Pnina Fishman1:18
Thank you, Craig. Bri, can you move to the first slide? No, I thought you will start, but I can do it. Yes, sure. So we are developing safe drugs for the treatment of pathological inflammatory diseases. We have an advanced clinical-stage pipeline with short regulatory approval pathways, both to the FDA and the EMA. Successful out-licensing deals. We are dually traded at the New York and Tel Aviv stock exchanges with around 10 million ADRs outstanding. Last financial, or by the end of 2024, we had around $8 million in the bank. So the money that we have and the short-term milestones that we should get from our current partners should support the company for the next 16 to 18 months.
Okay, so as part of you may already know, we have a very unique platform technology. We have a target which is a specific cell surface receptor, the A3 adenosine receptor, where our drugs will bind to the target, which are the inflammatory or cancer cells. And you can see here that normal cells are very low or no, they are nude and do not bear the target. And this is the reason that when the drug will get into the body, it will bind only here and will not bind to the normal cells and will not harm them. After we have already treated a couple of thousands of patients, we know that this is the reason why our drugs are so safe. We have proven therapeutic effect from Phase 2 and even Phase 3 clinical studies and an excellent safety profile.
While looking at the pipeline, so we have the Piclidenoson drug, which is our anti-inflammatory drug, and we currently use to treat psoriasis patients. We are conducting a pivotal Phase 3 clinical study. The second indication with this drug is a rare genetic disease, Fabry syndrome. Actually, we are not the ones who came up with this indication. It came from Naples University in Italy, and they used our research drug and found that they can cure preclinical experimental models of Fabry syndrome. As I mentioned, a rare genetic disease which actually affects the kidney and the brain. With Piclidenoson, we are doing now all the preparatory work for a Phase 2 clinical study. Last but not least, we decided that since the drug has a robust anti-inflammatory effect, we can out-license it also for the treatment of dog osteoarthritis. And in the frame of the presentation, you will see this as well.
The second drug candidate is Namodenoson. This is our oncological drug where today we are developing it towards advanced liver cancer. We have an ongoing pivotal Phase 3 clinical study in patients who suffer from this disease, and we also treat patients with pancreatic carcinoma in the frame of a Phase 2A clinical study. And then we have the CF602, which is still in early development stages for the treatment of erectile dysfunction. These are our corporate partnerships. We have already signed seven of them. To a company which is based in Central Europe, actually two companies, and one for Eastern Europe, one for Central Europe, not all the countries, only three countries. We have licensed it for China, also for Korea, for Cipher Pharmaceuticals in Canada, and for Vetbiolix, who is the company who licensed the utilization of pets for osteoarthritis. In the frame of these studies, we got an upfront money of $20 million, and more $130 million will come down the road.
So let's go over the drugs in our pipeline in a very concise way. So you can see here the molecule of Piclidenoson, which is a small molecule drug. This is a chemical profile of the drug. The interesting thing and the take-home message is that the drug can be taken orally twice daily. And as I mentioned, we are developing it currently for moderate to severe psoriasis. So why this drug can be positioned for the treatment of psoriasis? So first of all, the target itself, the A3 adenosine receptor, is overexpressed on the cell surface of the skin cells. And also, our drug can push the inhibition of two very important cytokines, interleukin 17 and interleukin 23, which are by antibodies to these cytokines positioned today as biological drugs to treat psoriasis. So since our small molecule drug Piclidenoson can do a very similar job, we think that we can position it very nicely in the world of biological drugs with all the adverse events and severe adverse events that we see. So you can realize that this drug has a robust anti-psoriatic effect. We have here all the molecular mechanism of action that I will not get into it right now, but this was rational to take this drug into this indication.
And you can see here a glimpse of the data that we got in the first Phase 3 study. Basically, we hit both the primary endpoint, which was PASI 75, and also the secondary endpoint, which was PGA 2. And in this study, we also had the ACR. So this actually opened for us the door for the current Phase 3 clinical study. In a minute, I will get into it. Just before it, I would like to show you that the drug can be active also topically. And here in a preclinical model, we see how Piclidenoson very nicely cleans the skin of the animals that were infected with psoriasis.
So where are we today? Today, very shortly, we are going to start initiating the Phase 3 clinical study, enrolling patients in agreement with both the FDA and the EMA on the study protocol. We will treat patients with Piclidenoson, a twice-daily drug. It's a tablet, so it's very convenient for the patients to take it. And the primary objectives of this study will be the two primary and secondary that I presented you before, which is PASI 75 and PGA 2. And of course, we look at the safety of the drug in the patients. So I would like also to share with you very shortly some data regarding the veterinary effect of Piclidenoson in pets who suffer from osteoarthritis. So you can see here, in a very robust and statistically significant way, the effect of our drug Piclidenoson. In this specific study, we used not we, but the partner used dogs. And this is a very good basis for the partner to keep developing this drug, and hopefully, it will be registered quite shortly for treatment of pets. And this will bring Can-Fite a very good and non-dilutive income.
Regarding Namodenoson, which is our oncology drug, so the chemical formula is very similar but different from Piclidenoson. And this drug also is a small molecule drug which can be taken orally twice daily by the patient. So the first indication is advanced liver cancer, and of course, the rationale is the robust anti-cancer effect that we have found in preclinical studies. Again, I will not get into the molecular mechanism of action, but it is very well defined. It's extensively published by Can-Fite and by others. And I would like to give you here an example of a patient which responded in a fantastic way in the frame of the Phase 2 clinical study. You can see here with the round red circle the lesion that this patient had in the liver, and you can see that along the study period, the lesion now is much smaller and it just disappeared. Not only the liver lesion, but also all the metastasis has disappeared. This is a patient which was treated more than eight years on our drug. Now it's under compassionate use, but before it was under the Phase 2 clinical study.
So this brings us to the current study that we are enrolling patients. Just before, to give you the regulatory status of this drug: it's an orphan drug. We got a breakthrough designation both by the FDA and by the EMA, a fast track by the FDA, and we are heading towards an interim analysis. And if the drug will become, with positive data, we will be able to have a conditional approval and to start marketing the drug after 50% of the patients will be enrolled. Last but not least, we have the pancreatic cancer that we are treating in the frame of our oncological indications. And the rationale again is a very robust anti-cancer effect. 90% of the pancreatic cells have been just destroyed upon treatment with our drug. We have the molecular mechanism of action where we induce apoptosis, meaning a programmed cell death of the pancreatic cancer cells. And this study is an ongoing study. This is basically the description of the study: it's an open-label, oral dose Namodenoson 25 mg twice daily. Primary endpoint: safety. And secondary endpoint is objective response, progression-free survival, duration of response, so on and so forth.
So beside the oncological indications, we have also an indication with NASH, which is a disease where fat accumulates in the liver, not on an alcoholic basis. And based on the very good protective effect that our drug has in the liver, we decided to go ahead and to test this drug in patients through Phase 2A, which was very successful. And then we decided to move to Phase 2B. In distinction from the Phase 2A, the Phase 2B includes also biopsies from the patients. And we hope that the data will be reproducible, and this data will be able to take us and to open the door for a Phase 3 clinical study in this very interesting indication where only one drug is registered on the market. This is CF602. As I told you, it's a very early drug, and we saw that in the frame of the clinical studies that our drug improved erectile dysfunction. And we decided to take the third molecule and to develop it into this indication. And Motti, would you like to summarize?