Thanks, Jim, and I too wish you a good morning. I am pleased to have this opportunity to speak with all of you today. I joined Amylyx just a few months ago at an important inflection point for the company as we near anticipated top line data from the PHOENIX trial. The Amylyx team has made great strides in redefining how people with ALS are treated and in developing innovative therapeutic candidates for the treatment of neurodegenerative diseases more broadly. Prior to Amylyx, I was the Chief Medical Officer at Ultragenyx, Alexion and ARIAD, and now I'm excited to be a part of this mission driven Amylyx team as we work to change the lives of people living with ALS and other neurodegenerative diseases. Many doctors consider ALS one of the worst diagnoses possible to give a person. ALS is a disease of being locked in a body relentlessly losing its ability to function independently, while also being conscious of what is going on. Every day, people living with ALS wake up in the morning and discover they will never again independently button their shirt, put in their contact lenses, brush their teeth, or speak with their families. They lose the ability to eat, to hug a loved one, and to walk. Knowing that the next loss is just around the corner, people living with ALS and their families live in a perpetual state of uncertainty and loss. We have shown the trajectory of ALS can be meaningfully changed. RELYVRIO is the first and only ALS therapy to help slow disease progression, maintain functional independence, and extend overall survival in the same trial called CENTAUR. With CENTAUR, we completed a randomized, placebo-controlled study that met its pre-specified primary endpoint. This result led to regulatory approvals in the US and Canada, publications in the New England Journal of Medicine, the Journal of Neurology, Neurosurgery and Psychiatry, and several other peer reviewed journals. The PHOENIX trial will provide additional efficacy and safety data and a larger population of people living with ALS and build on the robust and positive results observed in the CENTAUR trial. PHOENIX enrolled 664 people living with ALS and will evaluate function over 48 weeks using the same primary endpoint as CENTAUR, the ALS Functional Rating Scale Revised, or ALSFRS-R, which is the gold standard measure of disability progression in ALS. Baseline characteristics show the population enrolled in PHOENIX has substantial overlap with CENTAUR, as was presented at ENCALS in July 2023. The PHOENIX population is within one point of CENTAUR on the baseline ALSFRS-R score and within one month of CENTAUR on baseline times and symptom onset. PHOENIX has the potential to be the largest Phase 3 study in ALS to demonstrate a treatment benefit, which would make RELYVRIO the first and only therapy in ALS to generate positive data in two different trials. This would be an achievement never before seen in ALS, and we are enthusiastic about what supportive data from PHOENIX might mean for people living with this disease. Moving to our R&D pipeline, we are advancing several important programs and have a number of expected milestones coming up in 2024. We believe targeting neuronal death with RELYVRIO also known as AMX0035, may have applicability across other neurodegenerative diseases. A multinational Phase 3 ORION trial of AMX0035 in Progressive Supranuclear Palsy, or PSP, was initiated in December 2023 and we anticipate top line results in 2025 or 2026. We shared the scientific rationale on AMX0035 for the treatment of PSP in detail in a webinar posted on our website in July 2023. Turning now to our Phase 2 HELIOS trial of AMX0035 and Wolfram syndrome. The trial is now fully enrolled and we expect to report results in the second half of this year. Wolfram syndrome is an ultra-rare genetic disease that leads to multisystem failure resulting in blindness, deafness, diabetes, ataxia, neurodegeneration, and typically death by early adulthood. There are no approved therapies for Wolfram syndrome. Our R&D team has been collaborating with Washington University for many years to conduct research, which led to our decision to conduct the Phase 2 trial. We are looking forward to what the data from HELIOS would mean for people with Wolfram syndrome, a community where the unmet need is incredibly high. We are also advancing AMX0114, our antisense oligonucleotide candidate targeting calpain-2, through IND-enabling studies and expect to enter the clinic by year end. Calpain-2 is a critical effector of axonal degeneration, which is implicated in the pathogenesis of ALS. Again, I am very excited to be part of Amylyx and look forward to meeting many of you. I will now turn over the call to Josh.