Thanks Dan and good afternoon everyone. We are delighted that the FDA recently granted Fast-Track designation to ACU193 for the treatment of early Alzheimer's disease. This underscores the potential clinical utility of ACU193 in this patient population with such a high unmet need for additional disease-modifying therapies. To this end, we are committed to designing an efficient and innovative clinical development plan for ACU193. We recently published an article in the Journal for Prevention of Alzheimer's Disease that outlines the design of our ongoing Phase 1 INTERCEPT-AD trial or ACU193, and the planned criteria were advancing to a Phase 2/3 clinical trial based on recent advancements in clinical research methods in Alzheimer's disease. As we detail in the article, the criteria for advancing from a Phase 1 to a Phase 2/3 trial will be based on safety and tolerability, pharmacokinetic parameters, and target engagement at doses that have acceptable safety and tolerability. While we have not finalized the design for the Phase 2/3 trial, we do anticipate it would begin with the patient sample size typical of the Phase 2 trial, an interim analysis would then determine whether to increase the sample fine to meet the statistical power of a typical Phase 3 trial. This interim analysis may be based on several cognitive measures in various biomarkers, for example, correlated to in the blood and cerebrospinal load. Pending discussions with regulators, if the interim analysis is positive and the trial has expanded, the Phase 2/3 trial could potentially serve as a registration trial. Considering the design of a Phase 1 INTERCEPT-AD study in patients with early AD and the adaptive design of the planned Phase 2/3 study, this innovative clinical development plan could allow us to evaluate oligomers more rapidly as a promising therapeutic target for Alzheimer's disease patients. Looking at the field more broadly, the recent positive Phase 3 CLARITY-AD trial results for lecanemab, underscore the progress the field is making in the fight against Alzheimer's disease. It has also driven a renewed look at the role that soluble Aβ species rather than deposited amyloid plaques, may play a major role in the pathology of Alzheimer's disease. The gantenerumab GRADUATE study results announced today describing a negative readout for our plaque targeted monoclonal antibody further supports the importance of these sole species. The amount of plaque lowering with gantenerumab was reportedly less than expected, and we look for a more complete assessment of the relationship between plaque lowering and slowing of disease progression at the upcoming CTAD Meeting. lecanemab was designed to target what are known as protofibrils, which are soluble and is a similar approach to ACU193, targeting Aβ oligomers, which are also soluble. We view these similarities as important to the ACU193 program, so I'll take a minute to discuss them in more detail. The relationship between Aβ and Alzheimer's disease is complex and that Aβ may exist as soluble species, which include monomers, oligomers, and protofibrils were insoluble species, which include fibrils and amyloid plaques. The fact that amyloid plaques began to deposit 15 to 20 years prior to the onset of cognitive symptoms is now well-established. Following the appearance of plaques begins to occur with the development of neurofibrillary tangles and synaptic degeneration begins with the inevitable eventual occurrence of cell death in the brains of patients with Alzheimer's disease. This temporal course and other data suggest that deposit named plaques are not themselves toxic. However, we believe that amyloid plaques can be one source of the soluble Aβ species that are toxic, which includes the protofibrils targeted by lecanemab, as well as the forms of oligomers that are targeted by ACU193. Many years of research indicate these soluble species inhibited normal electro-physiologic activity brain cells known as long-term potentiation, and they disrupt their own function. Considering these data together, since ACU193 and lecanemab, both target similar soluble Aβ species, we believe the recent announcement of a statistically significant benefit from lecanemab in a Phase 3 trial improves the probability of success for ACU193. Importantly, lecanemab exhibited a lower rate of RAE than other monoclonal antibodies that directly target plaque, even though it does lower plaque load based on PET imaging. This finding suggests that targeting soluble Aβ species such as protofibrils or Aβ oligomers rather than plaque directly may lead to a better safety profile. gantenerumab ARIA rate of 25% announced today further highlights the safety challenge with antibodies that directly targeted plaque, a somewhat lower rate ARIA for gantenerumab compared to abetamabs and donanemab would be consistent with less plaque reduction for gantenerumab compared to abetamab and donanemab. ACU193 appears to have little or no lowering the plaques based on animal studies and ex-vivo studies using atopies human brain tissue of patients with Alzheimer's disease. For these reasons, we are hopeful that minimal or no ARIA will occur with ACU193 in the clinic. The development of therapies with less ARIA and greater or equal efficacy will continue to be an investment opportunity for the foreseeable future in Alzheimer's disease. And with that, I'll turn the call over to Matt.