Good morning, everyone, and thank you for joining us today to review our financial and operational results for the second quarter of 2024. I'd also like to take this opportunity to refresh everyone on Aadi's story where we are today and where we're going in the weeks and months ahead. On Slide five, you'll see at Aadi, we are focused on unlocking the full potential of mTOR inhibition by uniquely combining nab technology and the potent mTOR inhibitor sirolimus. With more complete mTOR target inhibition, greater tumor suppression and a wider therapeutic index, we believe nab-sirolimus has the potential to build on previous mTOR inhibitors to deliver better outcomes for people living with cancers that are dependent on that pathway. We've established the value of this approach with FYARRO for the treatment of advanced malignant PEComa, an ultra-rare soft tissue sarcoma with poor outcomes and high biological evidence of the mTOR pathway activation. FYARRO has cemented its position as preferred treatment for malignant PEComa after just two years on the market. Since launch in February 2022, we have achieved $51.1 million in sales. We're proud of the impact FYARRO has had and will continue to have for patients with this rare and aggressive cancer. Building on this commercial backbone, we're also exploring nab-sirolimus for larger indications across multiple types of mTOR driven tumors. Most advanced of these studies is PRECISION1, a registration-intended tumor-agnostic trial in patients with solid tumors harboring TSC1 or TSC2 in activating alterations. This trial is fully enrolled and expected to complete by the end of the year. In a moment, I'll talk more about PRECISION1 and the opportunity it represents for patients and providers. We're also evaluating nab-sirolimus into mTOR driven cancers with promising potential. The first is advanced or recurrent endometrial type endometrial cancer or EEC, in combination with the aromatase inhibitor, letrozole. Endometrial cancer is the most common cancer of the female reproductive tract and one of the few cancers with increasing mortality. There's an estimated 10,000 cases of EEC diagnosed annually in the U.S. alone. Prior clinical studies of mTOR inhibitors combined with letrozole have yielded promising results and recent changes in the recommended standard-of-care for early-stage disease creates a potential opportunity for this combination to be used in the first and second-line settings. The second trial is in neuroendocrine tumors of lung, gastrointestinal tract, and pancreas. Neuroendocrine tumors or NETs are rare and have historically low response rate to treatment with oral rapalogs and other agents, which nonetheless are used clinically and recommended in treatment guidelines. In preclinical animal models, nab-sirolimus demonstrated improved target suppression relative to other mTORs, warranting further explanation of nab-sirolimus in this indication. These Phase II open-label studies are both enrolling well, and we look forward to presenting initial data from these trials later this year. Aadi is led by an accomplished team with deep expertise and a track record of responsible capital management with sustained commercial success of PRO, cash runway is anticipated to extend into Q4 2025, with a catalyst-heavy 2024 and 2025 ahead of us. We believe Aadi is well positioned to achieve our goals. Now turning to Slide six. As mentioned, PRECISION1 is registration intended tumor-agnostic trial evaluating patients with solid tumors harboring either TSC1 or TSC2 inactivating alterations. As of May, the trial has fully enrolled 120 patients across a broad array of tumor types. TSC1 or TSC2 driven cancers are found across a wide range of tumor types, clustering in the lung, gastrointestinal, general urinary breast and gynecological locations and are often difficult to treat. Although PRECISION1 is a single trial, TSCI and TSC2 arms are independently evaluated and effectively be viewed as two separate studies, each with its own outcome. Importantly, by design, patients in PRECISION1 have received all standard therapies appropriate for their tumor type and stage of disease. Or, in the opinion of the investigator, the patient would unlikely to tolerate or derive clinically meaningful benefit from the appropriate standard-of-care. In essence, for most patients enrolled in this study, this means they have limited, if any further treatment options, and an extremely poor prognosis. By the design of this trial, nab-sirolimus is the last available line of systemic therapy for these patients and truly test the ability of nab-sirolimus to address TSC1 and TSC2 mutated cancers in the sickest patients. We remain on track for our next plan interim readout, which is expected in Q3 2024. This analysis will include a total of 80 patients who have been followed for a minimum of six months and we'll evaluate the primary endpoint of the study, independently assessed overall response rate. Now looking at Slide seven. As a reminder, in Q4, we provided top line results for the planned interim evaluation of the first 40 patients enrolled in PRECISION1. These data demonstrated sustained tumor reductions in a heavily pretreated population based upon investigator-assessed responses across both arms. For TSC1, we reported an investigator-assessed overall response rate of 26%, which was within the range of our expectations. These responses appear to be early, deep and durable, which is especially noteworthy given this heavily pretreated population with a median of three prior lines of therapy. These responses were seen across four different tumor types, potentially supporting a tumor-agnostic indication. For the TSC2 arm, we reported 11% overall response rate. This arm had a median of 3.5 prior treatments, including 50% who had at least five prior lines of therapy. To put these early interim data in context, the overall response rate for the Phase II trial of Everolimus in a pan-cancer cohort of patients with mTOR pathway alterations was 8% for TSC1 and 6% for TSC2, both in slightly earlier lines of treatment. While this isn't a one-to-one comparison and studies have important differences, these historical data are helpful as we think about the clinical significance of the responses we reported in the first interim analysis, especially in light of the late line of treatment. I also want to highlight that ongoing conversation with experts reinforce this view. We have heard from key opinion leaders that these data are compelling, especially for tumor types in late line for whom disease control is a meaningful outcome. Now turning to Slide eight. It's important to note that PRECISION1 closely follows the most up-to-date guidance from regulators on how they would like to see tumor agnostic studies for targeted therapies run. As we've reiterated today, PRECISION1 is a truly tumor-agnostic trial, enrolling any solid tumor type harboring a TSC1 or TSC2, inactivating alteration. By design, PRECISION1 will not have more than 25% contribution of enrollment from any two tumor types combined. Additionally, patients in PRECISION1 are heavily pretreated with a median of three prior lines of therapy as reported in our December interim data. By contrast, when we look at other targeted therapies that have gained approval in the past, they relied on a cohort approach with significant enrollment from just one or two tumor types, as much as 79% in one case. Patients also appear to be less advanced with these interventions often coming in earlier line settings, which impacts the overall response rate seen in these trials. Based on these precedents, we feel confident in the design of PRECISION1 to meet the standard established for this type of study. We continue to believe that should these results were reported in the one third interim hold or improve in a larger group of patients, we have a path to submission and potential approval for TSC mutations. Now looking at the market opportunity on Slide nine. TSC1 and TSC 2 mutations define a large mutation-driven oncology population with broad distribution amongst tumor indications and specialties. Our latest internal analysis indicates there's approximately 16,000 patients with TSC 1 and 2 mutations across a variety of tumor types, and these mutations are roughly evenly split between genes. Notably, we are seeing an increasing utilization of NGS testing by oncologists to help inform treatment decisions. There are some populations, in particular, for whom NGS testing is more common, so-called high NGS testing specialties. Nearly half of TSC1 and TC2 tumors present in these high NGS testing specialties, which include tumors of gynecological and thoracic origin as well as melanomas and sarcomas. These physicians see roughly half of all TSC1 and TSC2 positive cancers. According to our research for the product profile similar to our interim results to date, high NGS testing specialties indicate they would likely they would be likely to use nab-sirolimus after second and third-line preferred treatments, which aligns with what we've observed in Precision1. We anticipate that market adoption would be led by these specialties with initial uptakes occurring in later line settings where patients are often thoroughly tested for mutations and physicians are looking for unique treatment options. Even if we limit the majority of nab-sirolimus utilization to be in the third line with these high NGS testing segment, TSC1 and CSCI mutated cancers would represent a significant $300 million to $600 million projected market opportunity in the U.S. alone. So if PRECISION1 delivered similar results to our prior interim analysis, we know there is a significant unmet need that we're addressing. We remain confident that we've designed and conducted the appropriate tumor-agnostic trial for the FDA, and we remain bullish on the significant commercial potential for nab-Sirolimus beyond become. With that, I'll now turn it over to Scott for updates on our Q2 financial progress. Scott?