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spk02: Thank you all for joining us today. This call is being webcast live on our website, ir.nvidia.com, and a replay will be made available. Following prepared remarks, we will be conducting a live Q&A session. NVIDIA's Vice President of Finance and Administration, Erica Eves, will be joining me on the call today. During the course of this conference call, we will be making forward-looking statements regarding future events and the future performance of the company. These events relate to our business plans to develop NVIDIA's molecular diagnostics and immunotherapeutics, which include clinical and regulatory developments and timing of clinical data readouts, along with capital resources and strategic matters, as well as the impact of the COVID-19 pandemic on NVIDIA's business operations. All of these statements are based on the beliefs and expectations of management as of today. These statements involve certain assumptions, risks, and uncertainties, and could cause actual results to differ materially. We assume no obligation to revise or update forward-looking statements, whether as a result of new information, future events, or otherwise. Investors should read carefully the risks and uncertainties described within the Safe Harbor section of our website, as well as the risk factors included in the company's most recent quarterly and annual filings with the FCC. So with that, let's begin with our update. During the fourth quarter of 2021 and since, we have continued to work on financing for the company. We have engaged with an investment bank and options are being pursued. This is all I can say at the current time, but be assured that the board of directors and senior management are working on this tirelessly. We will provide you with updates as we are able to do so. Overall, we've made excellent progress on our phase 2b trial in rheumatoid arthritis or RA. comparing imaging to biopsy, and begun enrollment into our phase three following dialogue with the FDA. We continue to advance the therapeutics and imaging applications through collaborative relationships with various well-known institutions and investigators across the globe and are growing and diligently maintaining the company's intellectual property. The team here works extremely hard and efficiently, and I'm very proud to be associated with this outstanding group of individuals. Senior management is working closely with the board of directors and we are united in moving the company forward. As we've said in the recent past, there are many things we are working on behind the scenes. We will provide you with updates as soon as we are able and as appropriate. So now I'd like to provide some more detail around clinical updates. I'll begin with progress on our rheumatoid arthritis program. We initiated and have enrolled into our phase three trial in RA titled Evaluation of Technetium 99M Tilmanisept Imaging for the Early Prediction of Anti-TNF Alpha Therapy Response in Patients with Moderate to Severe Active RA. The indications we're going for in RA are, one, early prediction of treatment response to a new or first-time anti-TNF alpha therapy, and two, identify RA patients with low level of localization who are less likely to respond to anti-TNF alpha therapy. As we've discussed previously, there is a large unmet need for reliable early predictor of whether or not a therapy is working in a patient with RA. Because if a drug is not working, the patient's disease is not being treated. And this can lead to long-term consequences along with unnecessary high drug costs for ineffective therapies that bring with them possible side effects. Recall that our previously completed Phase IIb study demonstrated that telmanicept can provide robust quantitative imaging in healthy controls and in patients with active RA, that this imaging is reproducible and can define joints with and without RA-involved inflammation, and that tolmanicept imaging can provide an early prediction of treatment efficacy of anti-TNF-alpha therapy. And anti-TNF-alphas are by far the most commonly prescribed second-line therapy for those suffering from RA. Analysis of that study demonstrated high accuracy at early prediction of treatment effect, with a strong predictive value in particular for non-responders to anti-TNF-alpha therapies, even from the baseline scan alone in a defined subset of patients. In these patients, those who exhibit a low level of telmanicept uptake in their joints on their initial baseline scan, who likely represent the fibroid subtype of RA, and There was an almost 90% non-response rate to anti-TNF alpha therapy using a clinical gold standard assessment. This result on its own, the ability to use a single time point scan to predict that an anti-TNF alpha therapy is highly unlikely to work in a particular group of patients would be a powerful tool for rheumatologists to be able to rule out an entire class of therapies from the get-go. avoiding the high cost, possible side effects, and possible worsening of disease that could otherwise be the case. So in combination with the predictive capacity we saw in the rest of the subjects, the data continued to support our hypotheses. We are preparing to submit the results from the full data set from this trial for presentation at an upcoming international meeting, and of course we plan to write these up for publication in a medical journal. As we've also discussed previously, we had our end of phase two type B meeting with the FDA back in September, where we reviewed the phase two B data and the proposed phase three plan. After that constructive meeting with the FDA and after receipt of the formal meeting minutes to make sure we remained in alignment, we finalized agreed upon modifications to the phase three protocol design and statistical analysis plan and sent those back for comment. We then initiated the phase three. Following additional feedback from the FDA, we reorganized and restructured several of the trial objectives while the trial protocol itself did not change. As part of this restructuring, we revisited the targets to achieving the trial objectives and were able to reduce the trial size from an earlier range of 318 to 728 patients down to 200 to 672 patients. We then opened up the trial for enrollment. As of this moment, we have opened up two sites for this Phase III with another in process. These are sites that were involved in the Phase IIb study and are well acquainted with the trial design and operations. We have also completed enrollment into the Healthy Control Study, NAV 335, to establish what is called a normative database for tilmaniseptin RA. An integral part of our ability to discriminate RA inflamed joints from those that do not have inflammation is the knowledge of what healthy joints look like quantitatively. We use the healthy control data from one of the arms of the completed Phase IIb to start to set these parameters, and we're using this study to add to the size of the current normative database. This should enable us to discriminate RA-involved joints from non-RA inflamed joints with improved accuracy and should have a positive impact on our ability to predict treatment response. So this normative database establishing the parameters of what a normal joint looks like with Telmanisept will play an essential part in both the phase three data analysis, as well as the commercial product, and will serve as one of many barriers to entry for possible competition. Our comparison study of Telmanisept imaging to joint biopsy, NAV332, is in active recruitment. In this Phase IIb study, we are comparing telmanicept imaging to histopathology from the joints of patients with active RA. We aim to recruit patients with each of the three subtypes of RA to obtain comparative imaging and pathology results in order to establish the correlation between our imaging signal and the number and density of macrophages in these patients' joints. As of this call, we have 11 subjects who have completed both imaging and biopsies. with an additional four to five subjects in screening. The trial is designed so that we enroll a minimum of four subjects in each of the three subtypes of RA. So overall trial size is expected to range between 12 and 24. In terms of recruitment into this trial, we are doing quite well. As a guidepost for that, when we first approached our UK site expert and world leader in synovial tissue biopsy, or the biopsy of the joints of patients with RA, His estimate was that if we were able to open up 10 sites, he could achieve enrollment of one and a half subjects per month overall across all those sites. We have done about as well as that with only three sites open. How we do this is we pick our sites very carefully and make sure we have excellent relationships with what we know are very motivated primary investigators and their staff. Remember, this trial is not required for FDA approval in the initial indications in RA that we're going for and that I just mentioned earlier, but we believe it is critical in order to achieve qualification of CD206 as a biomarker for RA, as well as to engage with pharma for its use in trials of new RA therapeutics. It will also provide rheumatologists with gold standard information related to our imaging readout and the fundamental biology of a patient's RA. For example, results from this study could directly demonstrate that telmanicept imaging can be used to determine a patient's subtype of RA, and this would have implications for what class of therapeutics might or might not work on that particular patient. This could therefore have significant impact on the management of RA patients if approved. We continue to make very good progress on automating the image quantification as well, which will have significant benefits for the commercial product. We have signed a letter of intent with the image analysis company MIM Software to be the company's commercial partner for image quantification of telmanisept imaging in RA. MIM is a leading medical imaging software company based in Cleveland with a large footprint in the nuclear medicine space. It is a privately held company that sells its products globally to imaging centers, hospitals, specialty clinics, research organizations, and pharmaceutical companies. They have their software installed in more than half of the nuclear medicine facilities in the U.S. and have cloud-based applications as well. We've been working on this for a while, and we believe MIM is the right partner. They have completed a pilot study using data from our trials, demonstrating that they can develop a fully automated application that can robustly reproduce our quantitative imaging reads using our proprietary algorithms. This will be important for rollout of a commercial product. The ability to perform the quantitative reads rapidly and reproducibly at large scale through automated means is critical to large scale use of Telmanisept for RA. This letter of intent is an acknowledgement of their commitment as well as ours to partner to provide for the image analysis, image transfer, and imaging redistribution for the RA commercial product. We will work with them over the next several months to finalize terms of the partnership. On the cardiovascular disease front, work has completed on the investigator-initiated atherosclerotic plaque imaging study at MGH Mass General Hospital in Boston. The group there is presented in abstract at an international conference in February. The data are promising in terms of localization of telmanisept to sites of plaque, and have been in line with what was reported in the pilot study we co-published with them previously. Preclinical studies on gallium-68 tilmanisept for PET imaging and related next-generation manisept imaging agents have progressed significantly through internal work at NVIDIA and through extramural collaborations with researchers at the University of Alabama, Birmingham, or UAB. Progress includes completion of our NIH-funded preclinical studies for evaluating gallium-68 tilmanisept and various new imaging agents similar to tilmanisept in a mouse model of atherosclerosis. Data analysis shows significant uptake of gallium tilmanisept-like imaging agent in atherosclerotic plaques in this mouse model. Another important set of preclinical imaging studies were recently completed with our collaborators at UAB. These studies evaluated two new imaging technologies in a mouse model of cancer. The first technology is designed to increase imaging agent localization to target tissues, while the second technology is designed to block off-target imaging agent localization to the liver, a major site of localization when tolmanicept is administered by intravenous injection. These studies were highly successful, showing that we can dramatically increase localization of a new tolmanicept-like imaging agent to tumors in while simultaneously significantly blocking off-target localization to the liver. With help from our colleagues at UAB, a manuscript describing these results has been prepared for publication. We'll submit it for publication in the next few weeks following intellectual property review by our patent counsel. So the success of these imaging studies greatly expands our imaging know-how and potentially illuminates a path to a next-generation imaging agent. Perhaps as importantly, the success of these imaging studies also points to a pathway leading to synthesis of more effective therapeutic drug delivery constructs. Building on this information, new drug delivery constructs have been synthesized that carry a variety of payloads that include dexamethasone and doxorubicin. In addition, other new constructs have been synthesized that carry new drug payloads that may be more effective than doxorubicin for beneficially altering the immune status of tumor macrophages. Six of these new constructs have been evaluated in a human macrophage assay system, with the first new construct carrying a doxorubicin payload and a second construct carrying a different payload having progressed to evaluation in a mouse model. Results show that when administered alone or in combination with another cancer drug, Navidius therapeutic construct significantly reduced the rate of tumor growth in that model. The dexamethasone-carrying construct will also be evaluated but in the mouse model of inflammation rather than cancer. This construct could have broad-reaching applications in autoimmunity, inflammation, and in diseases of metabolism. As these preclinical studies are completed, we will update you and announce when and where results will be presented. And so our therapeutic pipeline is robust and moving forward. On the progress of Lymphaseq's approval in India as LymphoAIM, we were informed last week that the senior regulatory reviewer has accepted our most recent replies to their organization's inquiries, and the file has been moved to the administrative department for further processing. They weren't able to give us a timeline, but this is promising news that things are moving towards approval. On the intellectual property front, we have submitted two new provisional applications. The first is related to new methods of attaching chemotherapeutics to our Manasep platform, and the second relates to maximizing target tissue uptake and off-target competitive blocking. These have important implications for pipeline applications. We also recently held an IP meeting with Cardinal Health to make sure we are aligned on IP strategy as they lead prosecution of certain patents in North America and we in the rest of the world. This was a very good meeting and we will work closely together going forward. We have an active IP protection strategy that we believe will provide needed protections and rights to both our current diagnostic and therapeutic agents as well as to our next generation molecules and disease indications. I was recently looking back at the company's IP history, and with these above items, plus the other new provisionals based on ideas from the current team here that we have filed in the three years since I arrived, and with the signing of the license agreement with Ohio State recently, this has arguably been the most productive three years in the company's history IP-wise. Those are just some of the highlights of the last quarter that I wanted to touch on for this update. We remain largely focused on the rheumatoid arthritis pipeline, specifically the Phase 2B imaging to biopsy trial and the Phase 3, while we continue to support and push for progress on our other diagnostic and therapeutic indications. As always, I want to thank the team here for their tireless efforts to keep things moving. and our network of clinical trial sites and academic research collaborators for all of their hard work. And with that, I'll stop and I will turn the call over to Erica for financial updates. Erica, take it away.
spk06: Thanks, Mike. Total net revenues for the fourth quarter of 2021 were $50,000 compared to $219,000 for the same period in 2020. Total net revenues for the full year of 2021 were $532,000 compared to $914,000 in 2020. The decrease was primarily due to decreased grant revenue related to small business innovation research grants from the National Institutes of Health supporting MANICEP development and decreased royalty and license revenue from sales of to MANICEP in Europe. These decreases were offset by the partial recovery of debts previously written off and receipt of reimbursement from Cardinal Health of certain R&D costs. Research and development expenses for the fourth quarter of 2021 were $1.4 million compared to $1.3 million in the same period in 2020. R&D expenses for the full year of 2021 were $5.1 million compared to $4.9 million in 2020. The net increase during the year to date was primarily due to increased regulatory consulting, employee compensation, travel, recruiting, and general office expenses, coupled with net increases in drug project expenses, including increased MANICEP therapeutic and TC99M to MANICEP development costs, offset by decreased MANICEP diagnostic development costs. Selling general and administrative expenses for the fourth quarter of 2021 were $2.3 million compared to $1.7 million in the same period in 2020. SG&A expenses for the full year of 2021 were $7.5 million compared to $6.7 million in 2020. The net increase during the year to date was primarily due to separation of our former Chief Executive Officer coupled with increased consulting services related to European distribution of TC99M tilmanisept, director compensation related to additional board members and increased board compensation rates, insurance costs, losses on the abandonment of certain intellectual property, recruiting fees, travel, and general office expenses. These increases were offset by decreases in legal and professional services, employee compensation, investor relations costs, European annual registration fees, facilities costs, and franchise taxes. We would like to clarify that this morning's press release used the word termination to describe the accounting for separation expenses related to the resignation of our former CEO Jed Latkin. Our relationship with Mr. Latkin remains amicable. NVIDIA's net loss attributable to common stockholders for the fourth quarter of 2021 was $3.7 million, or 12 cents per share, compared to $3 million, or 11 cents per share, for the same period in 2020. And NVIDIA's net loss attributable to common stockholders for the full year of 2021 was $11.7 million, or 40 cents per share, compared to $11.4 million, or 48 cents per share, in 2020. And finally, NVIDIA ended the fourth quarter of 2021 with $4.2 million in cash and cash equivalents. I will now turn the call back over to Mike.
spk02: Thank you, Erica. We'll now begin the Q&A portion of the call.
spk05: Thank you. At this time, we will be conducting a question and answer session. If you would like to ask a question, please press star 1 on your telephone keypad. A confirmation tone will indicate that your line is in the queue. You may press star 2 if you would like to remove your question from the queue. And for participants using speaker equipment, it may be necessary to pick up your handset before pressing the star keys. One moment, please, while we poll for questions.
spk01: As a reminder, if you would like to ask a question, please press star 1.
spk05: Our first question comes from the line of Mike, a private investor. You may proceed with your question.
spk03: Good day, Dr. Rosal and Erica. How are you guys today? Good?
spk02: Good. Hi, Mike.
spk03: You were good till the Q&A. No. Hey, I got some questions.
spk02: I appreciate you guys.
spk03: I appreciate you guys. Thanks for taking them. It's a tough time for everybody. Dr. Rosal, a couple questions for you, if you don't mind. You were hoping to move into an early or an IND in the TAMS area sometime in early 2024, and I know you're still doing the preclinicals. Is that still in reach?
spk02: Yes. Yeah, thanks, Mike. I think it is in reach. Yeah, it's still in line with our projections.
spk03: Okay. On the RA front, there's a lot of people out there, a lot of companies out there trying to do what you're trying to do, but not in the kind of technical and sophisticated way NVIDIA is. They try using blood tests and various type of means like that, and they're not FDA approved. Are they having any progress with the rheumatologist to demonstrate how much advantage NVIDIA would have with the rheumatologist, Dr. Ozil?
spk02: Yeah, I don't want to get too much into their business, but I can say we think we have several advantages competitively related to those assays, and maybe there is something to be said for being complementary to them. But what we're doing, of course, is we're measuring activity directly in the joint, so primary at the site of interest where the activity is. And those peripheral-based blood assay kind of assays and examinations Have some utility but because they're downstream you're not really getting where the action is so we think we have advantages there You know we've we know that the KOLs we speak to are very positive about our modality and our method and our molecule for applications in RA and and we'll keep moving forward with with them in mind and they've told us that you know if our data keep holding up the way they have been in these trials and then they'll be very happy to have something like this out in the field that they can use as part of their toolkit. Is that fair?
spk03: Excellent. Appreciate that. On the 523 patients in the 333, I know that a statistician is like about 500 in their test, but I was really happy to hear that you're down between 200 and 600 range now. Is that 523 trying to also prove that
spk02: negative predictive value as well as the positive predictive value or is that one because I know that's one of your stretch targets yeah no exactly so it's to cover really it's to encompass the sensitivity specificity as well as the PPV and NPV so kind of all of the above and and 523 is kind of it's it's a midpoint it's maybe we're conservative in the sense that it's in the higher zone of where we'd like to be so as you've noted and as I said are somewhere between 200 and 672 will be the number we need to achieve our objectives statistically if all works out as planned. And that really is dependent on the responders and non-responders to the anti-TNFs. So what am I saying? The trial size is dependent on the number of responders and non-responders to the drugs they get, not just on what our readout says, but we have to have a certain number of people who actually respond to the anti-TNFs so we can see if we predicted the response correctly, and we have to have a certain number of non-responders to see if we predicted non-response correctly. So that part is out of our hands, you know, how do patients respond to the therapeutics? So that's why there's that big range. If we have about a 50-50 ratio of responders to the anti-TNF and non-responders, that's where we get to 200 in the trial size, and we can look to see if our NPV and PPV and sensitivity and specificity are are significant and achieve our targets. But if there are a great many more non-responders than responders to the drugs, then we're going to need a higher number. So 523 is just kind of a conservative number we picked as a midpoint. It's just the way clinicaltrial.gov is set up that they want you to choose a number, right?
spk03: Well, that's an important piece of information and very informative. So I know you probably can't disclose how many patients have been imaged yet in the 333, but are you starting to get any early? I know you're on a 213-day measure for all of the outcomes, but are you seeing any outcomes yet on any of the patients that have been imaged in 333?
spk02: Yeah, I can't comment on that. It's early, but stay tuned.
spk03: Stay tuned, so I can't drag that one out, huh? You did mention something on 332 about the 11 patients and that you want three of each type. Is it fair to assume that with 11 you've had three, three, and nine of the three, or four, four, and three? How would you break those down? In other words, are you one short of one type or not?
spk02: Yeah, I don't know that I can say that either, but yeah, we are looking at four, four, four, and four, and we'll let you know as soon as we get it. As you know, we can't... We can't choose who walks through the door, right? And if you look at the literature, the thinking is the literature suggests there's about a third of each subtype in the general population. And, you know, whether or not we're hitting that, I can't reveal at this time. But, you know, keep that in mind, and that should give you an idea of the upper bound if things get off balance one way or another. That probably isn't a satisfying answer to you. But we are getting good recruitment. So 11 at this stage is pretty good. We had a little bit of a lag over Christmas and the holidays. That happens. But we have sites that have ramped it up again. And that's why, as I said, we have four or five in screening at this stage. So again, stay tuned. We'll let you know as soon as we can on that trial.
spk03: OK. And one more question for Dr. Rozal. On that meeting you had with Cardinal, that was very timely and informative. So how do you guys decide with Cardinal, like where you're advancing RA, whose rights they're under? I mean, how do you do that?
spk02: Yeah, they have the patent prosecution rights for North America for a certain family of patents that were part of the asset purchase. And we, of course, have developed our own over the later, the ensuing years. And in terms of their patent prosecution rights, those apply to the U.S., and ours apply for those same patents elsewhere. So you can imagine things could kind of go in every which way but loose if we weren't working together. So at some point not too long ago, I realized with my colleague who's managing the IP that we didn't want that to happen because they might not prosecute claims or push back against rejections that we think we need. So we had this dialogue with them and we're working quite well together because at the end of the day, the more we can get approved, it benefits potentially not just us but possibly Cardinal as well.
spk03: So when they advance a IP, for instance, they modify it or improve it, it could be on your behalf or it could be on their behalf. Is that fair?
spk02: Well, since we have the license right, you know, we have the irrevocable exclusive license to all of these, it would, it could, you know, it obviously could affect us. So we wanted to make sure we had a say, we had a voice in what their responses would be to the examiner, you know, objections or whatever the case may be. And so now we're in a very good place where we're doing just that. So we, they take our input, we take their input and you know, we're working together quite harmoniously to make sure there are no gaps, right, where they may say, oh, we don't think we need this, and actually we think they do, or we do for reasons, you know, for our business purposes. Now we've joined with them in terms of this collaboratively, and we're in a very good place. And, I mean, I don't think there's anything significant that's been lost there. It was just there were some complexities, and I think now we've smoothed all those out. So we're in a really good place.
spk03: Okay, great. Maybe this was both for Erica and for you, Dr. Rosal. In the EU, have you guys got the supply issue worked out in the EU where there seemed to be some issue on having the stock of Tomancept available, or is that still an open issue?
spk02: Yeah, it took a while to get the distribution set up. And that was quite a heavy lift for a small company, but I think I'm pretty proud of the team here. Jeff Smith, who moonlights as our BD person, is also our VP of operations, and he did Yeoman's work in getting the distribution set up. So I think we're in a good place there. And as you know, we're looking at possible partners for Europe, and we'll keep you guys posted on that as things progress.
spk03: Thank you. Is there anything you can share on the jubilant MOU, or is that still on the table?
spk02: I think we haven't gotten extremely specific, but as everybody has noticed, and I think we have said in the past, the NAV332 study is very important. Kind of both sides recognize the importance of this study, and so their interest remains, and it's still the due diligence process. and we'll see how NAV 332 goes.
spk03: Well, does their due diligence end with the 12 patients or with the 24, or can you disclose that?
spk02: Yeah, I don't think I can disclose the exact term of it.
spk03: Okay. Now, Erica, this is probably more for you, but have you got any feedback from the SEC on the S1, or is that non-disclosables?
spk06: We received a letter from the SEC just stating that they do not intend to review and comment on the S-1 at this time. That's really the only feedback.
spk03: Okay. In the PM settlement, you kind of did that universal settlement that you published or that you provide a PR on. Did that also include settling their common warrants or are their common warrants still outstanding?
spk06: The common warrants that are owned by one of the platinum entities are still outstanding at this time.
spk03: Okay, very good. And has Keystone converted any of their last tranches to common, or is that going to be in the 10-Q report?
spk06: It will be in the 10-K, but no, they have not, as of now, they have not converted any of their remaining Series Ds.
spk03: Well, thanks for being so generous with your guys' times, and thanks for working so hard for your shareholders.
spk02: Thanks, Mike. Appreciate it. You've reached a new record in questions, but they were all good. I like it.
spk03: I tried to be really fast.
spk02: You're good.
spk06: All good. Thank you.
spk05: Thank you. As a reminder, if you would like to ask a question, please press star 1. Our next question comes from the line of Edward English, a private investor. You may proceed with your question.
spk04: Hello, Dr. Rosal and Erica. This is Eddie English, an individual investor. I have a few questions. My first one relates to some information I think I saw on FDA.gov site on the clinical trials with the 332. It seems to indicate that we're not recruiting at the Queen Mary location. Is that accurate? And if so, any idea when they will commence recruiting there?
spk02: yeah no good question no that's actually an error on the site we actually submitted to correct that i don't know where the error came from but uh they they have been recruiting they were um as you know and i think we said previously they were slower to open because of covid uh but that was uh that that is a just an error kind of a typo and entry error on the site so we're correcting that they've been recruiting great great um
spk04: Next question is with your Mandoc studies with Kaposi sarcoma. And since doxorubicin is approved by the FDA already, will long-term clinical studies be required before submitting an FDA application for a new drug?
spk02: That's a great question. So it does help that the drug is already approved and well-known. What we think One of our advantages is we are, you know, one of the issues or one of the main concerns with doxorubicin is essentially you have a lifetime maximum dose you can get because things start to happen in other organs of your body, specifically the heart. So bad things happen. With our construct, being able to deliver this drug to the areas of interest specifically with very high affinity and it not going in off-target locations very much, we should be able to significantly reduce the risk of these side effects. So we'll have to demonstrate that in preclinical studies as well as, you know, human studies. But we're not going to have to do, I think we won't have to do, I'm not going to speak for the FDA yet. We haven't approached them about this. I think there will be some, we have the proof points of the core molecule itself, telmanisept being safe. Doxorubicin is a well-known toxicity profile. We can deliver less of it, but more specifically to the area of interest. All of this will be taken together as part of the package by the FDA as they consider the safety and what kinds of long-term follow-up are needed. But we have one of our main advantages, as I said, or a main advantage is that we can just bring the drug to the area it needs to be, and it won't go so significantly to areas where it doesn't need to be. So that should help us with our approval process in terms of the trial duration. Does that make sense?
spk04: Yes, thank you. Another question, what's the difference in the work that WorldCare Clinical will perform with the RA workflow versus the activities that you sign the letter of intent with MIM software?
spk02: Yeah, another great question. So what WorldCare is doing for us is they are imaging contract research organizations. So they're actually the imaging group that's helping us with all of these clinical trials. They're fundamentally handling the imaging chain, we call it. So they oversee in a broad sense the image acquisition. We also do quite a bit of that ourselves. But in any event, they have all the processes and systems in place to handle these in a secure fashion for regulatory purposes, as well as for data integrity for good science. So they do that for us. We had been working with them and talking to them about possibly being our commercial partner for the imaging readout as well. But we think over time in our conversations with MIM that MIM is probably the better partner for us for that specific purpose of the imaging readout for the commercial product. Because MIM does this for a living, right? And they have a Literally, I think the number is over 100 data scientists who just work on image analysis, and one of their big buckets is nuclear medicine images. So they're already doing this, and they have their application out there that we could be kind of an add-on to. They also have a cloud-based application where images could just be uploaded to the web, and with their automated readout, it could just be spit right back, you know, at the snap of a finger, basically, to the nuke med doc on the other end who can make sure that, you know, it was read in an appropriate fashion. But there's the score. So they have the background and the infrastructure and the software in place to do this, we think, in a way that maybe WorldCare would take some time to ramp up to. So we're still working with WorldCare as our imaging vendor in the trials. But commercially, our plan is to go with MIM.
spk04: Thank you. I was confused on that with the announcement today. One final question, has there been any progress on securing a deal with your NAV 4694 product?
spk02: Yeah, so, you know, we do currently have a license from AstraZeneca and a sub-license deal with Malur. And, you know, we're always thinking about ways to optimize value for the company. And so as we discuss possibilities with these players, we'll let you guys know.
spk04: All right. That's all I have. Thank you very much and congratulations on the progress. Appreciate it.
spk05: Thank you. At this time we have reached the end of the question and answer session and I will now turn the call back over to Michael for any closing remarks.
spk02: Perfect. Thank you all. I want to thank you again for taking the time today to listen to us and to ask us your questions. We appreciate all of you and your investment in the company and your faith in us and I want to reassure you that We're working all the time on this to bring value to the shareholders and to the patients at large out there. And we'll keep doing that, and we look forward to speaking to you again before too long. Thank you.
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