Joyson Karakunnel
Analyst · Citigroup
Thank you. Thanks, Mondher. To remind you, monalizumab is an anti-NKG2A which acts upon the checkpoint pathway to potentiate NK cell activation. This is being trialed in combination with cetuximab in head and neck cancer, and also in combination with the anti-PD-L1 durvalumab in lung cancer. On this slide, I wanted to recap the results for the randomized Phase II study that AstraZeneca conducted in unresectable, stage 3 non-small cell lung cancer presented at ESMO in September. The three-arm study evaluated the combinations of durvalumab plus monalizumab and durvalumab plus oleclumab, AstraZeneca's anti-CD73. As you can see from the results here, both arms performed well versus the standard of care arm, durvalumab. After a median follow up of 11.5 months, the results of an interim analysis showed a 10-month PFS rate of 72.7% in durvalumab plus monalizumab versus 39.2% with durvalumab alone. The results also showed an increase in the primary endpoint of confirmed ORR for durvalumab plus monalizumab over durvalumab alone of 36% versus 18%. The discussion at ESMO also highlighted a matched propensity score analysis, which matched certain variables which are known prognostic indicators. This demonstrated that the COAST study may have recruited patients with the worst prognosis, explaining the durvalumab arm underperformance versus the Phase III PACIFIC trial. On slide number 7, you can see an overview of the late stage development plan for monalizumab in lung cancer. As mentioned, based on the Phase II COAST data, AstraZeneca announced plans to initiate a Phase III trial for both combinations of monalizumab and oleclumab plus durvalumab in the unresectable, stage 3 non-small cell lung cancer setting who had not progressed after concurrent chemo or radiation therapy. We look forward to seeing the trial announcement in due course. Separately, AstraZeneca also announced that it is starting a Phase II clinical trial in the earlier stages, IIa to IIIa non-small cell lung cancer, NeoCOAST-2, that includes a treatment arm with monalizumab in combination with durvalumab and chemotherapy. We still await the data from the Phase III NeoCOAST-2 trial in stage 1 to 3A non-small cell lung cancer patients. On slide number 8, moving to head and neck cancer, we presented data from cohort 3 of the Phase II trial later this year at ESMO IO for the triplet of monalizumab plus durvalumab plus cetuximab in the first line head and neck cancer. As a reminder, the standard of care in this setting is KEYNOTE-048 trial of pembrolizumab with or without chemotherapy depending on the PD-L1 status as determined by CPS score. Additionally, the Phase III INTERLINK-1 of monalizumab plus cetuximab in IO pretreated head and neck cancer is ongoing. We look to work further with our partners AstraZeneca on this potential new treatment. Turning to slide 9. We are pleased to have presented our latest innovation in our proprietary multi-specific NK cell Engager platform that we call ANKET, which Eric Vivier has presented at several meetings this year, including ESMO and SITC this last week. ANKET stands for antibody-based NK cell Engager therapeutics. And these multi-specific molecules are made of various building blocks as illustrated here. The reason why we are so excited about the ANKET is because we are announcing two breakthroughs. First, a technological breakthrough, and second, an efficacy breakthrough, which is leading to the harnessing of NK cell effector function against cancer and also provides proliferation. So, on the technological breakthrough, as you can see on this slide, ANKET is a versatile, fit-for-purpose technology that is creating an entirely new class of tri and tetra-specific molecules to induce strategic immunity against cancer. On the preclinical efficacy breakthrough, this unique NK cell Engager engages for the first time to activating NK cell receptors, namely NKp46 and CD16, but also the combination of receptors for IL-2, IL-2R beta and IL-2R gamma, with the IL-2 variant and tumor antigen in a single tetra-specific molecule. Overall, it demonstrates a better antitumor efficacy than clinically approved antibodies within the limit of preclinical models. On slide 10 is a summary of the data presented at SITC this weekend on our lead ANKET asset as selected by Sanofi. This is the first NKp46, CD16 based NK cell engager to enter the clinic. On the left side of this slide, we demonstrated preclinical data showing that CD123 targeted IPH6101 ANKET demonstrated consistent potent antitumor activity against all AML cell lines and primary AML, which were resistant to ADCC by a competitor anti-CD123 antibody. On the right side of the slide, we demonstrate that, in non-human primates, there is a sustained pharmacodynamic effect, combining efficient depletion of CD123 expressing cells with minor cytokine release and a favorable safety profile in comparison to T-cell engagers. We await the first clinical trial start with Sanofi. On slide 11, we wanted to highlight the data on our recent generation of tetra-specific ANKET, which is made up of four components. In yellow, an antibody fragment that recognizes the tumor antigen; in green, an antibody fragment that recognizes NKp46; and in red, an Fc portion that will interact with the CD16; and then in blue, a variant of the interleukin-2. On the left, we show you the contribution of the tetra-specific ANKET with the IL-2 variant. The black graph on the far left is the vector. The green graph is the tetra-specific ANKET. And the red graph on the right is the tri-specific ANKET and the IL-2 separated. You can see the benefit with the green graph, which is including the tetra-specific ANKET with the IL-2 variant. On the right, you see the benefit of the tetra-specific versus the vehicle obinutuzumab in lung mouse models. On top, you have the vehicle. In the middle, the tetra-specific ANKET. And on the bottom, the CD20 obinutuzumab. Activity is seen with the tetra-specific model that is not seen with obinutuzumab. We'd look to further update on the ANKET throughout next year. On slide 12, let me summarize the progress we are making with lacutamab, our first-in-class, humanized monoclonal antibody that targets the immune receptor KIR3DL2. As you may remember, KIR3DL2 is an inhibitory receptor found in approximately 65% of patients across all cutaneous T-cell lymphomas and even more in certain aggressive subtypes, but with limited expression in healthy tissue. To date, data from lacutamab have shown promise, demonstrating compelling single agent activity and offering immense potential in lymphomas historically associated with a poor prognosis for which there are few therapeutic options at an advanced stage. We are pursuing a fast-to-market strategy for lacutamab in T-cell lymphomas with a potentially pivotal trial underway in the niche indication of Sézary Syndrome, where lacutamab was granted US fast track designation and EU prime designation last year. We are also looking to potentially expand past Sézary Syndrome to mycosis fungoides, where we have seen encouraging preliminary data from our Phase II trial. For the Sézary Syndrome, cohort enrollment is on track and we still expect to be able to report topline preliminary data in 2022. In mycosis fungoides, firstly, we moved the KIR3DL2 expressing cohort from stage 1 to stage 2, earlier than anticipated. The data presented at Lugano demonstrated a 35% ORR in KIR3DL2 expressing late line patients. The next preliminary MF data update is due in 2022. Finally, we are advancing into peripheral T-cell lymphoma by starting two clinical trials in the relapse setting. With that, I turn back to Mondher.