Thanks, Jim. We have demonstrated the benefit of AMX0035 in ALS and believe it could help in other neurodegenerative diseases. When we originally developed AMX0035 our goal was to target endoplasmic reticulum stress or ER stress and mitochondrial dysfunction two connected central pathways that lead to neurodegeneration. As we announced on our last call, we intend to initiate a global pivotal Phase 3 study in PSP later this year called Orion. Orion is a well-powered study that will enroll approximately 600 participants and it was designed and planned in collaboration with key global academic leaders, people living with PSP and advocacy groups. PSP is a rare but recognizable progressive and fatal neurodegenerative disease with clear and well-known clinical hallmarks that include progressive disability with respect to eye movement, walking imbalance, speech and swallowing and cognitive function. There are currently no disease-modifying treatments for PSP and we are hopeful that AMX0035 might be able to help. PSP is characterized as a tauopathy, with genetic and pathological findings, supporting a primary role for tau in this disease. Given AMX0035's proposed mechanism of action that targets pathways upstream of tau aggregation and the Phase 2 placebo-controlled PEGASUS clinical trial data, which demonstrated that AMX0035 significantly lowered both plasma tau 181 and total tau in the cerebrospinal fluid of people with Alzheimer's disease, we are excited to pursue this indication in PSP. We recently hosted a webcast with Professor Dr. Gunter Hadinger, a leading expert in PSP and the primary investigator for our Phase 3 ORION trial. As part of the webcast, we shared insights into the scientific rationale for studying AMX0035 in PSP and an overview of the Phase 3 trial design. Additionally, Dr. Hoglinger provided his perspectives on the PSP treatment landscape, the role of tau in this disease and the potential to use AMX0035 in people living with PSP should it be approved. The replay is available in the Events section of our IR website and we encourage you to listen to it, if you didn't have a chance to join us for the live event. In addition to this exciting study in PSP, we are also pursuing a program in another rare disease Wolfram syndrome called HELIOS. Wolfram syndrome is a rare disease that leads to multisystem failure resulting in blindness, deafness, diabetes, ataxia, neurodegeneration and often death in early adulthood. Our R&D team conducted roughly four years of in vitro and in vivo studies of AMX0035 in Wolfram syndrome together with a leading researcher Dr. Fumihiko Urano at Washington University. These studies have promising results some of which were published in the Journal of Clinical Investigation Insight. Several papers characterize the disease as a prototypical disease of ER stress. And as we have discussed in the past, we believe this study which is currently enrolling participants will provide key data to guide future studies and we expect top line results next year. We also continue to broaden our ALS and neurodegenerative disease pipeline. We believe that in order to ultimately find a cure for ALS, it's going to take a combination approach, targeting multiple cellular pathways implicated in disease pathogenesis. We continue to progress AMX114, our antisense oligonucleotide targeting Calpain2, through IND-enabling studies. We have presented data on this candidate at the NEALS, MDA, and TIDES conferences. We're excited to present more data on AMX114 and other advancements in our pipeline in the future. In closing, we are proud of our team's progress and the work that we are doing on behalf of the ALS community. We are in a very strong financial position which allows us to continue to support our launches in ALS and invest in our pipeline to find new treatment options for people living with ALS and other relentlessly progressive neurodegenerative diseases. Now, we'd be happy to take your questions. Operator, please open the call up to Q&A.