Thanks Chris, and good afternoon everyone. Thanks for joining us for an update on recent progress at CytomX. Before moving to a review of our pipeline, I would like to start by taking a moment to welcome our new Chief Medical Officer, Wayne Chu. We are thrilled to have Wayne on board as Chief Medical Officer, in which capacity he will oversee the clinical development of our diversified portfolio of pro body therapeutic candidates. Wayne’s extensive drug development experience over his career to date has contributed to multiple new drug approvals and spans therapeutic modalities, including antibody drug conjugates, checkpoint inhibitors, and bispecific immunotherapies, making him an ideal fit to lead the development of CytomX Pipeline. It is been a pleasure to get to know Wayne, and the team and I am excited to work with him closely as we optimize our clinical strategy and execute towards key milestones. Additionally, I would like to congratulate Dawn Benson on her promotion to Senior Vice President of Quality and Product Manufacturing announced today. Dawn joined CytomX in 2022 as head of quality and brings more than 25-years of quality and CMC experience in the biotech industry. Dawn has been a key contributor to CytomX strong recent execution, and we are delighted to have her moving into this newly expanded role. During Q2, CytomX maintained highly focused and disciplined execution across all areas of our company and pipeline. This is an exciting time for us. We are prosecuting more than 15 active programs across our wholly-owned and partnered pipeline. We are well financed. Our goals have never been clearer, and we are approaching multiple potential inflection points as we look ahead to 2024 and beyond. Before I cover this course’s progress, I would like to take a moment to provide some perspective on the evolution of our platform and pipeline, and share our optimism to how the current generation of CytomX programs have the potential to make a meaningful difference for patients. As oncology R&D continues to evolve towards increasingly potent formats such as antibody drug conjugates, bispecific immunotherapies and cytokines. At CytomX, we have maintained an unwavering commitment to advancing the field of conditionally active localized biologics to improve therapeutic window. We believe that localized therapies will be the future of oncology biologics. The conditional activation field is continuing to grow and mature, and is becoming increasingly established as a novel strategy for therapeutic discovery and development. The unmatched depth and breadth of CytomX leadership and clinical experience in this field, including more than 10-years of bench to bedside learnings, has informed our design choices for our next generation pipeline molecules by making judicious experience driven decisions regarding target selection, modality, effective function, and tumor types. We believe our current programs, CX-904, CX-2051 and CX-801 are well positioned. Moreover, our continued forward momentum with our longstanding partners and new collaborations with Regeneron and Moderna also reinforce our scientific leadership and support the view that conditionally activated localized biologics is of strategic importance broadly in the industry. Now moving to our pipeline, I would like to start with our significant current research and development activity in the area of T-cell engaging bispecific’s. T-cell engaging bispecific antibodies have demonstrated impressive clinical benefit for patients with certain hematologic malignancies, and this modality holds enormous promise for the treatment of solid tumors. However, T-cell engages are highly potent at very low doses, and the potency of this modality can lead to widespread systemic activation of the immune system in the form of cytokines release syndrome and on target off tumor toxicities imposing constraints on therapeutic window. Efforts in the field to date for solid tumors by many organizations and institutions have built an important foundational knowledge base that highlights the need for strategies to improve therapeutic window. At cytokine, we believe the pro body platform could be ideally suited to addressing this challenge by localizing the powerful anti-cancer activity of this class of drugs into tumor tissue. Building on our work over the past decade in conditional activation across multiple therapeutic modalities, we now have a broad program of pro body T-cell engagers, both ourselves and with our partners, Amgen, Astellas, and Regeneron. Our most advanced program in this area is CX-904, a clinical stage pro body T-cell Engager targeting EGFR and CD-3. Partnered with Amgen in a global co-development alliance. EGFR is one of the most highly validated and broadly expressed solid tumor targets. Four monoclonal antibodies that block EGFR function as an oncogenic driver of tumor growth have been approved for the treatment of various cancer types and many targeted small molecule. EGFR tyrosine kinase inhibitors are also in clinical use today given its widespread expression in tumor tissue and clinical validation. EGFR has more recently attracted interest as a target for several bispecific strategies including T-cell engagers. Cytokine is ideally positioned to unlock EGFR as a T-cell engager target. Building on the seminal work we published previously that described the first protease based pro body therapeutic based on the EGFR blocking antibodies Cetuximab. Our work demonstrated that masking of an antibody based on Cetuximab substantially reduced systemic side effects commonly associated with EGFR antibody therapy while maintaining it tumor activity, opening a window to explore an empowered strategy that combines EGFR and CD-3 targeting. Our preclinical validation of this pro body EGFR CD-3 strategy was also recently published in cancer research and in Q2 2022, we launched the Phase 1 clinical evaluation of CX-904. I would like to highlight a few key points from our preclinical work that set a - framework for our ongoing evaluation of CX-904 in the clinic. As I mentioned earlier, unmasked T-cell engagers can be highly potent, although cross format comparisons can be challenging owing to affinity molecular weights and other variables. The pharmacologically active dose ranges of unmasked T-cell engagers are generally in the order of micrograms per kilogram. In the context of this high potency, it has been difficult to date in solid tumors to show meaningful separation between doses that cause CRS, for example, and those that lead to tumor shrinkage, leaving little room to maneuver from a therapeutic index perspective. Leveraging Cytokine’s probiotic technology to mask T-cell engagers to reduce target binding in normal tissues, therefore, has great promise. Our preclinical research strongly emphasized this point with the masked EGFR T-cell engagers showing 60 fold higher maximum tolerated dose and 60 fold less potency for induction of systemic cytokine release in vivo, while maintaining strong anti-tumor activity. We are now in the process of translating this preclinical research into the clinic and our Phase 1 program is advancing well. We successfully treated our first patient in May, 2022, and we continue to make excellent progress towards our goal of reaching dose levels by the end of this year to facilitate the start of enrollment into backfill cohorts in certain EGFR positive tumors, gaining insights into the clinical activity and therapeutic window of this exciting agent. We aim to share initial Phase 1 dose escalation data for CX-904 in the first half of 2024. Also in 2024, we will be working towards the selection of recommended Phase 2 dose and the initiation of Phase 1B expansion cohorts. These decisions will be taken in conjunction with our partner Amgen. I will move now to an update on our upcoming INDs for the next generation programs CX-2051 and CX-801. As I have mentioned, these programs build on the company’s collective clinical experience with our first-generation molecules. Starting with CX-2051 are wholly owned, conditionally active pro body, ADC targeting epithelial cell adhesion moleculeor EpCAM, also known as TROP-1. EpCAM has been regarded as a compelling oncology target for decades and has been clinically validated by others, but has generally been limited to local administration due to systemic toxicities. CX-2051 is tailored to optimize the therapeutic window for EpCAM expressing epithelial cancers by matching the target with payload mechanism of action and with tumor sensitivity. We have optimized protease cleavability of the mask and designed it to be paired with a captive these in derivative as the payload, a topoisomerase 1 inhibitor from the tecan class. We believe a tecan is the optimal choice for this program. Given the tremendous clinical validation we have seen from tecan conjugated ADCs in multiple cancer types, including of course, and HER2 and Trodelvy. In preclinical studies CX-2051 when systemically administered has demonstrated a wide predicted therapeutic index along with strong activity in multiple tumor xenograft models, including colorectal cancer. We expect the IND submission for this model ADC in the fourth quarter of this year, and we anticipate advancement of this program to the clinic in 2024. As we near IND filing, we look forward to sharing more details on the early clinical development plan for CX-2051, which will initially focus on colorectal cancer in order to expeditiously demonstrate proof-of-concept and clinical relevance for this program. Before moving on from our antibody drug conjugate programs, just a brief update on our CD71 ADC program. We continue to evaluate our strategy and we remain on track to provide an update by the end of the year. Moving now to CX-801 are dually must interferon Alpha 2B, the lead program within our efforts in the cytokine field. Interferon Alpha 2B is an approved immunotherapeutic that has demonstrated clinical activity in multiple cancer types, but that has been limited due to its systemic toxicity. We believe there’s enormous potential to harness the powerful antica activity of cytokines with our localization strategies to direct their activity towards tumor tissue and away from systemic immune system activation. Interferon alpha stimulates antigen-presenting cells that activate CytomX T-cells and may combine effectively with checkpoint inhibition, offering tremendous potential to enhance immunotherapy responses and unlock checkpoint refractory and or resistant cancers. Interferon alpha also has direct tumor cell killing activity, providing a dual mechanism of action. Preclinically CX-801 has demonstrated a wide therapeutic index with an enhanced tolerability profile compared to unmasked interferon, along with preferential activity in the tumor microenvironment. The preclinical profile of CX-801 was most recently presented at the CytomX based Drug Development Summit in June. We believe CX-801 has the potential to become a differentiated combination therapy for a wide range of tumor types. As with CX-2051, we amplify on IND for CX-801 in the fourth quarter of 2023 and to initiate clinical trials in 2024. Now, continuing with our work in the immunotherapy area and turning to our partnership with BMSBMS continues to enroll the phase one two study evaluating the non few causal related anti CTLA-5 pro body BMS-986288 as monotherapy and in combination with nivo in solid tumors. Additionally, earlier this year, BMS opened a new study arm evaluating 288 in third line or later colorectal cancer. We continue to be encouraged by BMS investment into 88 given their extensive clinical experience with our pro body platform as leading expertise in RTCTLA four therapies. We are also busy working with BMSs on several early stage discovery programs. Finally, I would like to briefly discuss our ongoing partnerships. As a core component of our business model, we have leveraged strategic partnerships to extend the reach of our science, broaden our pipeline, and bring important non-diluted capital into the company. The latter being particularly important in today’s challenging financial environment. These partnerships highlight the continued innovation inherent in the CytomX platform. The value that accrues to CytomX from our partnering strategy is illustrated by the scope of our work in T-cell engages and bispecific immunotherapies. In addition to CX-904 and our work with Amgen, the Astellas and Regeneron collaborations also focus on this important modality and our broad ongoing efforts uniquely position us to play a transformative role in this field. Overtime, our partnerships are also allowing us to explore new frontiers, including the exciting work we are conducting with Moderna and mRNA based localized biologics. That also includes some focus outside of the oncology therapeutic area. We look forward to continuing to make progress across our partnered research activities, and we anticipate translation of multiple programs to the clinic over time and potentially significant milestone flow from this work that is not currently factored into our financial guidance. With that, let me turn the call over to Chris to provide details of our financials for the quarter.