
Balance sheet 31 December 2020
Equity ratio at 46% (31 Dec 2019: 43%)
% change in CER | % change in CER | |
CHFbn | vs 31 Dec 2019 | vs 31 Dec 2019 |
Cash and | 83.1 | 86.1 | +9% | 83.1 | 86.1 | +9% | |
11.9 | 12.3 | ||||||
marketable | +7% | ||||||
14% | 25.4 | ||||||
14% | 24.1 | ||||||
securities | Current | +12% | |||||
29% | |||||||
19.4 | 20.6 | +13% | liabilities | 29% | |||
Other | |||||||
current | 23% | 24% | Non- | 20.9 | |||
assets | 23.1 | -5% | |||||
current | 25% | ||||||
28% | |||||||
liabilities | |||||||
Net debt/ | |||||||
51.8 | 53.2 | +9% | |||||
Non- | total assets: | ||||||
39.8 | |||||||
current | 63% | 62% | Equity | 35.9 | 2% | ||
assets | 43% | 46% | +17% | ||||
(Net assets) | |||||||
31 Dec | 31 Dec | 31 Dec | 31 Dec | ||||
2019 | 2020 | 2019 | 2020 |
CER = Constant Exchange Rates | 71 |
2020 results
Focus on Cash
Outlook
72
High currency impact in 2020
CHF / USD | |||||||||||
Average | -3% | -3% | -4% | -5% | |||||||
YTD 2019 | 1.00 | 1.00 | 0.99 | ||||||||
1.00 | |||||||||||
0.95 | 0.94 | ||||||||||
0.97 | 0.97 | ||||||||||
Average YTD 2020 | |||||||||||
0.97 | 0.97 | 0.96 | 0.97 | 0.97 | 0.95 | 0.94 | 0.91 | 0.91 | 0.91 | 0.91 | 0.89 |
Monthly avg fx rates 2020 |
CHF / EUR | |||||||||||
-6% | -6% | -5% | -4% | ||||||||
1.13 | 1.13 | 1.12 | 1.11 | ||||||||
1.07 | 1.06 | 1.07 | 1.07 | ||||||||
1.08 | 1.07 | 1.06 | 1.06 | 1.06 | 1.07 | 1.07 | 1.08 | 1.08 | 1.07 | 1.08 | 1.08 |
1 On group growth rates
In 2020 impact1 is (%p):
Q1 | HY | Sep | FY | |
YTD | ||||
Sales | -5 | -5 | -6 | -6 |
Core operating | -7 | -8 | ||
profit | ||||
Core EPS | -8 | -9 | ||
2021 currency impact1 expected (based on 31 Dec 2020 FX rates):
-
For FY around -3%p to -5%p FX impact on Sales, Core
OP & Core EPS
73
2020: Core EPS
Core EPS 2020 of CHF 19.35 is basis for Core EPS outlook 2021 at CER
CHF | +0.19 |
19.16 | 19.35 | |||
Core EPS 2020 as | 2020 foreign | Core EPS 2020 basis |
reported | exchange losses: | for Outlook Core EPS |
Core EPS impact | growth 2021 at CER | |
CER = Constant Exchange Rates | 74 |
2021 outlook
Further growing top and bottom line
Group sales growth1 | • Low- to mid-single digit | |
Core EPS growth1 | • Broadly in line with sales growth | |
Dividend outlook | • Further increase dividend in Swiss francs | |
1 | At Constant Exchange Rates (CER); based on the current assessment of the COVID-19 impact | 75 |
Changes to the development pipeline
Q4 2020 update
New to phase I | New to phase II | New to phase III | New to registration | |||
7 NMEs: | 2 NMEs: | 3 NMEs: | 1 NME: | |||
RG6006 Abx MCP - bacterial infections | RG6359 SPK-3006 - Pompe disease | RG7845 fenebrutinib - PPMS | RG6321 PDS with ranibizumab - wAMD | |||
RG6007 HLA-A2-WT1 x CD3 - AML | RG6422 AT-527 - adult non-hospitalised SARS- | RG6026 glofitamab - 2L+ DLBCL* | ||||
RG6120 VEGF-Ang2 DutaFab - nAMD | CoV-2 | RG7828 mosunetuzumab - 2L+ FL* | 2 AIs: | |||
RG6182 NME - neurodegenerative diseases | RG6062 Esbriet - UILD | |||||
RG6232 TYRP1 x CD3 - metastatic melanoma | 4 AIs: | RG7446 Tecentriq+nab-paclitaxel - TNBC | ||||
RG6234 NME - multiple myeloma | 2 AIs: | RG1594 Ocrevus high dose - RMS & PPMS | neoadjuvant | |||
RG6312 NME - geographic atrophy | RG6058 tiragolumab+T+chemo - 1L non- | RG6413+RG6412 casivirimab+imdevimab - | ||||
squamous NSCLC | SARS-CoV-2 adult - ambulatory | |||||
RG6171 giredestrant - ER+/HER2- 2/3L mBC | RG7446 Tecentriq - SC NSCLC |
Removed from phase I | Removed from phase II | Removed from phase III | Approvals |
1 NME: | 2 NMEs: | 3 AIs: |
RG7461 simlukafusp alfa combos - solid tumors | RG6149 ST2 MAb - asthma | RG6152 Xofluza - influenza hospitalized |
RG7845 fenebrutinib - RA | patients | |
2 AIs: | RG7440 ipatasertib+chemo - 1L TNBC/HR+ BC | |
RG7446 Tecentriq+Avastin+Cotellic - 2/3L CRC | RG7440 ipatasertib+Tecentriq+taxane - 1L | |
RG7446 Tecentriq + K/HP - HER2+ BC | TNBC |
- phI safety run-in ongoing
2 NMEs approved in EU: RG6152 Xofluza - influenza RG6264 Phesgo - HER2+ BC
5 AIs approved in US:
RG1594 Ocrevus short infusion - RMS & PPMS RG3648 Xolair - nasal polyps
RG6152 Xofluza - post exposure prophylaxis RG6396 Gavreto - RET-mutant thyroid cancer RG7601 Venclexta+azacitdine - 1L AML
3 AIs approved in EU:
RG6152 Xofluza - influenza high risk & post exposure prophylaxis
RG7446 Tecentriq+Avastin - 1L HCC
77
Status as of February 04, 2021
Roche Group development pipeline
Phase I (49 NMEs + 14 AIs)
Phase II (22 NMEs + 12 AIs)
RG6007 | HLA-A2-WT1 x CD3 | AML | ||
RG6026 | glofitamab monotherapy and combos | heme tumors | ||
RG6058 | tiragolumab combos | heme & solid tumors | ||
RG6076 | CD19-4-1BBL | heme tumors | ||
RG6115 | TLR7 agonist (4) | HCC | ||
RG6139 | PD1 x LAG3 | solid tumors | ||
RG6160 | cevostamab (FcRH5 x CD3) | r/r MM | ||
RG6171 | giredestrant (SERD) | ER+/HER2- BC | ||
RG6180 | autogene cevumeran±T (iNeST1) | solid tumors | ||
RG6185 | belvarafenib (pan-RAF inh)+Cotellic | solid tumors | ||
RG6194 | HER2 x CD3 | BC | ||
RG6232 | TYRP1 x CD3 | metastatic melanoma | ||
RG6234 | - | multiple myeloma | ||
RG6279 | PD1-IL2v | solid tumors | ||
RG6286 | - | colorectal cancer | ||
RG6290 | MAGE-A4 ImmTAC | solid tumors | ||
RG6292 | anti-CD25 MAb ± T | solid tumors | ||
RG6296 | BCMA x CD16a | r/r MM | ||
RG6323 | IL15/IL15Ra-Fc | solid tumors | ||
RG6330 | KRAS G12C | solid tumors | ||
ipatasertib + Taxane + T | TNBC | |||
RG7440 | ipatasertib + rucaparib | mCRPC, solid tumors | ||
ipatasertib | .prostate cancer, pretreated | |||
Morpheus platform | solid tumors | |||
RG7446 | T + CD47 MAb | r/r AML | ||
T + Venclexta | maintenance 1L ES-SCLC | |||
Venclexta + AMG176 | AML | |||
RG7601 | Venclexta ± azacitidine | r/r MDS | ||
Venclexta + gilteritinib | r/r AML | |||
RG7769 | PD1 x TIM3 | solid tumors | ||
RG7802 | cibisatamab ± T | solid tumors | ||
RG7827 | FAP-4-1BBL + T | solid tumors | ||
RG7828 | mosunetuzumab monotherapy + combos | heme tumors | ||
RG7876 | selicrelumab combos | solid tumors |
Status as of February 04, 2021
CHU | FIXa x FX | hemophilia | |||
CHU | glypican-3 x CD3 | solid tumors | |||
CHU | codrituzumab | HCC | |||
CHU | CD137 switch antibody | solid tumors | |||
CHU | - | .. | solid tumors & endometriosis | ||
SQZ | PBMC vaccine | solid tumors | |||
RG6151 | - | asthma | |||
RG6244 | - | asthma | |||
RG6287 | - | IBD | |||
RG6418 | NLRP3 inh | inflammation | |||
RG6315 | - | immunologic disorders | |||
RG7835 | IgG-IL2 | autoimmune diseases | |||
RG6006 | Abx MCP | bacterial infections | |||
RG6084 | PD-L1 LNA | HBV | |||
RG6346 | HBV siRNA | HBV | |||
RG6091 | UBE3A LNA | Angelman syndrome | |||
RG6102 | brain shuttle gantenerumab | Alzheimer's | |||
RG6182 | - | neurodegenerative diseases | |||
RG6237 | - | neuromuscular disorders | |||
RG7637 | - | . | neurodevelopmental disorders | ||
RG7816 | GABA Aa5 PAM | autism | |||
RG6120 | VEGF-Ang2 DutaFab | nAMD | |||
RG6179 | - | DME | |||
RG6247 | 4D-110 | choroideremia | |||
RG6312 | - | geographic atrophy | |||
RG7921 | - | nAMD | |||
4DMT | 4D-125 | X-linked retinitis pigmentosa | |||
CHU | PTH1 recep. ago | hypoparathyroidism | |||
CHU | - | hyperphosphatemia | |||
New Molecular Entity (NME) | Metabolism | ||||
Additional Indication (AI) | Neuroscience | ||||
Oncology / Hematology | Ophthalmology | ||||
Immunology | Other | ||||
Infectious Diseases | |||||
1Individualized Neoantigen Specific Immunotherapy | T=Tecentriq | ||||
2RG6149 NME status, RG7880 AI status | |||||
3combination contributing as two entities |
RG6171 | giredestrant (SERD) | neoadjuvant ER+ BC | ||||
giredestrant (SERD) | 2/3L ER+/HER2- mBC | |||||
RG6180 | autogene cevumeran + pembrolizumab | 1L melanoma | ||||
RG6357 | SPK-8011 | hemophilia A | ||||
RG6358 | SPK-8016 | hemophilia A with inhibitors to factor VIII | ||||
tiragolumab + T | NSCLC | |||||
RG6058 | tiragolumab + T + chemo | 1L non-squamous NSCLC | ||||
tiragolumab + T | cervical cancer | |||||
RG7601 | Venclexta + fulvestrant | 2L HR+BC | ||||
Venclexta + carfilzomib | r/r MM t(11:14) | |||||
CHU | Oncolytic Type 5 adenovirus | esophageal cancer | ||||
RG6173 | anti-tryptase | asthma | ||||
RG6354 | rhPTX-2(PRM-151) | myelofibrosis | ||||
rhPTX-2(PRM-151) | . | idiopathic pulmonary fibrosis | ||||
RG7880 | efmarodocokin alfa (IL22-Fc) | inflammatory diseases | ||||
RG6149/RG78802 | ST2 MAb or efmarodocokin alfa | COVID-19 pneumonia | ||||
NOV | TLR4 MAb | autoimmune diseases | ||||
IONIS | ASO factor B | IgA nephropathy | ||||
RG6413+RG64123 | casivirimab+imdevimab | SARS-CoV-2adult-hospitalised | ||||
RG6422 | AT-527 | SARS-CoV-2 | ||||
RG7854+RG79073 | TLR7 ago(3) + CpAM (2) | HBV | ||||
RG6359 | SPK-3006 | Pompe disease | ||||
RG7992 | FGFR1 x KLB MAb | NASH | ||||
RG6100 | semorinemab | Alzheimer's | ||||
RG6356 | microdystrophin (SRP-9001) | DMD | ||||
RG7412 | crenezumab | familial Alzheimer's healthy pts | ||||
RG7906 | ralmitaront | schizophrenia | ||||
RG7935 | prasinezumab | Parkinson's | ||||
RG6147 | - | geographic atrophy | ||||
RG6367 | SPK-7001 | choroideremia | ||||
RG7774 | - | retinal disease | ||||
IONIS | ASO factor B | geographic atrophy |
RG-No - Roche/Genentech | SQZ - SQZ Biotechnology managed | 78 |
CHU - Chugai managed | NOV - Novimmune managed | |
IONIS - IONIS managed | 4DMT - 4DMT managed |
Roche Group development pipeline
Phase III (14 NMEs + 34 AIs)
Registration (4 NMEs + 7 AIs)
RG6013 | Hemlibra | mild to moderate hemophilia A | ||
RG6026** | glofitamab + chemo | 2L+ DLBCL | ||
tiragolumab + T + chemo | 1L SCLC | |||
RG6058 | tiragolumab + T | 1L PD-L1+ NSCLC | ||
tiragolumab + T | locally advanced esophageal cancer | |||
tiragolumab + T | .stage III unresectable 1L NSCLC | |||
RG6107 | crovalimab | PNH | ||
RG6114 | inavolisib (mPI3K alpha inh) | 1L HR+ mBC | ||
RG6171 | giredestrant (SERD) | ER+/HER2- mBC | ||
RG7440 | ipatasertib + abiraterone | 1L CRPC | ||
ipatasertib + fulvestrant + palbociclib | 1L HR+ mBC | |||
RG7596 | Polivy | 1L DLBCL | ||
Tecentriq | NSCLC adj | |||
Tecentriq | NMIBC, high risk | |||
Tecentriq | RCC adj | |||
Tecentriq + cabozantinib | advanced RCC | |||
Tecentriq + cabozantinib | 2L NSCLC | |||
RG7446 | T ± chemo | SCCHN adj | ||
Tecentriq | HER2+ BC neoadj | |||
T + capecitabine or carbo/gem | 1L TNBC | |||
T + paclitaxel | TNBC adj | |||
T + Avastin | HCC adj | |||
T ± chemo | 1L mUC | |||
Tecentriq | SC NSCLC |
RG6268 | Rozlytrek ROS1+ | 1L NSCLC | ||
RG7601 | Venclexta | r/r MM t(11:14) | ||
Venclexta + azacitidine | 1L MDS | |||
RG7828** | mosunetuzumab + lenalidomide | 2L+ FL | ||
RG7853 | Alecensa | ALK+ NSCLC adj | ||
RG1569 | Actemra ± remdesivir | COVID-19 pneumonia | ||
RG3648 | Xolair | food allergy | ||
RG7159 | Gazyva | lupus nephritis | ||
RG7413 | etrolizumab | Crohn's | ||
Xofluza | influenza, pediatric (0-1 year) | |||
RG6152 | Xofluza | influenza, pediatric (1-12 years) | ||
Xofluza | influenza direct transmission | |||
RG6413+ | casivirimab+imdevimab | SARS-CoV-2 adult prophylaxis | ||
RG6412* | casivirimab+imdevimab | SARS-CoV-2 adult ambulatory | ||
RG1450 | gantenerumab | Alzheimer's | ||
RG1594 | Ocrevus high dose | RMS & PPMS | ||
RG6042 | tominersen | Huntington's | ||
RG7845 | fenebrutinib | PPMS | ||
RG6321 | port delivery system with ranibizumab | . | DME | |
port delivery system with ranibizumab | DR | |||
RG7716 | faricimab | DME | ||
faricimab | wAMD | |||
RG6396 | Gavreto (pralsetinib) 1 | RET+ NSCLC | |
Gavreto (pralsetinib) 3 | RET+ MTC | ||
RG7446 | Tecentriq Dx+ 1 | 1L sq + non-sq NSCLC | |
T + nab-paclitaxel4 | TNBC neoadj | ||
RG7601 | Venclexta + azacitidine 1 | 1L AML | |
RG7853 | Alecensa | 1LNSCLC Dx+ | |
RG3648 | Xolair 2 | asthma home use | |
RG6062 | Esbriet | UILD | |
RG6168 | Enspryng (satralizumab) 1 | NMOSD | |
RG7916 | Evrysdi (risdiplam) 1 | SMA | |
RG6321 | port delivery system with ranibizumab 5 | wAMD |
- Approved in US, filed in EU
- Filed in US
- Approved in US
- Filed in EU
- US rolling submission initiated
New Molecular Entity (NME) | Metabolism | |
Additional Indication (AI) | Neuroscience | |
Oncology / Hematology | Ophthalmology |
T=Tecentriq
*combination contributing as two entities
- phI safety run-in ongoing
Immunology | Other | |
Infectious Diseases |
79
Status as of February 04, 2021
NME submissions and their additional indications
Projects in phase II and III
RG6026 | glofitamab + chemo | ||||||
2L DLBCL | |||||||
tiragolumab + | |||||||
RG6058 | Tecentriq (T) | ||||||
1L PD-L1+ cervical ca | |||||||
RG6058 | tiragolumab + T | ||||||
1L PD-L1+ NSCLC | |||||||
RG6413+ | casivirimab+imdevimab | tominersen | tiragolumab + T | ||||
RG6412 | SARS-CoV-2 | RG6042 | Huntington's | RG6058 | locally adv esophageal | ||
adult-prophylaxis | cancer | ||||||
RG6413+ | casivirimab+imdevimab | RG1450 | gantenerumab | RG6058 | tiragolumab + T | ||
RG6412 | SARS-CoV-2 | Alzheimer's | Stage III unresectable 1L | ||||
adult-ambulatory | NSCLC | ||||||
RG6321 | Port Delivery System | RG6413+ casivirimab+imdevimab | RG7413 | etrolizumab | RG6058 | tiragolumab + T | |
with ranibizumab | RG6412 | SARS-CoV-2 | Crohn's | 1L non-sq NSCLC | |||
wAMD✓1 | adult-hospitalised | ||||||
Evrysdi (risdiplam) | Port Delivery System | tiragolumab + | inavolisib | ||||
RG7916 | RG6321 | with ranibizumab | RG6058 | Tecentriq | RG6114 | (mPI3K alpha inh) | |
SMA (EU) ✓ | |||||||
wAMD (EU) | 1L SCLC | 1L HR+ BC | |||||
Gavreto | faricimab | crovalimab | giredestrant (SERD) | ||||
RG6396 | (pralsetinib) ✓ | RG7716 | RG6107 | RG6171 | |||
DME | PNH | ER+/HER2- mBC | |||||
RET+ NSCLC | |||||||
Gavreto | faricimab | ipatasertib + | giredestrant (SERD) | ||||
RG6396 | (pralsetinib) ✓2 | RG7716 | RG7440 | abiraterone | RG6171 | ||
wAMD | 2L/3L ER+/HER2- mBC | ||||||
RET+ MTC | 1L CRPC | ||||||
RG7907+ | TLR7 ago (3) |
+ CpAM (2) | |
RG7854 | |
HBV | |
RG7906 | ralmitaront |
schizophrenia | |
microdystrophin | |
RG6356 | SRP-9001 |
DMD | |
semorinemab | |
RG6100 | (Tau MAb ) |
Alzheimer's | |
RG7845 | fenebrutinib |
PPMS | |
RG7935 | prasinezumab |
Parkinson's | |
autogene cevumeran | |
RG6180 | (iNeST3) |
1L melanoma | |
ipatasertib + fulv + | |
RG7440 | palbociclib |
1L HR+ mBC | |
mosunetuzumab + | |
RG7828 | lenalidomide |
2L FL |
RG7992 | FGFR1 x KLB MAb |
NASH | |
rhPTX-2 | |
RG6354 | (PRM-151) |
IPF | |
rhPTX-2 | |
RG6354 | (PRM-151) |
myelofibrosis | |
RG6149 | ST2 MAb |
COVID-19 pneumonia | |
RG6173 | Anti-tryptase |
asthma | |
RG7880 | efmarodocokin alfa |
(IL22-Fc) | |
inflammatory diseases | |
Port Delivery System | |
RG6321 | with ranibizumab |
DME | |
Port Delivery System | |
RG6321 | with ranibizumab |
DR |
2020 | 2021 | 2022 | 2023 and beyond |
- Indicates submission to health authorities has occurred
Unless stated otherwise submissions are planned to occur in US and EU
- US rolling submission initiated
- US only
- Individualized Neoantigen Specific Immunotherapy
Status as of February 04, 2021
New Molecular Entity (NME) | Metabolism | |
Additional Indication (AI) | Neuroscience | |
Oncology / Hematology | Ophthalmology | |
Immunology | Other | |
Infectious Diseases | 80 | |
AI submissions for existing products
Projects in phase II and III
New Molecular Entity (NME) | Immunology | Neuroscience | ||
Additional Indication (AI) | Infectious Diseases | Ophthalmology | ||
Oncology / Hematology | Metabolism | Other |
RG3648 | Xolair ✓ |
Asthma home use | |
RG6062 | Esbriet ✓ |
UILD (US) | |
Cotellic + Tecentriq + | |
RG7421 | Zelboraf ✓ |
1L+ BRAFm melanoma | |
RG7446 | Tecentriq + nab-paclitaxel |
TNBC neoadj ✓ EU | |
RG7446 | Tecentriq + Avastin ✓ |
1L HCC | |
RG7601 | Venclexta +azacitidine ✓ |
1L AML | |
RG7853 | Alecensa (BFAST) ✓ |
1L NSCLC ALK+ | |
Xofluza | ||
RG6152 | influenza, pediatric | |
(1-12 yrs) | ||
RG1569 | Actemra +/- remdesivir | |
COVID-19 pneumonia | ||
RG6062 | Esbriet ✓ | |
UILD (EU) | ||
RG6013 | Hemlibra | |
Mild to moderate | ||
hemophilia A (EU) | ||
RG6268 | Rozlytrek (BFAST) | |
1L NSCLC ROS1+ | ||
RG7596 | Polivy | |
1L DLBCL | ||
RG6152 | Xofluza | |
direct transmission | ||
Xofluza | ||
RG6152 | influenza, pediatric | |
(0-1 year) | ||
RG3648 | Xolair | |
Food allergy | ||
RG7446 | Tecentriq | |
NSCLC adj | ||
RG7446 | Tecentriq | |
RCC adj | ||
RG7446 | Tecentriq ± chemo | |
1L mUC | ||
RG7446 | Tecentriq + Avastin |
HCC adj | |
RG7446 | Tecentriq |
SC NSCLC | |
RG7446 | Tecentriq |
HER2+ BC neoadj | |
RG7446 | Tecentriq + paclitaxel |
TNBC adj | |
RG7446 | Tecentriq |
High risk NMIBC | |
RG7446 | Tecentriq + chemo |
SCCHN adj | |
Tecentriq + capecitabine | |
RG7446 | or carbo/gem |
TNBC | |
RG7446 | Tecentriq + cabozantinib |
adv RCC | |
RG7446 | Tecentriq + cabozantinib |
2L NSCLC | |
RG7159 | Gazyva |
lupus nephritis | |
Ocrevus | |
RG1594 | |
high dose RMS & PPMS | |
Venclexta | |
RG7601 | |
r/r MM t(11:14) | |
RG7601 | Venclexta + azacitidine |
1L MDS | |
RG7601 | Venclexta + fulvestrant |
2L HR+BC | |
RG7853 | Alecensa |
ALK+ NSCLC adj | |
2020 | 2021 | 2022 | 2023 and beyond |
Status as of February 04, 2021 | ✓ Indicates submission to health authorities has occurred | 81 | |
Unless stated otherwise submissions are planned to occur in US and EU
Major pending approvals 2020-YTD 2021
US | EU | China | Japan-Chugai | ||||||
Esbriet | Enspryng (satralizumab) | Evrysdi (risdiplam) | Polivy | ||||||
RG6062 | UILD | RG6168 | NMOSD | RG7916 | SMA | RG7596 | r/r DLBCL | ||
Filed Nov 2020 | Filed Aug 2019 | Filed March 2020 | Filed June 2020 | ||||||
Alecensa (BFAST) | Tecentriq | Enspryng (satralizumab) | Evrysdi (risdiplam) | ||||||
RG7853 | 1L NSCLC ALK+ | RG7446 | 1L non-sq + sq NSCLC Dx+ | RG6168 | NMOSD | RG7916 | SMA | ||
Filed Jan 2020 | Filed Nov 2019 | Filed April 2020 | Filed Oct 2020 | ||||||
Evrysdi (risdiplam) | Xofluza | ||||||||
RG7916 | SMA | RG6152 | influenza | ||||||
Filed July 2020 | Filed May 2020 | ||||||||
Venclexta+ azacitidine | Xofluza | ||||||||
RG7601 | 1L AML | RG6152 | influenza, high risk | ||||||
Filed May 2020 | Filed May 2020 | ||||||||
Hemlibra | |||||||||
Gavreto (pralsetinib) | |||||||||
RG6396 | RET+ NSCLC | RG6013 | Hemophilia A | ||||||
Filed May 2020 | Filed June 2020 | ||||||||
Tecentriq + nab-paclitaxel | Gazyva | ||||||||
RG7446 | TNBC neoadj | RG7159 | 1L FL and r/r FL | ||||||
Filed Dec 2020 | Sept 2020 | ||||||||
Esbriet | Tecentriq | ||||||||
RG6062 | UILD | RG7446 | 1L non-sq + sq NSCLC Dx+ | ||||||
Filed Jan 2021 | Filed Sept 2020 | ||||||||
Tecentriq + pemetrexed | |||||||||
RG7446 | 1L non-sq NSCLC | ||||||||
Filed Sept 2020 |
New Molecular Entity (NME) | Metabolism |
Additional Indication (AI) | Neuroscience |
Oncology / Hematology | Ophthalmology |
Immunology | Other |
Infectious Diseases |
82
Status as of February 04, 2021
Major granted approvals 2020 and YTD 2021
US | EU | China | Japan-Chugai | |||
Venclexta+Gazyva | |
RG7601 | 1L CLL |
Mar 2020 | |
Tecentriq+Avastin | |
RG7446 | 1L HCC |
May 2020 | |
Tecentriq | |
RG7446 1L non-sq + sq NSCLC Dx+ | |
May 2020 | |
Cotellic+Zelboraf+Tecentriq | |
RG7421 | 1L+ BRAFm melanoma |
May 2020 | |
Phesgo | |
RG6264 | (Perjeta+Herceptin) FDC SC |
Her2+BC June 2020 | |
Evrysdi (risdiplam) | |
RG7916 | SMA |
Aug 2020 | |
Enspryng (satralizumab) | |
RG6168 | NMOSD |
Aug 2020 | |
Gavreto (pralsetinib) | |
RG6396 | RET+ NSCLC |
Sept 2020 | |
Venclexta+azacitidine |
Xofluza | |
RG6152 | post exposure prophylaxis |
Nov 2020 | |
RG6413+ | casivirimab+imdevimab |
SARS-CoV-2 (EUA*) | |
RG6412 | |
Nov 2020 | |
Gavreto (pralsetinib) | |
RG6396 | RET+ MTC |
Dec 2020 | |
Ocrevus | |
RG1594 Short infusion RMS & PPMS | |
Dec 2020 | |
Xolair | |
RG3648 | nasal polyps |
Dec 2020 |
Polivy | |
RG7596 | r/r DLBCL |
January 2020 | |
Venclexta+Gazyva | |
RG7601 | 1L CLL |
Mar 2020 | |
Ocrevus | |
RG1594 | Short infusion RMS & PPMS |
May 2020 | |
Rozlytrek (entrectinib) | |
RG6268 | ROS1+ NSCLC |
Aug 2020 | |
Rozlytrek (entrectinib) | |
RG6268 | NTRK+ tumor-agnostic |
Aug 2020 | |
Tecentriq +Avastin | |
RG7446 | 1L HCC |
Nov 2020 | |
Phesgo FDC SC | |
RG6264 | Her2+BC |
Dec 2020 | |
Xofluza | |
RG6152 | influenza |
Jan 2021 | |
Xofluza | |
Kadcyla | |
RG3502 | HER2+ eBC |
Jan 2020 | |
Tecentriq+chemo | |
RG7446 | 1L extensive stage SCLC |
Feb 2020 | |
Avastin | |
RG405 | 1L/2L glioblastoma |
Sept 2020 | |
Tecentriq +Avastin | |
RG7446 | 1L HCC |
Oct 2020 |
Rozlytrek (entrectinib) | |
RG6268 | ROS1+ NSCLC |
Feb 2020 | |
Alecensa | |
RG7853 | r/r ALK+ ALCL |
Feb 2020 | |
Rituxan | |
RG105 | thrombocytopenic purpura |
Feb 2020 | |
Enspryng (satralizumab) | |
RG6168 | NMOSD |
June 2020 | |
Kadcyla | |
RG3502 | HER2+ eBC adj |
Aug 2020 | |
Tecentriq+Avastin | |
RG7446 | HCC |
Sept 2020 | |
Tecentriq +Avastin | |
RG7446 | 1L non-sq NSCLC Dx+ |
Dec 2020 |
RG7601 | 1L AML |
Oct 2020 |
RG6152 | influenza, high risk |
Jan 2021 | |
Xofluza |
New Molecular Entity (NME) | Metabolism |
Additional Indication (AI) | Neuroscience |
*Emergency Use Authorisation
RG6152 | post exposure prophylaxis |
Jan 2021 |
Oncology / Hematology | Ophthalmology |
Immunology | Other |
Infectious Diseases |
Status as of February 04, 2021
FDC = fixed-dose combination
83
Pipeline summary
Marketed products additional indications
Global Development late-stage trials
pRED (Roche Pharma Research & Early Development)
gRED (Genentech Research & Early Development)
Spark
Roche Group 2020 results
Diagnostics
Foreign exchange rate information
84
Hemlibra
Factor VIII mimetic for treatment of hemophilia A
Indication | Hemophilia A patients | Hemophilia A pediatric patients | |
with inhibitors to factor VIII | with inhibitors to factor VIII | ||
Phase/study | Phase III | Phase III | |
HAVEN 1 | HAVEN 2 | ||
# of patients | |||
N=118 | N=88 | ||
Patients on episodic treatment prior to study entry: | Patients on prophylactic or episodic treatment prior to study entry: | ||
ARM A: Hemlibra prophylaxis | Cohort A: Hemlibra prophylaxis qw | ||
ARM B: Episodic treatment (no prophylaxis) | Cohort B: Hemlibra prophylaxis q2w | Hemophilia | |
Design | Patients on prophylaxis prior to study entry: | Cohort C: Hemlibra prophylaxis q4w | |
ARM C: Hemlibra prophylaxis | |||
Patients on episodic treatment previously on non-interventional study: | |||
ARM D: Hemlibra prophylaxis | |||
Primary endpoint | Number of bleeds over 24 weeks | Number of bleeds over 52 weeks | |
FPI Q4 2015, recruitment completed in arms A and B Q2 2016 | FPI Q3 2016, recruitment completed Q2 2017 | ||
Primary and all secondary endpoints met Q4 2016 | Positive interim data in Q2 2017 | ||
Data published in NEJM 2017; 377:809-818 | FPI cohorts B/C Q4 2017 | ||
Status | Full primary data at ASH 2018 | ||
| |||
Data published in Blood 2019;134(24):2127-2138 | |||
Data presented at ISTH 2017, updated data presented at ASH 2017 | |||
Filed in US and EU in Q2 2017; granted accelerated assessment (EMA) and priority review (FDA) | |||
Approved in US Q4 2017 and EU Q1 2018 | |||
CT Identifier | NCT02622321 | NCT02795767 | |
In collaboration with Chugai
ASH=American Society of Hematology; ISTH=International Society on Thrombosis and Haemostasis; NEJM=New England Journal of Medicine
Hemlibra
Factor VIII mimetic for treatment of hemophilia A
Indication | Hemophilia A patients | Hemophilia A patients with and without inhibitors to Factor VIII, |
without inhibitors to factor VIII | dosing every 4 weeks | |
Phase/study
-
of patients
Design
Primary endpoint
Status
Phase III | Phase III |
HAVEN 3 | HAVEN 4 |
N=135 | N=46 |
Patients on FVIII episodic treatment prior to study entry: | Multicenter, open-label,non-randomized study to assess the efficacy, |
ARM A: Hemlibra prophylaxis qw | safety, pharmacokinetics, and pharmacodynamics of Hemlibra |
ARM B: Hemlibra prophylaxis q2w | administered every 4 weeks. |
ARM C: Episodic FVIII treatment; switch to Hemlibra prophylaxis | Part 1: Pharmacokinetic (PK) run-in part (N=6) |
possible after 24 weeks | Part 2: Expansion part (N=40) |
Patients on FVIII prophylaxis prior to study entry: | |
ARM D: Hemlibra prophylaxis qw | |
Number of bleeds over 24 weeks | Number of bleeds over 24 weeks |
FPI Q3 2016, recruitment completed Q2 2017 | FPI Q1 2017, recruitment completed Q2 2017 |
Study met primary and key secondary endpoints Q4 2017 | PK run-in data at ASH 2017 |
FDA granted Breakthrough Therapy Designation April 2018 | Positive interim analysis outcome reported Q4 2017 |
Data presented at WFH 2018 | Data presented at WFH 2018 |
Filed in US (priority review) and EU in Q2 2018 | Interim data filed in US and EU in Q2 2018 |
Data published in NEJM 2018; 379: 811-822 | Data published in Lancet Haematology 2019 Jun;6(6):e295-e305 |
•Approved in US Q4 2018 and EU Q1 2019
Hemophilia
CT Identifier | NCT02847637 | NCT03020160 |
In collaboration with Chugai
86
ASH=American Society of Hematology; WFH=World Federation of Hemophilia; NEJM=New England Journal of Medicine
Hemlibra
Factor VIII mimetic for treatment of hemophilia A
Indication | Hemophilia A patients with and without inhibitors to Factor VIII | Hemophilia A mild to moderate patients without inhibitors to Factor | |
VIII | |||
Phase/study | Phase III | Phase III | |
HAVEN 5 | HAVEN 6 | ||
# of patients | |||
N=85 | N=70 | ||
Patients with Hemophilia regardless of FVIII inhibitor status on | Multicenter, open-label study to evaluate the safety, efficacy, | ||
prophylactic or episodic treatment prior to study entry: | pharmacokinetics, and pharmacodynamics of Hemlibra in patients with | Hemophilia | |
Design | • Arm A: emicizumab prophylaxis qw | mild or moderate Hemophilia A without FVIII inhibitors | |
• Arm B: emicizumab prophylaxis q4w | |||
• Arm C: No prophylaxis (control arm) | |||
Primary endpoint | Number of bleeds over 24 weeks | Safety and efficacy | |
FPI Q2 2018 | FPI Q1 2020 | ||
Recruitment completed Q1 2019 | |||
Status | Filed in China Q2 2020 | ||
CT Identifier | NCT03315455 | NCT04158648 | |
In collaboration with Chugai | 87 |
Alecensa
New CNS-active inhibitor of anaplastic lymphoma kinase
Indication | Treatment-naïve | Adjuvant ALK+ NSCLC | |
ALK+ advanced NSCLC | |||
Phase/study | Phase III | Phase III | |
ALEX | ALINA | ||
# of patients | |||
N=286 | N=255 | ||
Design | ARM A: Alecensa 600mg BID | ARM A: Alecensa 600 mg BID | Oncology |
ARM B: Crizotinib 250mg BID | ARM B: Platinum-based chemotherapy | ||
Primary endpoint | |||
Progression-free survival | Disease-free survival | ||
Recruitment completed Q3 2015 | FPI Q3 2018 | ||
Primary endpoint met Q1 2017 | |||
Data presented at ASCO 2017, 2018, ESMO 2017, 2018 | |||
Status | Data published in NEJM 2017; 377:829-838 | ||
CNS data presented at ESMO 2017 | |||
Final PFS and updated OS presented at ESMO 2019 | |||
Approved in US Q4 2017 (priority review) and in EU Q4 2017 | |||
CT Identifier | NCT02075840 | NCT03456076 | |
In collaboration with Chugai | 88 |
NSCLC=non-small cell lung cancer; ASCO=American Society of Clinical Oncology; NEJM=New England Journal of Medicine; ESMO=European Society for Medical Oncology |
Kadcyla
First ADC for HER2-positive breast cancer
Indication | HER2-positive early breast cancer |
high-risk patients | |
Phase/study
-
of patients
Design
Primary endpoint
Status
CT Identifier
Phase III
KATHERINE
N=1,484
- ARM A: Kadcyla 3.6mg/kg q3w
- ARM B: Herceptin
- Invasive disease-free survival
- Recruitment completed Q4 2015
- Stopped at pre-planned interim data analysis for efficacy Q4 2018
- Data presented at SABCS 2018
- BTD granted by FDA in Q1 2019
- US filling completed under RTOR Q1 2019 and filed in EU Q1 2019
- Approved in US Q2 2019 and in EU Q4 2019
- Data published in NEJM 2019; 380:617-628
NCT01772472
Oncology
In collaboration with ImmunoGen, Inc. | 89 |
ADC=antibody drug conjugate; SABCS=San Antonio Breast Cancer Symposium; RTOR=Real time oncology review; ORR=Objective Response Rate; NEJM=New England Journal of Medicine |
Perjeta
First-in-class HER2 dimerization inhibitor
Indication | Adjuvant HER2-positive breast cancer | Neoadjuvant HER2-positive breast cancer | |
Phase/study | Phase III | Phase III | |
APHINITY | IMpassion050 | ||
# of patients | |||
N=4,803 | N=453 | ||
ARM A: Perjeta (840mg loading, 420 q3w) + Herceptin for 52 weeks | ARM A: ddAC Herceptin/Perjeta + paclitaxel followed by surgery and | ||
plus chemotherapy (6-8 cycles) | chemotherapy | ||
ARM B: Placebo + Herceptin (52 weeks) plus chemotherapy (6-8 | ARM B: ddAC Herceptin/Perjeta + chemotherapy +Tecentriq followed | Oncology | |
Design | cycles) | by surgery and chemotherapy +Tecentriq | |
Primary endpoint | Invasive disease-free survival (IDFS) | Pathologic complete response (pCR) | |
Primary endpoint met Q1 2017 | FPI Q4 2018 | ||
Data presented at ASCO 2017 and published in NEJM 2017; 377:122-131 | Recruitment completed Q3 2020 | ||
Status | Filed in US and EU Q3 2017 | ||
Approved in US Q4 2017 (priority review) and EU Q2 2018 | |||
Six year IDFS data presented at SABCS 2019 | |||
CT Identifier | NCT01358877 | NCT03726879 | |
ddAC=dose-dense doxorubicin plus cyclophosphamide; FEC=fluorouracil, epirubicin and cyclophosphamide; ASCO=American Society of Clinical Oncology; NEJM=New England Journal of Medcine; | 90 |
SABCS=San Antonio Breast Cancer Symposium |
Perjeta
First-in-class HER2 dimerization inhibitor
Indication | HER2-positive early breast cancer subcutaneous co-formulation | |||
Phase/study | Phase III | Phase II | ||
FeDeriCa | PHranceSCa | |||
# of patients | N=500 | N=160 | ||
Fixed-dose combination (FDC) of Perjeta (P) and Herceptin (H) for | ARM A: PH IV followed by FDC SC | |||
subcutaneous administration in combination with chemotherapy in the | ARM B: PH FDC SC followed by IV | |||
neoadjuvant/adjuvant setting | Oncology | |||
Design | ARM A: P IV+H IV+chemotherapy | |||
ARM B: FDC of PH SC+chemotherapy | ||||
Primary endpoint | Trough Serum Concentration (Ctrough) of Pertuzumab During Cycle 7 | Percentage who preferred PH FDC SC | ||
Recruitment completed Q4 2018 | FPI Q4 2018 | |||
Primary endpoint met Q3 2019 | Final analysis completed, 85% patients preferred FDC SC | |||
Status | Data presented at SABCS 2019 | Data presented at ESMO 2020 | ||
Filed in US Q4 2019 & in EU Jan 2020 | ||||
Approved in US Q2 2020 and EU Q4 2020 | ||||
CT Identifier | NCT03493854 | NCT03674112 | 91 | |
SC with Halozyme's rHuPH20/ Halozyme's human hyaluronidase; SABCS=San Antonio Breast Cancer Symposium
Tecentriq
Anti-PD-L1 cancer immunotherapy - lung cancer
Indication | 1L non-squamous NSCLC | 1L non-squamous and squamous NSCLC | |
PD-L1-selected patients | |||
Phase/study | Phase III | Phase III | |
IMpower132 | IMpower110 | ||
# of patients | |||
N=568 | N=570 | ||
ARM A: Tecentriq plus carboplatin or cisplatin plus pemetrexed | ARM A: Tecentriq monotherapy | ||
Design | ARM B: Carboplatin or cisplatin plus pemetrexed | ARM B: NSq: carboplatin or cisplatin plus pemetrexed | |
Sq: carboplatin or cisplatin plus gemcitabine | Oncology | ||
Primary endpoint | Progression-free survival and overall survival | Overall survival | |
FPI Q2 2016 | IMpower111 consolidated into IMpower110 Q3 2016 | ||
Recruitment completed Q2 2017 | Recruitment completed Q1 2018 | ||
Status | Study met co-primary endpoint of PFS in Q2 2018 | Study met primary endpoint in PD-L1 high (IC3/TC3) Q3 2019 | |
Data presented at WCLC 2018 | Data presented at ESMO, ESMO-IO 2019 and final OS at WCLC 2021 | ||
Final OS presented at ESMO Asia 2020 | Filed in EU and US (priority review) Q4 2019 | ||
Approved in US Q2 2020 | |||
CT Identifier | NCT02657434 | NCT02409342 | |
NSCLC=non-small cell lung cancer; NSq=non-squamous; Sq=squamous; ESMO=European Society for Medical Oncology; ASCO=American Society of Clinical Oncology; WCLC=World Conference on | 92 |
Lung Cancer |
Tecentriq
Anti-PD-L1 cancer immunotherapy - lung cancer
Indication | 1L extensive-stage SCLC | ||
Phase/study | Phase III | Phase Ib | |
IMpower133 | |||
# of patients | |||
N=400 | N=62 | ||
ARM A: Tecentriq plus carboplatin plus etoposide | Carboplatin and etoposide +/- Tecentriq followed by maintenance | ||
Design | ARM B: Placebo plus carboplatin plus etoposide | Tecentriq plus Venclexta | |
Oncology | |||
Primary endpoint | Progression-free survival and overall survival | Safety and efficacy | |
FPI Q2 2016 | FPI Q3 2020 | ||
Orphan drug designation granted by FDA Q3 2016 | |||
Study met endpoints of OS and PFS in Q2 2018 | |||
Status | Primary data presented at WCLC 2018 | ||
Data published in NEJM 2018; 379:2220-2229 | |||
Filed with the US and EU Q3 2018 | |||
Approved in US Q1 2019 and EU Q3 2019 | |||
CT Identifier | NCT02763579 | NCT04422210 | |
SCLC=small cell lung cancer; WCLC=World Conference on Lung Cancer; NEJM=New England Journal of Medicine | 93 |
Tecentriq
Anti-PD-L1 cancer immunotherapy - lung cancer
Indication | Adjuvant NSCLC | Neoadjuvant NSCLC | |
Phase/study | Phase III | Phase III | |
IMpower010 | IMpower030 | ||
# of patients | |||
N=1,280 | N=450 | ||
Following adjuvant cisplatin-based chemotherapy | ARM A: Tecentriq + platinum-based chemotherapy | ||
Design | ARM A: Tecentriq | ARM B: Platinum-based chemotherapy | |
ARM B: Best supportive care | Oncology | ||
Primary endpoint | Disease-free survival | Major pathological response and event free survival | |
FPI Q3 2015 | FPI Q2 2018 | ||
Status | Trial amended from PD-L1+ selected patients to all-comers | ||
FPI for all-comer population Q4 2016 | |||
Recruitment completed Q3 2018 | |||
CT Identifier | NCT02486718 | NCT03456063 | |
NSCLC=non-small cell lung cancer | 94 |
Tecentriq
Anti-PD-L1 cancer immunotherapy - lung cancer
Indication | 1L NSCLC | Stage IV NSCLC | 2L NSCLC previously treated with an immune | |
checkpoint inhibitor | ||||
Phase/study | Phase II/III | Phase Ib/III | Phase III | |
B-FAST | IMscin001* | CONTACT-01 | ||
# of patients | ||||
N=660 | N=375 | N=350 | ||
Cohort A: ALK+ (Alecensa) | Phase Ib | ARM A: Tecentriq plus cabozantinib | ||
Cohort B: RET+ (Alecensa) | Dose finding, Tecentriq SC followed by | ARM B: Docetaxel | ||
Design | Cohort C: bTMB-high (Tecentriq) | Tecentriq IV | Oncology | |
Cohort D: ROS1+ (Rozlytrek) | Phase III | |||
Cohort E: BRAF+ (Zelboraf plus Cotellic plus | 2L NSCLC non inferiority of Tecentriq SC vs | |||
Tecentriq) | Tecentriq IV | |||
Primary endpoint | Cohort A/B: Objective response rate | Observed concentration of Tecentriq in serum | Overall survival | |
Cohort C: Progression-free survival | at cycle 1 | |||
FPI Q3 2017 | FPI Q4 2018 | FPI Q3 2020 | ||
Recruitment completed for cohort A Q3 2018 | FPI in phase III part Q4 2020 | |||
and cohort C Q3 2019 | ||||
Status | Study met primary endpoint in cohort A | |||
(ALK+) Q3 2019; presented at ESMO 2019 | ||||
ALK+ Alecensa (cohort A) filed in US Q1 2020 | ||||
Cohort C did not show statistical significance | ||||
for primary endpoint | ||||
CT Identifier | NCT03178552 | NCT03735121 | NCT04471428 | |
*SC with Halozyme's rHuPH20/ Halozyme's human hyaluronidase | 95 |
NSCLC=non-small cell lung cancer; ESMO=European Society for Medical Oncology |
Tecentriq
Anti-PD-L1 cancer immunotherapy - SCCHN/hematology/melanoma
Indication | Adjuvant squamous cell carcinoma of the | First-line BRAFv600 mutation-positive | ||
Relapsed or refractory AML | metastatic or unresectable locally advanced | |||
head and neck | ||||
melanoma | ||||
Phase/study | Phase III | Phase I | Phase III | |
IMvoke010 | IMspire150 TRILOGY1 | |||
# of patients | ||||
N=400 | N=21 | N=500 | ||
ARM A: Tecentriq 1200mg q3w | Tecentriq plus anti-CD47 | Double-blind, randomized, placebo-controlled | ||
ARM B: Placebo | study | |||
Design | ARM A: Tecentriq plus Cotellic plus Zelboraf2 | Oncology | ||
ARM B: Placebo plus Cotellic plus Zelboraf2 | ||||
Primary endpoint | Event-free survival and overall survival | Safety and efficacy | Progression-free survival | |
FPI Q1 2018 | FPI Q4 2019 | FPI Q1 2017 | ||
Recruitment completed Q1 2020 | Recruitment completed Q2 2018 | |||
Primary endpoint met Q4 2019 | ||||
Status | Data presented at AACR 2020 | |||
Data published in Lancet;395(10240):1835- | ||||
1844 | ||||
Filed in US Q2 2020 under Project Orbis3 | ||||
Approved in US Q3 2020 | ||||
CT Identifier | NCT03452137 | NCT03922477 | NCT02908672 | |
SCCHN=squamous cell carcinoma of the head and neck; AML=acute myeloid leukemia; 1In collaboration with Exelixis; 2Zelboraf in collaboration with Plexxikon, a member of Daiichi Sankyo Group; | 96 |
3 Project Orbis=FDA framework for concurrent submission and review of oncology products among international partners; AACR=American Association for Cancer Research |
Tecentriq
Anti-PD-L1 cancer immunotherapy - UC
Indication | 1L metastatic urothelial carcinoma | High-risknon-muscle-invasive | |
bladder cancer | |||
Phase/study | Phase III | Phase III | |
IMvigor130 | ALBAN | ||
# of patients | N=1,200 | N=614 | |
ARM A: Tecentriq plus gemcitabine and carboplatin or cisplatin | ARM A: BCG induction and maintenance | ||
Design | ARM B: Tecentriq monotherapy | ARM B: Tecentriq+ BCG induction and maintenance | |
ARM C: Placebo plus gemcitabine and carboplatin or cisplatin | Oncology | ||
Primary endpoint | Progression-free survival, overall survival and safety | Recurrence-free survival | |
FPI Q3 2016 | FPI Q4 2018 | ||
FPI for arm B (amended study) Q1 2017 | |||
Status | Recruitment completed Q3 2018 | ||
Study met co-primary endpoint of PFS Q3 2019 | |||
Data presented at ESMO 2019 | |||
CT Identifier | NCT02807636 | NCT03799835 | |
UC=urothelial carcinoma; BCG=Bacille Calmette-Guérin | 97 |
Tecentriq
Anti-PD-L1 cancer immunotherapy - renal cell cancer
Indication | Adjuvant renal cell carcinoma | Advanced renal cell carcinoma after immune checkpoint inhibitor | |
treatment | |||
Phase/study | Phase III | Phase III | |
IMmotion010 | Contact-031 | ||
# of patients | N=778 | N=500 | |
ARM A: Tecentriq monotherapy | ARM A: Tecentriq plus cabozantinib | ||
Design | ARM B: Observation | ARM B: cabozantinib | |
Oncology | |||
Primary endpoint | Disease-free survival | Progression-free survival and overall survival | |
FPI Q1 2017 | FPI Q3 2020 | ||
Status | Recruitment completed Q1 2019 | ||
CT Identifier | NCT03024996 | NCT04338269 | |
1In collaboration with Exelixis | 98 |
Tecentriq
Anti-PD-L1 cancer immunotherapy - CRC and HCC
Indication | 1L hepatocellular carcinoma | Adjuvant hepatocellular carcinoma | |
Phase/study | Phase III | Phase III | |
IMbrave150 | IMbrave050 | ||
# of patients | |||
N=501 | N=662 | ||
ARM A: Tecentriq plus Avastin | ARM A: Tecentriq plus Avastin | ||
ARM B: Sorafenib | ARM B: Active surveillance | Oncology | |
Design | |||
Primary endpoint | Overall survival and progression free survival | Recurrence-Free Survival (RFS) | |
FPI Q1 2018; recruitment completed Q1 2019 | FPI Q4 2019 | ||
Data presented at ESMO Asia 2019 | |||
Status | US filing completed under RTOR Q1 2020; filed in EU Q1 2020 | ||
Data published in NEJM 2020;382:1894-1905 | |||
Approved in US Q2 2020 and EU Q4 2020 | |||
CT Identifier | NCT03434379 | NCT04102098 | |
Cotellic in collaboration with Exelixis; ESMO=European Society for Medical Oncology; NEJM=New England Journal of Medicine; RTOR=Real time oncology review | 99 |
Tecentriq
Anti-PD-L1 cancer immunotherapy - breast cancer
Indication | Previously untreated metastatic | ||
triple negative breast cancer | |||
Phase/study | Phase III | Phase III | |
IMpassion130 | IMpassion132 | ||
# of patients | |||
N=900 | N=572 | ||
ARM A: Tecentriq plus nab-paclitaxel | ARM A: Tecentriq plus capecitabine or carbo/gem | ||
Design | ARM B: Placebo plus nab-paclitaxel | ARM B: Placebo plus capecitabine or carbo/gem | |
Oncology | |||
Primary endpoint | Progression-free survival and overall survival (co-primary endpoint) | Overall survival | |
Recruitment completed Q2 2017 | FPI Q1 2018 | ||
Study met co-primary endpoint of PFS in both PDL1+ and ITT | |||
populations Jul 2018 | |||
Primary PFS and interim OS data presented at ESMO 2018 and ASCO | |||
Status | 2019 | ||
Data published in NEJM 2018; 379:2108-2121 | |||
US accelerated approval Q1 2019 | |||
Approved in EU Q3 2019 | |||
Final OS presented at ESMO Asia 2020 | |||
CT Identifier | NCT02425891 | NCT03371017 | |
ESMO=European Society for Medical Oncology; ASCO=American Society of Clinical Oncology; NEJM=New England Journal of Medicine | 100 |
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Roche Holding AG published this content on 04 February 2021 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 04 February 2021 08:53:01 UTC.