Jarrod Longcor
Analyst · Ladenburg. Your line is now open
Thank you, Jim. As was mentioned by Jim earlier in this call, we have focused both our partnering and research and discovery strategies on long-term value generation. This will come in the form of revenues via upfronts, milestones and royalties as well as access to molecules, or payloads for the PDCs that Cellectar can develop on its own or in collaboration, additionally defraying R&D expenditures and providing more details in general for the company. To this end, both Pierre Fabre and our recently announced collaboration with Basel, Switzerland based Avicenna Oncology provides such strategic benefits. The deal with Avicenna provides a unique opportunity to collaborate with experts in the antibody drug conjugation or ADC delivery field and further validate our next generation delivery platform with new proprietary payloads to potentially create new products for the treatment of various solid tumors. As part of the collaboration, we will examine the two delivery modalities side-by-side with the same payload, which will provide Cellectar with an opportunity to further validate the PDC platform and to generate key data that would differentiate this method of targeted delivery versus that of the antibody drug conjugates, which we believe will further demonstrate that our PDC platform is the next generation of targeted therapies. Under the terms of the deal, Avicenna will provide their novel chemotherapy payloads through Cellectar. We will then leverage our expertise and chemical conjugation to link the molecules through our phospholipid ether or PDC platform and put these molecules through our rapid iterative in vitro and in vivo screening process to identify the best PDC. These PDCs will then be tested alongside the previously designed ADC or antibody drug conjugates with the same payload provided by Avicenna. Additionally, the collaboration allows both companies to have the option to advance the development of any of the newly congregated molecules, PDCs, either globally or regionally. Therefore, this collaboration also provides Cellectar with a very interesting and potent payload to which we would not otherwise have access. We look forward to combining our respective companies' expertise to better understand the potential benefits of our next generation targeting platform PDCs versus that of the ADC delivery. With regard to our collaboration with Pierre Fabre, we continue to make significant advances. We have identified a select number of PDCs that show the potential to have the preferred therapeutic window and potential efficacy. In terms of our other preclinical activities, we have expanded our PDC research to include a new program involving a novel payload internally. Furthermore, we continue to strengthen our research capacity to leverage our CLR CTX conjugate programs to allow future collaboration as well as our own in-house proprietary small molecule research. We also remain focused on broadening the potential of CLR 131 and continue to perform research to identify optimal dosing regime, tumor types and ideal drugs to be used in combination with CLR 131. Over the preceding quarter, we completed a handful of in vivo experiments, evaluating CLR 131 in various solid tumors, including ovarian, prostate, bladder, lung cancer and Glioma. CLR 131 has shown excellent activity in each of these models as a single agent. In addition, we have explored the use of multiple doses in several of these tumor types. Here again, we have seen that CLR 131, when given in multiple doses, and/or fractionated doses of two or three doses provide excellent single agent effect with an even greater efficacy over the single dose, including a greater than doubling of survival in several solid tumor models. We expect to have further updates on all of these programs in the weeks and months to come. I'd like to now return the call to Jim.