Thanks, Audrey. Hello, everyone. Good morning. Thank you for joining. I'm Dave Lennon, the President and CEO of the newly launched Whitehawk Therapeutics. We are extremely excited about the transformation from Aadi Biosciences to Whitehawk. I look forward to walking you through our vision, strategy, and opportunity, and what we -- the opportunity we have to deliver a meaningful impact for patients with our advanced ADC portfolio. As a reminder, in December, we announced a series of strategic transactions, including the in-licensing of 3 ADCs from Wuxi Biologics, the divestiture of FYARRO to Kaken Pharmaceuticals, and $100 million pipe financing that were subsequently approved during a special meeting of stockholders last month. As a next step in our evolution Aadi Biosciences is now divided into two organizations. Upon the divestiture of Aadi's subsidiary to Kaken. Kaken will assume ownership of the Aadi name, trademark, and the FYARRO business. And today, Aadi Parent Company, relaunches as Whitehawk Therapeutics, formalizing our transition into an ADC-focused company. While we remain rooted in our legacy, that is to make bold choices in applying technology to deliver improved precision oncology therapies, Whitehawk carries several important distinctions. As Aadi, we were focused on mTOR inhibition in rare cancer settings and were built on the foundation of a single commercial product. Conversely, Whitehawk is focused on rapidly progressing a multi-asset portfolio of advanced ADC therapy, all with the broad potential to make a meaningful difference in a large number of different cancer populations. Turning to Slide 6, as Whitehawk, we developed a framework that establishes a clear value proposition and investment thesis as an ADC company. Firstly, we are building on the foundation of established tumor biology. We are deliberate in identifying promising tumor targets that are both clinically validated and broadly overexpressed. By leveraging clinical validation, we know we have drug-able tumor targets. And because these targets are broadly overexpressed, we can apply them to high-potential cancer indications with significant patient populations and unmet needs. While first-generation ADCs offered significant advances for patients, we know they were hindered by limitations largely driven by lack of therapeutic index. To overcome these challenges, we are applying an advanced ADC platform technology that is engineered for minimal off-target toxicity, greater stability and higher therapeutic index compared to first-generation predecessors. Lastly, we are hyper focused on speed and efficiency to major data inflections. We are rapidly advancing our portfolio to the clinic with INDs for all three candidates anticipated in the next 15 months. So what are these candidates? Looking at Slide 7, our portfolio consists of three assets focused on validated tumor targets. HWK-007 targets protein tyrosine kinase 7 or PTK7. PTK7 is an oncofetal pseudokinase that drives early embryonic development. Subsequently as minimally expressed in adult tissues but becomes highly overexpressed in a broad range of tumors as they arise. There are no approved PTK7 ADCs, though it is becoming a popular target for research given this broad and deep overexpression in multiple cancers. HWK-016 is the only known ADC that targets the membrane-bound portion of MUC16, a glycoprotein with low level of expression in normal adult tissues, but often overexpressed and even shed from tumors of female origin, including ovarian cervical and endometrial cancers. Shed MUC16, better known as CA125 is a biomarker for cancer screening and disease monitoring, especially in ovarian cancer. So MUC16 is a widely utilized and clinically validated target for ovarian cancer and was previously studied as an ADC target by Genentech, who had two different ADCs against MUC16. And we have HWK-206, which is designed to address the neuronal target seizure protein 6 or SE