Thank you, Raj, and good day to everyone on the call. My name is John Hayslip, and I'm pleased to provide you with a clinical overview. First, I'd like to provide updates about uliledlimab, our CD73 targeting antibody designed to block a key pathway that tumor cells may use to evade the immune system, adenosine production. As previously reported, uliledlimab is differentiated by design to avoid hook effect biology, which is a potential liability of other competitor drugs in development. Simply put, the hook effect may prevent other drugs from achieving complete inhibition of enzyme function. The uliledlimab is designed to allow up to 100% inhibition due to its unique functionality. At the American Society of Clinical Oncology Meeting in June of this year, we shared encouraging clinical and translational findings from a Phase 1b/2 study indicating patients with advanced non-small cell lung cancer receiving uliledlimab and PD-1 inhibitor toripalimab. Uliledlimab was well tolerated using an every three-week dosing regimen in combination with toripalimab. Most treatment-related adverse events were Grade 1 or 2 in severity. In the 67 efficacy evaluable patients, the objective response rate, or ORR, was 31%, regardless of CD73 or PD-L1 expression. Notably, patients whose tumors had high levels of CD73 expression experienced a higher response rate than those with lower CD73 expression. The response rate increased to 63% in patients who had both high levels of CD73 expression and a PD-L1 tumor proportion score, or TPS, of greater or equal to 1%, whereas patients with low CD73 expression had an ORR of [28%] (ph). We are excited by these preliminary findings of a correlation between higher CD73 expression and an increased response rate. With this chemotherapy-free uliledlimab and checkpoint inhibitor combination. Data from other studies have suggested that chemotherapy may increase CD73 expression in cancer cells, and we are eager to begin combination studies of uliledlimab with chemotherapy in the near future. Additionally, at the time of the data cutoff, with a median follow-up of 10.4 months, 18 of the 21 patients whose tumors had achieved an objective response remained on treatment, and the median duration of response was not yet reached. Progression-free survival and overall survival data will be analyzed when the data are fully mature. Additionally, we continue to enroll patients with previously treated ovarian cancer to the combination regimen of uliledlimab and toripalimab and expect to report preliminary results in 2024 for this Phase 2 cohort of patients. Building upon these encouraging clinical findings and other non-clinical investigations, we plan to file a new IND with the FDA to expand the uliledlimab program and combined with chemotherapy and checkpoint inhibitors for patients with newly diagnosed advanced non-small cell lung cancer. Owing to the potential effect of chemotherapy to upregulate CD73 in tumors, we hope this combination may benefit in even broader group of patients, potentially regardless of pretreatment CD73 expression. I'd like to emphasize this important point. We plan to evaluate uliledlimab with chemotherapy and checkpoint inhibitors in patients regardless of the CD73 expression before initiating treatment. Non-small cell lung cancer is one of the most common and deadly cancer diagnoses globally. And we believe that uliledlimab has the potential to improve upon currently available care. We plan to discuss further details regarding the planned studies in the first half of 2024 after we have had initial discussions and alignment with regulatory agencies. Next, I'd like to provide an update on givastomig, our Claudin 18.2 x 4-1BB bispecific antibody, a program that has made significant clinical progress. As you may know, other groups have attempted to develop 4-1BB engaging drugs in the past because 4-1BB is a strong stimulant to the immune system. Unfortunately, earlier attempts to develop 4-1BB drugs caused severe toxicities because the widespread effects of 4-1BB stimulation cannot be tolerated by patients. Therefore, we developed the unique approach of this bispecific antibody in that it first binds to tumor cells expressing the Claudin 18.2 protein and then the 4-1BB arm can stimulate immune cells in the immediate environment of the tumor. More specifically, givastomig was designed to do two important things. First, to become conditionally active only upon consumer engagement while remaining silent elsewhere to avoid or minimize liver toxicity and systemic immunotoxicity commonly seen with 4-1BB antibodies as a drug class. And second, to effectively maintain strong tumor binding and antitumor activity attributable to a synergistic effect of the bispecific Claudin 18.2 antibody and 4-1BB antibodies. We believe givastomig has achieved our design goals for this molecule based on early clinical data. This July, the Journal of Immunotherapy of Cancer, or JITC published a paper detailing the significant potential givastomig in treating gastric cancer and its unique molecular design and properties. Looking forward, I am happy to report that the first clinical abstract for givastomig has been accepted for presentation at the European Society of Medical Oncology, or ESMO, in October of this year. While the specifics of the study results are embargoed until the meeting, I'm happy to report that in the dose escalation Phase 1 study, objective responses have been observed with single agent givastomig amongst patients who have received multiple previous treatments for their cancer, including chemotherapy and checkpoint inhibitors. A dose expansion cohort in this Phase 1 study continues to enroll patients with previously treated Claudin 18.2 positive gastric, gastroesophageal junction or GEJ and esophageal cancer with givastomig monotherapy, and interim results for these patients are anticipated in the first half of 2024. Additionally, based upon these encouraging observations and recent nonclinical studies indicating a positive benefit for the combination, we plan to launch new investigations of the combination of givastomig with standard chemotherapy and immunotherapy regimens for patients with treatment-naive gastric, GEJ and esophageal cancer. We anticipate enrollment to begin by the first half of 2024 and plan to provide further details once we finalize the trial design. Speaking of our clinical bispecific programs, TJ-L14B was designed to treat PD-1 or PD-L1 antibody resistant tumors. Like givastomig, the antibody acts by inducing conditional activation of 4-1BB when it binds to its target, in this case, PD-L1. A Phase 1 dose escalation study is underway in patients with progressive locally advanced or metastatic solid tumors that have relapsed or are refractory following prior lines of treatment. A preliminary efficacy signal has been observed and a maximum tolerated dose has not yet been reached. The dose expansion portion of the Phase 1 study is underway in the US and South Korea. The program is being developed in collaboration with ABL Bio. Today, we reported the first positive Phase 3 results from an I-Mab sponsored program with the successful trial of eftansomatropin alfa with weekly dosing for children with human growth hormone deficiency. The results we are sharing today highlight that the Phase 3 study met its primary endpoint of annualized high velocity, or AHV, at week 52 and demonstrated that eftansomatropin alfa was non-inferior to Novo Nordisk's Norditropin. As a reminder, eftansomatropin alfa was given as a weekly injection, while Norditropin was given as a daily injection in this study. The mean AHV was 10.76 centimeters per year for eftansomatropin alfa versus 10.28 centimeters per year for Norditropin with a non-inferiority p value of less than 0.0001. Eftansomatropin alfa was well tolerated and no drug discontinuations were reported due to treatment-emergent adverse events. We believe the safety profile of eftansomatropin alfa appears comparable to Norditropin in this study. These data create a strong clinical database supporting the potential clinical utility of I-Mab's long-acting human growth hormone candidate. We plan to submit a BLA in China in 2024. Next, I'd like to turn to felzartamab, a fully human monoclonal antibody directed against CD38, in development for the treatment of multiple myeloma. We have successfully completed the first trial with registration potential in China for felzartamab as a third-line treatment for multiple myeloma. Our study confirmed the efficacy of felzartamab and with additional benefits such as a shorter infusion time and lower infusion-related reaction rate than reported for daratumumab in its IV form. These product attributes may allow felzartamab to be used in an outpatient clinic setting and together create a potentially differentiated product profile. We are evaluating our regulatory strategy and plan to provide an update following further discussions with the China CDE. We plan to share additional clinical data after those discussions are completed. In terms of the Phase 3 randomized study of felzartamab in combination with lenalidomide for patients who have received one prior line of treatment, enrollment was completed in September of 2021. The primary endpoint for this study is progression-free survival, and we expect the study to read out in 2024, followed by a planned BLA submission. Lastly, the development of lemzoparlimab, focused on China, has the potential to be the first-in-class CD47 antibody for hematologic malignancies in this market. The Phase 3 program is evaluating lemzoparlimab in combination with azacitidine as first-line treatment for patients with newly diagnosed higher-risk myelodysplastic syndrome. Enrollment in the Phase 3 trial was initiated in April of 2023. The company will continue to review follow-up data from our Phase 2 clinical study in higher-risk MDS and while at the same time, analyzing details from trials evaluating other CD47 targeted agents as they are released to inform our decisions on the future steps for the program. I'll now hand the call over to Richard to discuss our financial results.