Anat Cohen-Dayag
Analyst · Janney Montgomery Scott. Please go ahead
Thank you, Ari. 2014 was the year of substantial progress and achievement on multiple front for our company, allowing us to enter 2015 as a stronger company with more robust and higher value opportunities. More specifically, these achievements included first and foremost the demonstration of impressive continuing success for our early stage immune check-point candidates. This provides us with multiple immune-oncology target opportunities for first-in-class therapeutics. Compelling and differentiating data were generated for each of our novel target tested to date confirming our computational predictions and we’re advancing with therapeutic antibody discovery programs for selected candidates. These achievements allowed us to select two programs to be advanced by the company towards future clinical trials in oncology. We were also of course very pleased by the progress of our antibody programs under their collaboration signed in 2013 which was already resulted in the receipt of two milestone payments in 2014. In addition to the success related our immune checkpoint based program, we also experimentally confirmed in 2014 our predictions for two of our five antibody conjugate drug target candidates supporting their potential utility as target for therapeutic ADC. Moreover, we obtained promising data for the first of four immunomodulatory proteins which are distinct from our B-7328 slide immune checkpoint candidates providing us the opportunity to enter the field of tumor associated macrophage target an additional area of immuno-oncology which is generating excitement in the industry. We believe that these additional recent achievements based solely on our unique predictive discovery capabilities are resulting in one of the broadest and most promising early stage target discovery pipelines for oncology in the industry. Beyond the progress of our oncology candidates we continue to demonstrate the broader capability of our predictive discovery infrastructure, pipeline it to the field of biomarker discovery. This included the recently announced progress of Neviah Genomics, our joint venture with Merck Serono involving our identification of the biomarker signature for drug-induced liver toxicity and the establishment and the initiation of biomarker discovery activities for certain of our immunotherapy program. Neviah Genomics intends to introduce its commercial toxicogenomic services in 2016. Also, during the past year we have utilized our predictive discovery infrastructure to further enhance the intellectual property on selected product candidate, a key advantage of our novel and unique programs in this promising but highly competitive field of immune-oncology. Underlying and supporting all of these achievements was the significant expansion of our throughput capabilities and expertise, both in-house and through a broad network of multiple key scientific collaborations culminating in our recently announced major collaboration with Johns Hopkins University. Moreover, we secured substantial additional capital primarily from our public equity offering early in 2014 to provide the required resources for these sharply increased and broadened activities. In my remaining prepared remarks today, I would like to offer further insight concerning some of these achievements that measure the gains of our 2014 objective and to provide our expectation for 2015. However, before doing so I would comment on one 2014 objective that we did not accomplish. I'm referring to the objective of entering into one or more additional pipeline program collaboration. First, it is important to note that in view of the large number of product candidates provided by our predictive discovery capability, entering collaborative arrangement of different types and at different stages for our product candidates is a key aspect of our overall strategy. However, as I already stated, key events and achievements last year resulted in a significant increase in our corporate trends and confidence in our candidates. This allowed us in May 2014 to consider modifying the way we view collaborations in order to maximize the value of our growth pool of candidates. Therefore, we are now primarily focussing on exploring collaboration opportunities where we are more involved in downstream value adding activities, which would enable us to retain more value. In general such arrangements can now be considered by us only due to the progress we made during 2014 and our increased financial resources. In addition, as we continue to evaluate with potential partners such collaboration opportunities we have the resources to continue to aggressively advance our early stage immuno-oncology candidates with a special focus on those that we have selected to advance the future clinical trials. Therefore, although we are actively evaluating various collaboration opportunities, we have not set for the company specific timelines for finalizing such opportunities. I would like to conclude my remarks today with some additional information regarding some of our achievements of last year as measured against our 2014 objectives. With respect to my prior comments regarding the demonstration of impressive continued success for our early stage immuno-oncology candidates, six of the 11B-7328 slide candidates have now demonstrated potential to service targets for cancer immunotherapy through their involvement in the tumor immunology of multiple types of cancer. Our remaining five B-7328 slide candidate are at various stages of evaluation. Having novel programs in these highly competitive field of immuno-oncology, which is becoming more and more proud with time not only we care for the inhibitors but also with additional approaches to stimulate the immediate response against cancer is of significant value. While CTLA4 and PD-1 service game changers and paved the way for breakthroughs in the field of cancer treatment, many patients are still not responding. Furthermore, clinical benefit demonstrated to date is limited to a small set of cancer indications and only a minority achieved a promise of long-term survival. What is required for a more excessive immunological cancer treatment may be visualized by analogy to a car, with an ignition switch, gas pedal and break. First, the immune response against the cancer cells need to be turned on. This can be carried out for example by cancer vaccine which acts like the ignition switch that starts an immune response towards the cancer. But this is insufficient, as the car will not move unless the breaks are released. The same is true for the immune system. The immune check point breaks need to released and in parallel you have to step on the gas and these are the immune stimulator. Check on broad case is therefore central in harnessing the immune response against the cancer and while others are competing on their known check points, competent discovered and is acting on a large number of novel check points that has a potential to increase response rates and extend the range of cancer indications treated. Having such a pool of novel check point candidates is therefore of significant value. In this respect our multi-year broad collaboration with John Hopkins will allow us to further enhance the value of our program. Under this collaboration, we will focus on further evaluation of our candidate differentiation profiles with respect to known check points and their potential to serve either hormonal therapy or in combination with other cancer treatments. In 2014, we achieved promising experimental validation data for the first of four new immunomodulatory protein discovered by us, there are no B-7328 slide immune checkpoint. These proteins very initially predicted through other methodologies including understanding of tumor-associated macrophage biology. Therefore this is an additional example of how our ability to understand and then predictively model biological phenomena is allowing us to make discoveries in challenging, well researched areas of high industry interest. This new immuno-oncology area is becoming of greater interest to pharma due to promising early clinical data of others. The candidate we have disclosed is being advancing our validation pipeline while we continue to take the other three. With respect to our ADC activity, two of our five antibody conjugate drug target has demonstrated data supporting their potential utility as therapeutic ADC targets. This discovery platform which independently identifies unknown target for ADCs progressing in other companies clinical trials allows us to discover new candidates with differentiated profile, to serve as targets for ADCs. The two candidates that were tested by us demonstrate a desired profile of low expression in normal critical tissues such as heart and liver and higher expressions in multiple cancer sites such as colorectal and prostate cancer. The experimental validation effort for the remaining three is ongoing and our intention is to advance at least one program to therapeutic antibody development during 2015. As previously mentioned, as per our 2014 objective, we selected two therapeutic antibody discovery program to be taken towards future clinical trials in oncology by the company. The two targets on which these programs are based CGEN-15049, CGEN-15027 both show compelling links to tumor immunology and biological differences that project therapeutic differentiation. Currently, both are moving forward in parallel at our San Francisco site towards selection of lead antibodies. As additional experimental data becomes available we may be trying to focus more resources on one. With respect to future clinical trial by the terms of our agreement with Bayer, we cannot provide information concerning the timing of possible IND filings for CGEN-1501T and CGEN-15022 although we continue to be pleased by the progress being made in this collaboration. Concerning CGEN-15049 and CGEN-15027, it is our intention to help identify on at least one of the two programs in about 24 months. With respect to CGEN-15001 which is our primary product candidate in autoimmune diseases, in view of our substantially increased pipeline program focus on the multiple product candidates for him you immuno-oncology, we are now at the early stages of exploring various collaboration alternative to provide the resources and expertise required to further develop these product candidates for future clinical trials, and to witness inflection point where we believe it will become a valuable asset for pharma companies. With respect to our activities in the growing field of biomarkers as previously mentioned, during 2014 we successfully established as part of our objective for the year, a biomarker discovery for one of our collected checkpoint candidate. The ultimate growth with newly established discovery program is to identify biomarkers that will provide significant that is value to the development of our future clinical program. Currently we are applying the platform to the CGEN-15049 program to identify T-cell gene signatures that provide an insight into the molecular mechanism by which the specific immune check point target exerts inhibition on T-cell. Our company has a unique capability in the biomarker discovery area as demonstrated by our successful discovery of [indiscernible] for Neviah Genomics, or joint venture with Merck Serono. Therefore in addition to our ongoing [indiscernible] we intend to evaluate several other opportunities for gaining value from our predictive capabilities in this scale, but without interfering with our timed primary focus on immuno-oncology therapeutics. Looking forward to the remainder of 2015, our primary goal with our sharply increased resources and capabilities is to aggressively advance in parallel a number of our early-stage immuno-oncology candidates with a focus on CGEN-15027 and CGEN-15049. Additional plan for 2015 are to further expand selected antibody drug conjugate program to apply our biomarker discovery capabilities to selected checkpoints, continue to meet our commitments under the existing collaboration and explore new collaboration opportunities and to extend and enhance our unique predictive discovery capabilities. And with that we would be glad to address any questions that you might have.