Yannis Morel
Analyst · Daina Graybosch from SVB Securities
Sorry for the interruption. So the backbone of the ANKET platform is based on the unique engagement of the activating NK cell receptor, NKp46 and CD16 on NK cells, which allows for optimal harnessing of the NK cell effector function, which can be further increased by the addition of an IL-2 variant to induce NK cell proliferation. On Slide 10, I wanted to share our enthusiasm for this platform. As you can see, our pipeline of ANKET molecule is significantly growing, with Sanofi having now licensed 3 molecules and having an option on 2 other undisclosed targets. Also, our most advanced proprietary, ANKET IPH6501, which is targeting CD20, is heading towards an IND this year. In addition, we have proprietary preclinical program against multiple targets. On the right panel, you can see the detailed mechanism of action of the ANKET molecules, which we have recently published in a couple of articles in high-impact journals. Our Nature Biotechnology paper published in January this year described the joint work with Sanofi on the CD123 NK cell engager, IPH6101 or SAR'579. SAR'579 is co-engaging NKp46 and CD16 on NK cells and, therefore, triggers potent antigen-dependent killing of AML tumors as well as production of key cytokines for the antitumor response, but without inducing systemic cytokine release, which is dose-limiting for most T-cell engagers. Moreover, we have shown that in our cell reports medicine paper that the incorporation of an IL-2 variant into an ANKET induce a potential NK cell proliferation within the tumor microenvironment, increasing, therefore, the number of antitumor effect of cells. On Slide 11, you can see another view of the IPH6101 ANKET program, also named SAR'579. Preclinical studies demonstrate antitumor activity in mice, but most importantly, efficacy against patient primary tumor. They also showed good PK/PD and safety in nonhuman primates. In addition, 1 key advantage of the ANKET technology is shown on the graph here. As compared to a T-cell engager against the same target, here in red, SAR'579, in blue, does not induce systemic cytokine release, which is a very common side effect for the T-cell engager, suggesting a potentially better safety for the NK engager as well as allowing for potential higher dosing. SAR'579 entered into Phase I in December 2021 based on this rationale. And we look forward to the presentation by Sanofi at the next month at ASCO as the SAR'579 Phase I has been selected for an oral presentation. On Slide 13, you will see the highlights on our recent Takeda deal we signed [indiscernible]. We entered into an agreement, whereby Takeda gained exclusive rights to a panel of selected antibodies against an undisclosed target to develop antibody drug conjugate with a primary focus in Celiac disease, which is outside of our oncology focus. The terms of the agreement included a $5 million upfront and up to $410 million in milestone and royalties on net sales. The deal further demonstrates our antibody engineering expertise and its applicability to antibody drug conjugate development as well as our ability to monetize pipeline assets in therapeutic areas outside of our area of expertise. Now I will now hand over to Mondher for a summary.