Thank you, J.R., and thank you all for joining us this afternoon. I’ll begin with an overview of our company and programs, near-term focus and strategic priorities. Colleen will then share our commercial preparedness for taletrectinib and Philippe will summarize our financial results and outlook. We have entered a transformational period for Nuvation Bio. With the PDUFA date set for June 23 for taletrectinib, our next generation ROS1 inhibitor for non-small-cell lung cancer or NSCLC this quarter serves as a key inflection point as we prepare to become a commercial stage company. We believe the potential approval of taletrectinib could be one of the most significant moments in our company’s history. Over the next several weeks, our team will continue executing with discipline and focus, ensuring we are prepared to deliver a meaningful new treatment option to patients living with ROS1 positive lung cancer. From the beginning, Nuvation Bio has been driven by a simple, but powerful idea, to challenge the status quo in cancer treatment, especially in particularly difficult to treat cancers. I always tell my employees our company mission is rooted in the premise that patients don’t need more drugs they need better drugs, drugs that impact important metrics for patients and doctors like efficacy, safety and convenience. ROS1 positive lung cancer represents a well characterized, but particularly aggressive subset of non-small-cell lung cancer. The median progression-free survival or PFS of this disease prior to the advent of targeted therapies range from 6 to 12 months when treated with chemotherapy and/or immunooncology agents. First generation of ROS1 tyrosine kinase inhibitors or TKIs, crizotinib and entrectinib, changed the treatment landscape significantly providing an overall response rate or ORR of approximately 70% with a median PFS of about 18 months in the first line setting. Crizotinib, however, does not cross the blood brain barrier and intracranial metastases in ROS1 lung cancer are common. About 35% of patients newly diagnosed with metastatic ROS1 positive lung cancer have tumors that have already spread to their brain and the brain is the most common site of disease progression with about 50% of patients previously treated developing brain metastases upon progression. Second generation repotrectinib provides an ORR of 79% and a median PFS of 36 months, a significant improvement over first generation agents. Unfortunately, both entrectinib and repotrectinib have CNS toxicity that has limited their use in some patients. The CNS toxicity of repotrectinib in particular is potentially due to the fact that its affinity for ROS1 is similar to its affinity for TRKB, a neurotrophic receptor in the brain that is associated with the CNS side effects. We believe taletrectinib has the potential to become best-in-class in a space where patients, physicians and payers are still struggling with the challenges of current ROS1 therapies. In our clinical trials across different lines of therapy, taletrectinib has demonstrated consistent durable responses, strong intracranial activity and a favorable safety profile, including a low rate of discontinuation and tolerable CNS effects. In pooled data from our pivotal trials that we recently published in the Journal of Clinical Oncology, taletrectinib had a confirmed ORR of 89% in treatment-naïve patients and a median PFS of 46 months. We also observed a median duration of response, or DOR of 44 months. I’d like to put this into context within the broader oncology treatment landscape. In my long career in oncology, I have not seen any approved agents in any solid tumor, where I have observed response rates and durability like those in taletrectinib. Osimertinib, one of the most successful lung cancer drugs ever, with over $6 billion in annual sales has an ORR of 77%, median PFS of 19 months and median DOR of 17 months. Enzalutamide, the most successful prostate cancer drug worldwide, which Pfizer acquired from my prior company, Medivation, with over $6 billion in annual sales, has an ORR of 59% and a median PFS of 20 months. Additionally, virtually all cancers eventually escape targeted therapies through the emergence of resistance mutations. Hence, drugs with extremely prolonged PFS and DOR metrics in the metastatic setting must be particularly effective at preventing the emergence of resistance. We view taletrectinib’s 46-month median PFS and 44-month median DOR as reflections of the potential for taletrectinib to delay or prevent the development of ROS1 TKI resistance mutation. We are also seeing consistent intracranial activity with taletrectinib, including a 77% confirmed intracranial ORR in treatment-naïve patients with measurable brain metastases. In the second line setting, taletrectinib had a confirmed ORR of 56%, with a median PFS of 10 months and a median DOR of 17 months. Perhaps even more importantly, in the second line setting where brain metastases become particularly prevalent and problematic, taletrectinib demonstrated a 66% confirmed intracranial ORR. Intracranial response rate is critically important in this disease since CNS progression has the greatest impact on long-term survival. Finally, taletrectinib has demonstrated a favorable safety profile. Most adverse events have been low grade, transient and manageable. This includes low rates of significant neurological issues. For example, taletrectinib’s rate of dizziness in our pivotal studies was 21% and 90% of this dizziness is Grade 1 in transient, lasting about 3 days. We believe taletrectinib’s well-tolerated CNS profile is driven by its 11 to 20 fold selective inhibition of ROS1 over TRKB enabling potent ROS1 inhibition while reducing dose-limiting CNS toxicity. Importantly, we believe there are subtleties to the amount of ROS1 versus TRKB inhibition that is beneficial for patients. TRKB is believed to play a role in brain metastases. Published studies suggest that high TRKB expression is linked to CNS progression in lung cancer, breast cancer and other solid tumors. These data suggest that you do want to inhibit TRKB to some extent, just not to the extent that it compromises tolerability. Taletrectinib is well tolerated, but not entirely devoid of TRKB activity, which we believe contributes to its 21% dizziness rate, more than 90% of which is Grade 1. However, we believe that taletrectinib strikes the right balance between potent ROS1 and milder TRKB inhibition. And we further believe that this balance plays a role in taletrectinib’s high systemic and intracranial response rates and long durability of response. The most common adverse events with taletrectinib is elevation of liver function tests or LFTs. Elevation of LFTs is well understood with TKI and oncologists are accustomed to managing these generally by dose reduction, interruption or if necessary, drug discontinuation. The overall drug discontinuation rate due to treatment-emergent adverse events or TEAEs for taletrectinib is just 6.5%, which is low in this space. Additionally, while diarrhea is the second most common GI side effect with taletrectinib, the vast majority of this diarrhea is Grade 1 and transient. Finally, we believe that by far the greatest threat to any ROS1 lung cancer patient is disease progression, especially in the first line setting when particularly effective ROS1 therapies can otherwise mean years of PFS. Recall that prior to the advent of precision oncology drugs, non-small-cell lung cancer patients generally progressed an IO chemo in 6 to 12 months. As an example of how taletrectinib has affected the lives of some patients with advanced ROS1 positive lung cancer, we have recently learned that of the 15 patients dosed in a Phase 1 study of taletrectinib in the TKI-naïve setting, one patient received treatment for 7 years, one patient has now exceeded 8 years, and two others have now exceeded the 9-year mark. As a reminder, the FDA has granted taletrectinib breakthrough therapy designation in both the first and second line settings, the only ROS1 drug in development to receive such designation. Our taletrectinib new drug application currently under priority review is supported by one of the largest datasets in the ROS1 space, including a safety database of more than 400 patients. The review of our NDA is progressing on time with all planned inspections now completed with favorable outcomes. Our level of engagement with the FDA is high and our interactions have been timely and as expected. We are confident in the strength of our data package and that approval will be achieved on or before PDUFA date. Importantly, what stands up to us most is the potential for taletrectinib to positively impact patients’ lives. These patients are typically younger non-smoking individuals who unfortunately face an aggressive disease, with limited long-term treatment options. To give them not just a new, but a highly durable, efficacious and tolerable option would be profoundly meaningful. We believe the market is ready for new alternatives. With strong and durable efficacy and a favorable safety profile, we believe taletrectinib, if approved, is well positioned to reshape the ROS1 landscape. And our commercial team, many of whom have successfully launched leading oncology therapies at Medivation, Maradis and other success stories, is ready to deliver. We are entering this next chapter from the position of strength with a deeply experienced commercial team and a focused market strategy. And with our recently announced $250 million of non-dilutive financing agreement with Sagard Healthcare Partners, we expect to have the flexibility and funding to launch taletrectinib and advance our broader pipeline without the need to raise additional capital to achieve profitability. Just as importantly, we see the same kind of transformative potential across our broader pipeline. Safusidenib, our immune IDH1 inhibitor, is being developed for diffuse IDH1 mutant glioma, a devastating brain cancer with very few treatment options and a market opportunity that is materially larger than the ROS1 positive lung cancer market. Early clinical data suggests that Safusidenib may offer deeper responses in both low grade and high grade glioma than what’s been seen with other agents in this class. This includes data that has shown complete responses in high grade glioma patients lasting years. With its high blood-brain barrier penetrance and a potential immune-based mechanism of action, we are preparing to move this program into pivotal development this year. NUV-1511, our first clinical candidate from our drug conjugate platform, represents a completely new modality in targeted cancer therapy. We look forward to providing an update of our Phase 1 dose escalation study in difficult-to-treat solid tumors later this year. And NUV-868, our BD2-selective BET inhibitor demonstrated the tolerability and target selectivity we had hoped for. With nearly 1,500 bolus of activity for BD2 over BD1, this stands out as the most selective agent of its kind. We have completed Phase 1 dose escalation and are evaluating multiple strategic options, including continued internal development or potential partnership opportunities. Each of these programs shares the same design principles, deep biological rationale, differentiated profiles and a commitment to real patient unmet needs. We remain focused, mission-driven and confident that we have the team, strategy and mindset to launch taletrectinib successfully and build lasting value. With that, I will turn it over to Chief Commercial Officer, Colleen Sjogren to walk you through our commercial strategy and launch preparedness. Colleen?